19–22 AUGUST 2019 | INDIANAPOLIS, IN

POWERING A CHANGING WORLD

What’s going on in

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aiaa.org/propulsionenergy #aiaaPropEnergy

Photo Copyright Rolls-Royce 2019 GTP_10298_AIAA_P&E_Ads_2019_v03.indd 1 7/26/19 11:46 AM ON-SITE Wi-Fi NETWORK NAME: AIAA › PASSWORD: PROPENERGY CONTENTS Organizing Committee...... 4 Welcome...... 5 Sponsors and Supporters...... 7 Forum Overview...... 8 Pre-Forum Activities...... 11 Plenary & Forum 360 Sessions...... 12 Rising Leaders in Aerospace...... 14 Special Programming...... 15 ITAR Sessions...... 17 Recognition...... 18 Networking Events...... 20 AIAA/IEEE Electric Aircraft Technologies Symposium (EATS)...... 21 Exposition Hall...... 23 Exposition Hall Floor Plan...... 24 the HUB...... 25 Exhibitors by Booth Number...... 26 Exhibitors...... 27 General Information...... 31 Author and Session Chair Information...... 32 Author and Session Chair Index...... 33 Committee Meetings ...... 41 Detailed Sessions...... 42 Venue Map...... 96

twitter.com/aiaa (#aiaaPropEnergy) flickr.com/aiaaevents facebook.com/AIAAfan instagram.com/AIAAerospace youtube.com/AIAATV livestream.com/AIAAvideo/PropEnergy2019 linkedin.com/companies/aiaa Join the Q&A at aiaa.cnf.io

American Institute of Aeronautics and Astronautics 12700 Sunrise Valley Drive, Suite 200, Reston, VA 20191-5807 703.264.7500 or 800.639.AIAA (2422) | Fax: 703.264.7657 [email protected] | aiaa.org

The American Institute of Aeronautics and Astronautics (AIAA) is the world’s largest aerospace technical society. With nearly 30,000 individual members from 85 countries, and 95 corporate members, AIAA brings together industry, academia, and government to advance engineering and science in aviation, space, and defense. For more information, visit aiaa.org, or follow us on Twitter @AIAA.

aiaa.org/propulsionenergy 3 ORGANIZING COMMITTEE

FORUM GENERAL CHAIR FUEL AND POWER SPACE ARCHITECTURE Lisa Teague, Rolls-Royce Corporation GENERATION TECHNOLOGY AND HABITATION David Carrington, Los Alamos National Matthew Simon, NASA Langley Research Center FORUM 360 CHAIR Laboratory Jason Gardellis, Rolls-Royce Corporation Li Qiao, Purdue University SPACE LOGISTICS AND SUPPORTABILITY Scott Duncan, Georgia Institute of Kandyce Goodliff, NASA Langley FORUM TECHNICAL PROGRAM CHAIRS Technology Research Center , CRAFT Tech (Propulsion Vineet Ahuja Ryoichi Amano, University of Wisconsin- and Energy Forum Technical Chair) Milwaukee SPACE NUCLEAR POWER SYSTEMS Brian Pomeroy, Sierra Nevada Corporation Greg Semrau, Moog, Inc. (Space Topics Technical Chair) GAS TURBINE ENGINES Andrew Yatsko, Georgia Institute of SPACE TRANSPORTATION TECHNICAL DISCIPLINE CHAIRS Technology Brian Pomeroy, Sierra Nevada Corporation ADDITIVE MANUFACTURING Rebecca Howard, Air Force Research Pier Roviera, Virgin Orbit FOR PROPULSION SYSTEMS Laboratory Elizabeth Jens, Jet Propulsion Laboratory, SPACE SOLAR POWER HIGH-SPEED AIR-BREATHING California Institute of Technology Giang Lam, Lockheed Martin Corporation PROPULSION Frank Chandler, California State Polytechnic University, Pomona Erik L. Axdahl, The Spaceship Company SPACE SYSTEMS Patrick Chai, NASA Langley Research Center ADVANCED INTEGRATED INTELLIGENT HYBRID ROCKETS , Raytheon Space & PROPULSION CONTROLS Trevor Elliott, University of Tennessee at John Bloomer Chattanooga Airborne Systems Alireza “Al” Behbahani, U.S. Air Force THERMAL MANAGEMENT TECHNOLOGY ADVANCED MECHANICAL INLETS, NOZZLES, AND PROPULSION Michael Choi, NASA Goddard Space Flight COMPONENTS SYSTEMS INTEGRATION , The Boeing Company Center Patrick Dunlap, NASA Glenn Research Center Russel Thornock Stephanie Hirt, NASA Glenn Research Center STUDENT PAPER COMPETITIONS: ADVANCED PROPULSION CONCEPTS Ann Delleur, NASA Glenn Research Center John Robinson, The Boeing Company (retired) ITAR Monica Jacinto, Aerojet Rocketdyne ADVANCED VEHICLE SYSTEMS AIAA/IEEE ELECTRIC AIRCRAFT Frank Chandler, California State LIQUID PROPULSION TECHNOLOGIES SYMPOSIUM Polytechnic University, Pomona B.J. Austin, INSPACE, LLC (EATS) ORGANIZING TEAM Phillip J. Ansell, University of Illinois at AEROSPACE POWER SYSTEMS NUCLEAR AND FUTURE Urbana-Champaign Abbas Salim, Lockheed Martin Corporation FLIGHT PROPULSION (retired) Jim Cavera, Consultant Marty Bradley, The Boeing Company Andrew Gibson, Empirical Systems ELECTRIC PROPULSION PRESSURE GAIN COMBUSTION Aerospace Wensheng Huang, NASA Glenn Research Greg Meholic, The Aerospace Corporation Center Edward Grietzer, MIT PROPELLANTS AND COMBUSTION Hyun-Dae Kim, NASA ELECTRICITY DELIVERY AND Venke Sankaran, Air Force Research Laboratory Kiruba Haran, University of Illinois at GRID RELIABILITY Urbana-Champaign Scott Duncan, Georgia Institute of Technology PROPULSION AND POWER OF Chuck Lents, United Technology Ryoichi S. Amano, University of UNMANNED AERIAL SYSTEMS , University of Toulouse Wisconsin-Milwaukee Lea-Der Chen, Texas A&M University Thierry Lebey Nateri Madavan, NASA ENERGETIC COMPONENTS PROPULSION EDUCATION John Nairus, Air Force Research AND SYSTEMS Robert A. Frederick Jr., University of Laboratory Stephanie Sawhill, Systima Alabama in Huntsville Kaushik Rajashekara, University of ENERGY CONVERSION TECHNOLOGY SOLAR AND BEAMED ENERGY Houston Ed Lewandowski, NASA Glenn Research SAIL CONCEPTS AND MISSIONS Durrell Rittenberg, Siemens Center Jim Cavera, Obligatory LLC Jean Rivenc, Airbus John Robinson, The Boeing Company (retired) ENERGY-EFFICIENT AND RENEWABLE Linda Taylor, NASA , NASA Johnson Space Center ENERGY TECHNOLOGIES Harold White Dave Torrey, General Electric Li Qiao, Purdue University SMALL SATELLITES Pat Wheeler, University of Nottingham David Carrington, Los Alamos National Jeremy Straub, North Dakota University Tim O’Connell, PC Krause Laboratory Vineet Ahuja, CRAFT Tech Ryoichi S. Amano, University of SOLID ROCKET PROPULSION , IEEE Wisconsin-Milwaukee Wesley J. Ryan, NASA Kennedy Space Center Alicia Tomaszewski Scott Duncan, Georgia Institute of Technology Eldon Triggs, Auburn University

4 aiaa.org/propulsionenergy WELCOME TO

The 2019 AIAA Propulsion and Energy Forum Executive Steering Committee welcomes you to Indianapolis! We have worked hard this past year curating exciting and thought-provoking content around the forum theme, Powering a Changing World. We hope these industry leaders, topics, and discussions inspire you. Make it a great week!

EXECUTIVE STEERING COMMITTEE 2019 AIAA Propulsion and Energy Forum

Vineet Ahuja Rob Button Jim Free Jason Gardellis CRAFT Tech NASA Glenn Research Center Peerless Technologies Rolls-Royce Corporation (Forum Technical Chair) (Forum 360 Chair)

Kathleen Howell Brian Pomeroy Kent Rominger Lisa Teague Purdue University Sierra Nevada Corporation Northrop Grumman Rolls-Royce Corporation (Forum Technical Co-Chair) Innovation Systems (Forum General Chair)

aiaa.org/propulsionenergy 5 6 aiaa.org/propulsionenergy SPONSORS AND SUPPORTERS AIAA would like to thank the following organizations for their support of the 2019 AIAA Propulsion and Energy Forum

PREMIER SPONSOR

THE HUB SPONSOR

RISING LEADERS AND STUDENT ACTIVITIES SPONSOR

OTHER SPONSORS

MEDIA SPONSOR

aiaa.org/propulsionenergy 7 FORUM OVERVIEW

SAT./SUN. MONDAY 19 TUESDAY 20 17–18

0730 hrs Speaker Briefing Speaker Briefing

0800 hrs Plenary Plenary 0830 hrs

0900 hrs Networking Break Networking Break

0930 hrs

1000 hrs

Technical Technical Forum 360 Forum 360 1030 hrs Sessions Sessions

1100 hrs

1130 hrs

Continuing 1200 hrs Education Courses Rising Leaders Networking and Networking Lunch on Own In Aerospace 1230 hrs Lunch on Own Workshops Lunch & Learn 1300 hrs Saturday and Sunday

1330 hrs

1400 hrs

Technical Technical 1430 hrs Forum 360 Exposition Hall Open Sessions Sessions Forum 360 1500 hrs

1530 hrs

1600 hrs Networking Break Networking Break

Meet the 1630 hrs Employers Pickering Lecture von Kármán Lecture in Astronautics 1600-1800 hrs 1700 hrs Sunday

1730 hrs

1800 hrs Student Welcome Rising Leaders In Aerospace Reception in the Exposition Hall 1830 hrs Mixer Networking Reception (Purchase Required) 1800-1930 hrs 1900 hrs Sunday

1930 hrs

2000 hrs

GROW CONNECT EXPLORE DISCOVER DEVELOPMENT Technical Career Networking the HUB & High Level Student & Young Development Exposition Professionals

8 aiaa.org/propulsionenergy FORUM OVERVIEW

WEDNESDAY 21 THURSDAY 22 FRIDAY 23 SATURDAY 24

0730 hrs Speaker Briefing Speaker Briefing

0800 hrs Plenary Plenary 0830 hrs

0900 hrs Networking Break in Exposition Hall Networking Break in Exposition Hall

0930 hrs Meet the Technical Committees 1000 hrs Forum 360 Technical Technical 1030 hrs Forum 360 Sessions Sessions

1100 hrs AIAA/IEEE Exposition Electric Hall Open 1130 hrs Aircraft Technologies AIAA/IEEE Symposium 1200 hrs Electric Boxed Aircraft (Separate Luncheon in Registration Technologies Excellence in Exposition Exposition Hall Required) 1230 hrs Networking Symposium Aerospace Hall Open Lunch on (Purchase Awards Required) Own (Separate 1300 hrs Luncheon Registration (Proof of Deep Space Required) purchase Talk Show 1330 hrs required)

1400 hrs

Technical AIAA/IEEE 1430 hrs Sessions Electric Technical Aircraft Forum 360 1500 hrs Sessions Technologies Symposium

1530 hrs (Separate Registration Networking Required) 1600 hrs Break

1630 hrs

1700 hrs

1730 hrs

1800 hrs

1830 hrs

1900 hrs

1930 hrs

2000 hrs

GROW CONNECT EXPLORE DISCOVER DEVELOPMENT Technical Career Networking the HUB & High Level Student & Young Development Exposition Professionals aiaa.org/propulsionenergy 9 THE VALUE OF AFFORDABLE, RELIABLE ACCESS TO SPACE FOR NATIONAL SECURITY MISSIONS

We are proud to partner with the U.S. Air Force to provide assured access to space with our new

OmegA™ rocket. OmegA is built using proven systems for reliability and designed by a team experienced in developing new launch systems.

Simpler design. Mission focused. Affordable. Reliable Partner. Timely. OmegA is the SMART choice.

northropgrumman.com/Omega

©2019 Northrop Grumman Corporation All Rights Reserved. D19_11780 10 aiaa.org/propulsionenergy PRE-FORUM ACTIVITIES

CONTINUING EDUCATION OFFERINGS Stay at the top of your game with AIAA’s continuing education offerings. You will leave with invaluable knowledge and solutions that you can put to immediate use.

THE VALUE OF SAT. 17 – SUN. 18 AUGUST SUNDAY 18 AUGUST 0800–1700 HRS ROOM 102 1600-1800 HRS WHITE RIVER BALLROOM AB AFFORDABLE, RELIABLE Applied Model-Based Systems Engineering Meet the Employers This two-day course provides a broad overview of the processes, This event offers students and young professionals the ACCESS TO SPACE FOR practices, tools, and techniques that comprise the emerging opportunity to meet AIAA corporate members and government discipline of model-based systems engineering (MBSE) with a agency representatives. This is a fun and dynamic environment greater focus on application for the user and practitioner. where students and professionals interact with organizations NATIONAL SECURITY regarding employment opportunities. Participating companies/ organizations will present a brief organizational overview and MISSIONS 0800–1700 HRS ROOM 103 opportunities available, then have follow-on discussions with Hypersonic Air-Breathing Propulsion: Emerging the attendees. Organizations will host a table and attendees We are proud to partner with the U.S. Air Force Technologies and Cycles will switch every 10 minutes. All attendees are welcome; no registration required. Emerging HAP cycles include the Japanese ATREX engine to provide assured access to space with our new (Air Turbo Ramjet Engine with eXpander cycle) and the air- Sponsor: breathing rocket engine, which rely on pre-cooling the air with ™ OmegA rocket. OmegA is built using proven systems heat exchangers. Additional emerging cycles include pressure gain cycles (Pulse Detonation Engines and Rotating Detonation for reliability and designed by a team experienced in Engines), Mass Injection Pre-Combustion Cooling (MIPCC), Oxy- 1800–1930 HRS WHITE RIVER BALLROOM G developing new launch systems. Boost, and turbo-ramjets. This course is designed to explore Student Welcome Mixer these cycles and bring a theoretical understanding of how to apply them and what performance advantages they might have. Mingle with your peers and hear from AIAA leadership! This networking event provides you with the opportunity to meet Simpler design. Mission focused. Affordable. Reliable your fellow students and learn more about the opportunities 0800–1700 HRS ROOM 104 available to you as an AIAA student member. Proof of student Partner. Timely. OmegA is the SMART choice. Missile Propulsion registration is required. Appetizers will be provided, and a cash bar will be available. This course provides a system-level, integrated approach for missile propulsion design, development, and system Sponsor: engineering. The methods presented are generally simple closed-form analytical expressions that are physics-based to provide insight into the primary driving parameters.

northropgrumman.com/Omega

©2019 Northrop Grumman Corporation All Rights Reserved. D19_11780 aiaa.org/propulsionenergy 11 PLENARY & FORUM 360 SESSIONS

MONDAY, 19 AUGUST TUESDAY, 20 AUGUST 0800–0900 HRS JW GRAND BALLROOM 5 0800–0900 HRS JW GRAND BALLROOM 5 Pioneering the Power that Matters Partnering Advances in Aerospace KEYNOTE: Phil Burkholder, President, Defense Programs, Rolls- OPENING REMARKS: The Honorable Eric Holcomb, Governor, Royce Corporation Indiana PLENARY SPEAKERS: 0930–1200 HRS JW GRAND BALLROOM 3-4 Mung Chiang, Dean of Engineering, Purdue University Human Exploration Launch Systems Kathleen Howell, Hsu Lo Distinguished Professor of Aeronautics and Astronautics, Purdue University PART I: SLS OVERVIEW (0930–1045 hrs) David Spencer, Director, Space Flight Projects Laboratory, and MODERATOR: Douglas Cooke, Aerospace Consultant, Cooke Associate Professor, School of Aeronautics and Astronautics, Concepts and Solutions, and former Associate Administrator, Purdue University Exploration Systems Mission Directorate, NASA (ret.)

PANELISTS: 0930–1200 HRS JW GRAND BALLROOM 3-4 Robert L. Broeren, SLS Propulsion, The Boeing Company Propulsion Efficiency: Engine Optimization Jeff Foote, Vice President, NASA Programs, Northrop Grumman Innovation Systems and MRO Advancements

W. Michael Hawes, Vice President, Human Space Exploration, PART I: TURBINE AND COMBUSTION EFFICIENCY TRENDS and Orion Program Manager, Lockheed Martin Space (0930–1045 hrs) Jim Maser, Senior Vice President, Space Business Unit, MODERATOR: Kenneth Suder, Senior Technologist, Aerojet Rocketdyne Airbreathing Propulsion, Propulsion Division, Research and Engineering Directorate, NASA Glenn Research Center

PART II: COMMERCIAL HUMAN SPACEFLIGHT (1045–1200 hrs) PANELISTS: William “Bill” Cummings, Chief, Combustor and Turbine MODERATOR: Kelvin Coleman, Deputy Associate Aero, Rolls-Royce Corporation Administrator, Commercial Space Transportation, FAA Sunil James, Senior Technical Manager, Propulsion PANELISTS: Technologies, Honeywell Aerospace Christopher Allison, Senior Systems Engineer, Sierra Nevada Corporation Irewole “Wally” Orisamolu, Associate Director, Advanced Propulsion Technologies, Pratt & Whitney Hans Koenigsmann, Vice President, Build and Flight Reliability, SpaceX Carlos Perez, Advanced Systems Design & Technology Lead, GE Aviation Peter McGrath, Director, Global Sales and Marketing, Boeing Human Space Exploration PART II: FLEET REPLENISHMENT, MODERNIZATION AND 1400–1600 HRS JW GRAND BALLROOM 3-4 MRO MOVEMENTS (1045–1200 hrs) Lunar, Martian and Deep Space Exploration: MODERATOR: Marc Meredith, Executive Director, Global MRO Network and Cost Management, Pratt & Whitney Electric Propulsion and System Application

MODERATOR: Daniel Herman, Power and Propulsion 1330–1600 HRS JW GRAND BALLROOM 3-4 Element Ion Propulsion System Lead, Electric Propulsion

Systems Branch, NASA Glenn Research Center Next Steps in Supersonic and Hypersonic PANELISTS: Propulsion: Platforms and Applications Joseph Cassady, Executive Director, Space, Aerojet PART I: HYPERSONIC PROPULSION ADVANCEMENTS Rocketdyne (1330–1445 hrs) Franklin Chang Diaz, CEO and Board Chairman, Ad Astra MODERATOR: Steven Sinacore, Deputy Project Manager, Rocket Company Hypersonic Technology Project, Aeronautics Research Ty Lee, Lead, Power and Propulsion Element Systems Mission Directorate, NASA Engineering, Maxar Space Solutions PANELISTS: Robert Bakos, Principal and Co-Founder, Innoveering, LLC Glenn Case, Founder and Chief Technology Officer, Hermeus

12 aiaa.org/propulsionenergy PLENARY & FORUM 360 SESSIONS

Adam Dissel, President, Reaction Engines Inc. J. Brent Staubach, Manager and Chief, Systems 1400–1630 HRS JW GRAND BALLROOM 3-4 Optimization, Pratt & Whitney Challenges and Opportunities in Continuing Advancement of Gas Turbine Technologies PART II: COMMERCIAL SUPERSONIC PROPULSION ADVANCEMENTS (1445–1600 hrs) PART I: FUNDING AGENCIES (1400–1515 hrs) MODERATOR: Peter Coen, Low Boom Flight MODERATOR: Barbara Esker, Deputy Director, Advanced Demonstration Mission Manager, Aeronautics Research Air Vehicles Program, Aeronautics Research Mission Mission Directorate, NASA Directorate, NASA PANELISTS: PANELISTS: Irewole “Wally” Orisamolu, Associate Director, Advanced Robert Hancock, Principal Scientist, Turbine Engine Propulsion Technologies, Pratt & Whitney Division, Air Force Research Laboratory Carlos Perez, Advanced Systems Design & Technology Steven Martens, Program Officer, Power, Propulsion and Lead, GE Aviation Thermal Management, Office of Naval Research Donald Scata, Noise Division Manager, Office of Simon Weeks, Chief Technology Officer, Aerospace Environment and Energy, FAA Technologies Institute Jonathan A. Seidel, Chief Engineer, Propulsion Systems PART II: OEMS (1515–1630 hrs) Analysis Branch, NASA Glenn Research Center MODERATOR: Barbara Esker, Deputy Director, Advanced PJ Steffen, Chief, Future Projects Engineer, Rolls-Royce Air Vehicles Program, Aeronautics Research Mission Corporation Directorate, NASA PANELISTS: WEDNESDAY, 21 AUGUST Eric Ducharme, Chief Engineer and General Manager, GE Aviation 0800–0900 HRS JW GRAND BALLROOM 5 Mark Wilson, Chief Operating Officer, Rolls-Royce Optimizing the U.S. Air Force’s Operational Energy LibertyWorks Use Through 21st-Century Tools and Technologies Michael Winter, Senior Fellow, Advanced Technology, KEYNOTE: Roberto Guerrero, Deputy Assistant Secretary of the Pratt & Whitney Air Force for Operational Energy, Office of the Assistant Secretary of the Air Force for Installations, Environment and Energy THURSDAY, 22 AUGUST 0930–1130 HRS JW GRAND BALLROOM 3-4 0800–0900 HRS JW GRAND BALLROOM 5 Rising to the Challenge of America’s Toward Sustainable Aviation Workforce Needs KEYNOTE: Alan Newby, Director, Aerospace Technology and , Head, Research and MODERATOR: Lisa Teague Future Programmes, Rolls-Royce Corporation Technology, Rolls-Royce Corporation

OPENING REMARKS: Carla Sands, Program Manager, 0930–1130 HRS JW GRAND BALLROOM 3-4 Workforce, Aviation Week Network Electrified Aircraft Propulsion Technologies

PANELISTS: – Air Taxis to Airliners David L. Dimmett, Senior Vice President and Chief Engagement Officer, Project Lead The Way MODERATOR: Marty Bradley, Technical Fellow, The Boeing Company Shaun Humes, Senior Manager, Program Management, Collins Aerospace PANELISTS: Barbara Esker, Deputy Director, Advanced Air Vehicles Teresa Lubbers, Commissioner, Indiana Commission for Program, Aeronautics Research Mission Directorate, NASA Higher Education Andrew Gibson, President, Empirical Systems Aerospace, Inc. Gerry McCartney, Executive Vice President, Purdue Online Hao Huang, Technology Chief, Electrical Power, GE Aviation Carla Sands, Program Manager, Workforce, Aviation Week Network John Nairus, Chief Engineer, Power & Control Division, Air Force Research Laboratory

Join the Q&A at aiaa.cnf.io

aiaa.org/propulsionenergy 13 RISING LEADERS IN AEROSPACE

This multidimensional program, planned by the Young Professionals Group, features sessions with the 35-and-under crowd in mind. These exciting and energetic activities will provide access to top aerospace leaders and their RISING perspectives, with subject matter relevant to your career. Participating in this LEADERS program will allow you the opportunity to build your network of fellow peers. inAEROSPACE

MONDAY, 19 AUGUST 1800–1930 HRS THIRD FLOOR PRE-FUNCTION Networking Reception Come unwind and network with other young professionals who are also attending the forum.

TUESDAY, 20 AUGUST 1200-1330 HRS JW GRAND BALLROOM 2 Lunch and Learn: Beyond Apollo: Looking Forward to the Next Moon Landing Shamim Rahman, Orion to SLS Integration Lead, NASA; Co- Editor, Remembering the Giants—Apollo Rocket Propulsion Development Dave McGrath, Director of Advanced Technology, Northrop Grumman Innovation Systems; Expert on Saturn V Propulsion Michael Smith, Professor of History, Purdue University; Author, Rockets and Revolution The 50th anniversary of the Apollo 11 moon landing reminds us of the legacy of the U.S. space program, the progress we have made in establishing a human presence in space, and the steps we still have to take to return to the moon and reach Mars. Today’s aerospace industry provides young professionals with a unique opportunity in history to contribute to the next big leap in space

WEDNESDAY, 21 AUGUST 0930-1030 HRS THE HUB- EXPOSITION HALL Meet the AIAA Technical Committees Come and go at this interactive session with some of AIAA’s Technical Committee members. Learn what they are currently working on, when they meet, and how you can contribute as a Young Professional if you choose to join.

Sponsor

14 aiaa.org/propulsionenergy SPECIAL PROGRAMMING

THURSDAY 22 AUGUST 1300-1400 HRS JW GRAND BALLROOM 5 Deep Space Talk Show It has been forty years since humans traveled in deep space. Did you know right now NASA is building the rocket and spacecraft that will return humans to the moon and help us explore exciting new deep space destinations? If you want to learn more about America’s new Space Launch System and Orion spacecraft— which will take us farther into space than we have ever been— don’t miss this forum with NASA and industry leaders.

SPEAKERS: Joseph Cassady, Executive Director, Space, Aerojet Rocketdyne Tony Gilliland, Aerospace Programs Manager, Major Tool & Machine Marcia Lindstrom, Strategic Communications Manager, NASA Marshall Space Flight Center Carolyn Overmyer, Orion Service Module Integrated Product Team Manager, Lockheed Martin Space Don Thomas, Former Astronaut, NASA

aiaa.org/propulsionenergy 15 OUR SUCCESS CONTINUES WITH YOU!

Williams International is the world leader in the design and manufacture of small gas turbine engines. We also design and manufacture electrical and electronic components for advanced aircraft electrical systems: • Engine controls and motor controls • Generators, motors, sensors, and actuators • Power electronics for power generation and motor drives Join us at www.williams-int.com 16 aiaa.org/propulsionenergy ITAR SESSIONS

AIAA offers authors the opportunity to present information that is covered by the U.S. International Traffic in Arms Regulations (ITAR), in U.S.-Only sessions during the forum. These sessions provide an opportunity for discussion of topics and presentations that is not possible in an open forum.

If you want to attend any of these special sessions, you will need to complete an additional registration and verification process. In All ITAR sessions will be located in room 209. addition to a forum registration that includes access to sessions, a separate registration process is required to attend these restricted TUESDAY, 20 AUGUST sessions. To register, please bring the required documentation with 0930–1200 HRS ITAR-01 In-Space Propulsion you to the on-site ITAR registration desk: most important is proof of U.S. citizenship. (Please note that a CAC card IS NOT official 1330–1500 HRS ITAR-02 Propellants and proof of U.S. citizenship.) See the specific requirements below to Combustion determine individual requirements.

Access to ITAR Sessions WEDNESDAY, 21 AUGUST All attendees, presenters, and session chairs participating in ITAR 0930–1130 HRS ITAR-03 Hypersonics sessions will need to register for the forum (using one of the options that includes access to sessions), and then complete the ITAR 1400–1600 HRS ITAR-04 Scramjet School registration process, including validating U.S. citizenship as well as government employment or contractor status. The following are the documents required to register for the ITAR sessions: THURSDAY, 22 AUGUST 0930–1130 HRS ITAR-05 Advanced Intelligent EVERYONE MUST HAVE: Controls II Valid U.S. passport or ITAR Registration Hours: Birth certificate Sunday, 18 August 1600–1900 hrs Registration Area or Monday, 19 August 0900–1700 hrs Registration Area Certificate of citizenship Tuesday, 20 August 0900–1730 hrs Room 209 CAC Cards, Military ID, Driver’s License, state ID are not Proof of U.S. Citizenship Wednesday, 21 August 0900–1630 hrs Room 209

Thursday, 22 August 0900–1130 hrs Room 209 AND ITAR badges must be worn during the sessions. U.S. Government Attendees* Photo IDs and ITAR badges will be checked upon entrance to AIAA forum badge the ITAR session room(s). CAC card or other proof of government employment ITAR Electronics Policy Non-U.S. Government Attendees Cell phones, computers, tablets, cameras, personal fitness AIAA forum badge devices, or other electronic devices with cameras, recording, or Corporate badge, or business card and photo ID two-way transmission capabilities will not be permitted into the Copy of approved and active DD2345 contractor certificate** ^ ITAR session room(s). There will be a check-in desk in front of the room where you can check these devices. Large briefcases and Students bags will also need to be checked at the desk. There are additional requirements needed from your University Availability of Manuscripts from ITAR Sessions Security Officer — please visit the ITAR Registration Desk for For those who are registered to attend the ITAR sessions, a DVD more details. containing the papers from the ITAR sessions will be available for *Please note that if your paycheck comes from someone other purchase on site at the forum for $25. Those purchasing the DVD than the U.S. government, for example, a university, you will need must be available to pick it up on Thursday, 22 August 2019, between to follow the process of the non-U.S. Government Attendees. 1000-1130 hrs at the ITAR Registration Desk. All DVDs must be picked ** If you are not familiar with the DD2345, please check with your up in person. There will be no sale or distribution of these papers Corporate Security Officer. after the event. Note this forum has a “no paper, no podium” and “no podium, no paper” policy and it is therefore not possible to get ^DD2345 certificates are office location specific. all papers until after the last presentation has occurred.

Please be advised that all policies and procedures MUST be followed or admittance to the restricted sessions will not be permitted. Anyone wishing to enter the restricted session room MUST abide by the policies, procedures, and submission of verified documents mandated by the DoD. No Exceptions!

aiaa.org/propulsionenergy 17 RECOGNITION

Join us at the 2019 AIAA Propulsion and Energy Forum as we recognize the very best in our industry – those individuals and teams who have taken aerospace technology and discovery to the next level. These remarkable individuals have leveraged their expertise for the benefit of society. Their achievements have inspired us to dream and to explore new frontiers.

2019 AIAA Space Systems Award MONDAY, 19 AUGUST Jess M. Sponable, XS-1 Program Manager, DARPA 1630–1730 HRS JW BALLROOM 5 For unique and extraordinary leadership in providing the pathway Pickering Lecture for the evolution of the United States military launch capability Rocketing to the Future: Space Electric Propulsion toward robust and affordable reusable space systems.

The Pickering Lecture will describe this extraordinary space 2019 AIAA von Braun Award for Excellence in Space Program propulsion technology and how Dawn and other missions take Management advantage of it to accomplish amazing interplanetary adventures. Christopher M. Crumbly, Executive Director, von Braun Center for John Brophy, Expert in Space Electric Propulsion, JPL Fellow Science and Innovation For sustained excellence in furthering human spaceflight through Marc Rayman, Dawn Mission Director, JPL Chief Engineer for strategic planning, managing several NASA projects, and leading Operations and Science, JPL Fellow key programs within the Space Launch System.

2019 AIAA Aerospace Power Systems Award TUESDAY, 20 AUGUST Judith A. Jeevarajan, Senior Scientist, NASA Johnson Space Center 1630–1730 HRS JW GRAND BALLROOM 5 In recognition of significant contributions to the design, von Kármán Lecture in Astronautics development, and test of safe and reliable battery energy storage power systems for aerospace applications. Salvatore T. “Tory” Bruno, President and Chief Executive Officer, United Launch Alliance 2019 AIAA Air Breathing Propulsion Award Karen A. Thole, Professor and Department Head, Mechanical and “Vision for CisLunar Economy” Nuclear Engineering, Pennsylvania State University For significant technical contributions to the understanding of WEDNESDAY, 21 AUGUST convective heat transfer in gas turbine engines, and continuing efforts to promote participation of underrepresented groups in 1230–1400 HRS JW GRAND BALLROOM 5 aerospace. Excellence in Aerospace Awards Luncheon* 2019 AIAA Energy Systems Award Each year, the dedicated members of our technical and outreach Arun Majumdar, Director, Precourt Institute for Energy, and Jay committees come together to identify and elevate the best and Precourt Professor of Mechanical Engineering and of Photon the brightest practitioners in their field. Join us as we celebrate Science, Stanford University the excellence of the aspiring, innovating and inspiring members For superior contributions to the science and engineering of of our aerospace community. nanoscale energy-conversion materials and devices and outstanding *A ticket for the luncheon is required and can be selected during energy-related service at the highest administrative levels. the registration process. Additional tickets may be purchased on- site if space is available. 2019 AIAA Wyld Propulsion Award Stanley K. Borowski, Senior Aerospace Research Engineer, NASA

Glenn Research Center (retired) TECHNICAL EXCELLENCE AWARDS For sustained outstanding contributions in advanced propulsion, 2019 AIAA Space Automation and Robotics Award including the development and application of nuclear thermal propulsion for future human lunar and Mars exploration missions. Orbital Express Team DARPA 2019 AIAA Engineer of the Year Timothy Dominick, Senior Principal Mechanical Engineer, Received by: Dr. Fred Kennedy, DARPA Northrop Grumman Innovation Systems In recognition of Orbital Express’s pioneering work in For successful development and implementation of a novel demonstrating autonomous orbital robotics, including these structural insulator material, JT-700, into multiple controllable firsts: autonomous robotic grapple, robotic ORU changeout, and solids propulsion systems with potential applications across the robotic fluid transfer in space. aerospace industry.

18 aiaa.org/propulsionenergy RECOGNITION

SERVICE AWARDS 2018 AIAA Hybrid Rockets Best Paper “Investigation of Graphite Nozzle Erosion in Hybrid Rockets Using O2/C2H4” (AIAA 2018-4531), 2019 Sustained Service Award Landon T. Kamps, Shota Hirai, Kazuhito Sakurai, and Tor Viscor, Marty K. Bradley, Technical Fellow, Boeing Commercial Airplanes Hokkaido University; Yuji Saito, Tokoku University; Raymond Guan, For sustained, significant service at the national level with University of Alberta; Hikaru Isochi and Naoto Adachi, Uematsu emphasis on Technical and Program/Integration Committee Electric Co.; Mitsunori Itoh, IHI Corporation; and Harunori Nagata, leadership, including formation of new committees. Hokkaido University 2019 Sustained Service Award 2018 AIAA Hybrid Rockets Best Student Paper “Hypergolic Timothy Dominick, Senior Principal Mechanical Engineer, Ignition and Relights of a Paraffin-based Hybrid Grain” (AIAA Northrop Grumman Innovation Systems 2018-4661), Alicia Benhidjeb-Carayon, Jason Gabl and Timothee L. Pourpoint, Purdue University For sustained AIAA leadership at the section, region, and national committee levels attested by service to the Delaware Section and 2018 AIAA Liquid Propulsion Best Paper “Computational Analysis Public Policy Committee. of Supercritical and Transcritical Flow in Cooling Channels with Rough Surface” (AIAA 2018-4465), Hideyo Negishi, Yu Daimon BEST PAPERS and Hideto Kawashima, Japan Aerospace Exploration Agency Best Papers are voted to be the latest, most significant research 2018 AIAA Nuclear and Future Flight Propulsion Best Paper by AIAA technical peers. We will recognize the following: “Consideration of Low Enriched Uranium Space Reactors” (AIAA 2018- 2018 ASME Propulsion Best Paper “Additive Manufacturing of 4673), David L. Black, Westinghouse Electric Corporation (retired) Liquid Rocket Engine Combustion Devices: A Summary of Process 2018 AIAA Pressure Gain Combustion Best Paper Developments and Hot-Fire Testing Results” (AIAA 2018-4625), “Characterization of Detonation Wave Propagation in a Rotating Paul Gradl, Sandy E. Greene, Christopher Protz, Brad Bullard, Detonation Rocket Engine using Direct High-Speed Imaging” James Buzzell, Chance Garcia, Jessica Wood, and Kenneth (AIAA 2018–4688) John W. Bennewitz and Blaine R. Bigler, Cooper, NASA Marshall Space Flight Center; James Hulka, Jacobs ERC, Inc.; William A. Hargus and Stephen A. Danczyk, Air Force Technology, Inc.; and Robin Osborne, ERC Incorporated Research Laboratory; and Richard D. Smith, GHKN Engineering, LLC 2018 AIAA Aerospace Power Systems Best Papers 2018 AIAA Propellants and Combustion Best Paper “Complete › “An Intelligent Autonomous Power Controller for the NASA Determination of the Velocity Gradient Tensor upstream of the Human Deep Space Gateway” (AIAA-4634), Jeffrey Csank, Flame Front with High-Speed Tomo-PIV/Dual-Plane-PIV/OH-PLIF James Soeder, Jeffrey Follo, Matthew Muscatello, Yu Hin Hau Measurements” (AIAA 2018–0153), Tongxun Yi, Christopher A. Fugger, and Marc Carbone, NASA Glenn Research Center Naibo Jiang, Josef Felver, Mikhail N. Slipchenko, and Sukesh Roy, › “The Kilopower Reactor Using Stirling TechnologY (KRUSTY) Nuclear Spectral Energies, LLC; Travis Smith, Jamie Lim, Matthew Sirignano, Ground Test Results and Lessons Learned” (AIAA 2018-4973), Benjamin L. Emerson, and Tim C. Lieuwen, Georgia Institute of Marc A. Gibson, James Sanzi and Maxwell H. Briggs, NASA Glenn Technology; and Benjamin R. Halls and James R. Gord, Air Force Research Center; David I. Poston and Patrick McClure – Los Alamos Research Laboratory National Laboratory; and Thomas Godfroy, Vantage Partners, LLC 2018 AIAA Space Architecture Best Paper “Recommendations 2018 AIAA Aerospace Power Systems Best Student Paper “The SPACE for Next Generation Crew Quarters” (ICES 2018-106), Brandon Computer Code for Analyzing the International Space Station Electrical W. Maryatt, NASA Johnson Space Center; Michael J. Van Wie, Power System: Past, Present, and Future” (AIAA 2018-4635), KBRwyle; and Toni A. Clark, Leidos, Inc. Sara G. Miller, Brandon T. Klefman, Steven Korn, Terrian Nowden, 2018 AIAA Space Architecture Best Student Paper “MARSH: Ann M. Delleur and David McKissock, NASA Glenn Research Center Multi-Mission Artificial-Gravity Reusable Space Habitat” (AIAA 2018 AIAA Electric Propulsion Best Paper “In-Flight Verification 2018-5100), Dale Martin, Melissa Adams, Spencer Aman, Derek and Validation of Colloid Microthruster Performance” (AIAA Bierly, Andrew Delmont, Caleb Fricke, Simon Hochmuth, Nicholas 2018-4643), John Ziemer, Colleen Marrese-Reading, Curt Cutler, Levitsky, Neel Patel, Aseel Syed, Skylar Trythall, Peter Wight and Charles Dunn, Andrew Romero-Wolf, Shahram Javinda, Thanh Le, David L. Akin, University of Maryland, College Park Irena Li, Phil Barela, NASA Jet Propulsion Laboratory, California 2018 AIAA Solid Rockets Best Paper “An analytical model for acoustic Institute of Technology; Nathaniel Demmons, Vlad Hruby, Busek induced heat release disturbances from aluminum combustion in solid Company, Inc.; Jacob Slutsky, James Ira Thorpe, Peiman Maghami, rocket motors” (AIAA 2018-4788), Aurélien Genot CNES DLA; Stany Oscar Hsu, James O’Donnell, NASA Goddard Space Flight Center Gallier, ArianeGroup; Thierry Schuller, Laboratoire EM2C 2018 AIAA Gas Turbine Engine Best Paper “Active Turbine Tip 2018 AIAA Solid Rockets Best Student Paper “Overview of a Clearance Control Trade Space Analysis of an Advanced Geared Supersonic Probe for Solid Propellant Rocket CCP Collection” Turbofan Engine” (AIAA 2018-4822), Jonathan L. Kratz and (AIAA 2018-4882), Stefania Carlotti, Filippo Maggi, Riccardo Jeffreys W. Chapman, NASA Glenn Research Center Bisin, Stefano Dossi and Luciano Galfetti, Politecnico di Milano; 2018 AIAA High Speed Air-Breathing Propulsion Best Paper Dominik Saile and Ali Gülhan, German Aerospace Center; and “Sustained Combustion Limits of a Central Dump Solid Fuel Ramjet Christopher Groll and Tobias Langener, European Space Agency Combustor at High Altitude Operational Conditions” (AIAA 2018-4449), 2019 AIAA Terrestrial Energy Systems Best Paper “Impact of Ronald G. Veraar and Wolter Wieling, TNO Defence Security and Safety alternative fuel on gas turbine noise, vibration and instability” (AIAA 2019-0240), Charith J. Wijesinghe and Bhupendra Khandelwal, University of Sheffield

aiaa.org/propulsionenergy 19 NETWORKING EVENTS

Understanding the importance of networking with colleagues new and old, a series of activities have been planned that will help you connect with current colleagues and new acquaintances.

SUNDAY, 18 AUGUST 1800–1930 HRS WHITE RIVER BALLROOM G Student Welcome Mixer Coffee Breaks Mingle with your peers and hear from AIAA leadership! This Networking coffee breaks allow even more time for networking event provides you with the opportunity to meet making new contacts, continuing discussions from your fellow students and learn more about the opportunities sessions, visiting the Exposition Hall, or checking emails available to you as an AIAA student member. Proof of student and voicemails to keep in touch with the office while you registration is required. Appetizers will be provided, and a cash are at the forum. Networking coffee breaks will be held bar will be available. at the following locations and times: Sponsor: Monday, 19 August 0900–0930 hrs | JW Grand Ballroom Pre-Function

TUESDAY, 20 AUGUST 1600–1630 hrs | JW Grand Ballroom Pre-Function 1800–1930 HRS EXPOSITION HALL, JW BALLROOM 6

Welcome Reception in the Exposition Hall Tuesday, 20 August 0900–0930 hrs | JW Grand (Proof of Purchase Required) Ballroom Pre-Function 1600–1630 hrs | Exposition Hall Discuss the day’s events and talk with exhibitors over drinks and light fare in the Exposition Hall. Wednesday, 21 August 0900–0930 hrs | Exposition Hall 1600–1630 hrs | Exposition Hall

THURSDAY, 22 AUGUST Wednesday coffee break sponsor: 1200–1330 HRS EXPOSITION HALL, JW BALLROOM 6 Luncheon in the Exposition Hall Thursday, 22 August 0900–0930 hrs | Exposition Hall 1600–1630 hrs | Exposition Hall (Proof of Purchase Required) Meet with dozens of companies and network with fellow attendees over lunch in the Exposition Hall.

20 aiaa.org/propulsionenergy AIAA/IEEE ELECTRIC AIRCRAFT TECHNOLOGIES SYMPOSIUM (EATS)

22–24 AUGUST 2019 | INDIANAPOLIS, IN Indiana Convention Center across the street from JW Marriott Indianapolis Separate registration required

The aerospace industry has set ambitious goals for the next three generations of commercial transport aircraft to accommodate rapid growth in emerging markets and ensure sustainability of air travel. One approach being explored to meet these targets is non-traditional aircraft propulsion using electric, turboelectric or hybrid-electric powertrains. Recent workshops by the IEEE and AIAA have identified the need to bring together electrical engineers and aerospace experts as the industry looks to more electric propulsion technologies for future aircraft. The AIAA Aircraft Electric Propulsion and Power Working Group and the IEEE Transportation Electrification Community have organized this symposium to address these issues. The symposium technical program will focus on electric aircraft technology across three programmatic tracks:

1) Electric-power-enabled aircraft configurations and system requirements 2) Enabling technologies for electric aircraft propulsion 3) Electric aircraft system integration and controls

WEDNESDAY, 21 AUGUST 0930–1130 HRS JW GRAND BALLROOM 3-4 0800–1700 HRS JW GRAND BALLROOM 1 Aircraft Electrified Propulsion Systems and Electrified Aircraft Propulsion Technologies – Component Design Course (Separate Registration Required) Air Taxis to Airliners Prior to the AIAA/IEEE Electric Aircraft Technologies MODERATOR: Marty Bradley, Technical Fellow, The Symposium (EATS), this eight-hour course will focus on the Boeing Company major components of electrified propulsion systems, which PANELISTS: include batteries, thermal engines, generators, feeders, power Barbara Esker, Deputy Director, Advanced Air Vehicles electronics, motors, propulsion fans, propellers, cooling pumps Program, Aeronautics Research Mission Directorate, NASA and fans, cooling plumbing and ducting, heat pumps, and heat exchangers. Participants will learn component theory of Andrew Gibson, President, Empirical Systems Aerospace, Inc. operation and design considerations, methods for modeling or Hao Huang, Technology Chief, Electrical Power, GE Aviation estimating component weight and performance, and approaches for system steady-state and dynamic performance analysis. To John Nairus, Chief Engineer, Power & Control Division, Air provide context, electrified aircraft and electrified propulsion Force Research Laboratory architectures will be reviewed and potential benefits will be discussed, before the underlying component technologies are 1230–1330 HRS Indiana Convention Center Room: 137-139 covered in detail. Electric Aircraft Technologies Symposium Keynote Speaker: Dr. Andreas Klöckner, Coordinator, Electric Flight, Programme Strategy Aeronautics, German Aerospace THURSDAY, 22 AUGUST Center (DLR) 0800–0900 HRS JW GRAND BALLROOM 5 Toward Sustainable Aviation 1330–1600 HRS Indiana Convention Center Room: 134-136 Technical Sessions I KEYNOTE: Alan Newby, Director, Aerospace Technology and Future Programmes, Rolls-Royce Corporation Topic Area 1: Electrified Aircraft Systems Studies Topic Area 2: Motor Power Electronics and Systems Fault Detection Topic Area 3: Component Integration and System Architectures

aiaa.org/propulsionenergy 21 AIAA/IEEE ELECTRIC AIRCRAFT TECHNOLOGIES SYMPOSIUM (EATS)

22–24 AUGUST 2019 | INDIANAPOLIS, IN Indiana Convention Center across the street from JW Marriott Indianapolis Separate registration required

SATURDAY, 24 AUGUST 1330–1630 HRS Indiana Convention Center Room: 137-139 0800–0900 HRS Indiana Convention Center Room: 137-139 Electric Propulsion: Challenges and Opportunities, A Electric Aircraft Technologies Symposium Keynote NASA Led Initiative Speaker: Alexander Walan, Program Manager, Lightning Strike Program Tactical Technology Office (TTO), DARPA 1600–1730 HRS Indiana Convention Center Room: 137-139 Safety, Standards, and Regulations for Electrified Aircraft 0900–1130 HRS Indiana Convention Center Room: 134-136 Technical Sessions IV 1800 hrs Punch Bowl Social Indianapolis Topic Area 1: Electrified Aircraft Subsystem Simulations and Methods Reception hosted by the University of Illinois Topic Area 2: Superconducting Materials Topic Area 3: Power Management Systems FRIDAY, 23 AUGUST 1130–1300 HRS Indiana Convention Center Room: 137-139 0800–0900 HRS Indiana Convention Center Room: 137-139 Progress in Energy Storage & Conversion for Aeropropulsion Electric Aircraft Technologies Symposium Keynote

The Many Possible Futures of Electric Flight 1300–1530 HRS Indiana Convention Center Room: 134-136 Speaker: Paul Eremenko, Chief Technology Officer, United Technical Sessions V Technologies Corporation Topic Area 1: Challenges and Opportunities in Electrified Aircraft Systems 0900–0930 HRS Networking Break Topic Area 2: Megawatt-Scale Motor Systems Topic Area 2: Electric Motor Wire and Power Transmission Insulation 0930–1200 HRS Indiana Convention Center Room: 134-136 Technical Sessions II 1530–1600 HRS Closing Remarks Topic Area 1: Electrified Aircraft Design and Novel Concepts Topic Area 2: Power Converters Topic Area 2: Energy Storage Systems

1200–1300 HRS Indiana Convention Center Room: 137-139 Lunch

1300–1430 HRS Indiana Convention Center Room: 137-139 Electrified Propulsion Technologies for Emerging Small Aircraft Markets

1430–1500 HRS Networking Break

1500–1730 HRS Indiana Convention Center Room: 134-136 Technical Sessions III Topic Area 2: Design and Test of Electric Motor Systems Topic Area 2: Electromechanical Interactions and Modeling Topic Area 3: System Optimization

22 aiaa.org/propulsionenergy EXPOSITION HALL

EXPOSITION HALL HOURS TUESDAY, 20 AUGUST 1300–1630 HRS 1800–1930 HRS — RECEPTION*

WEDNESDAY, 21 AUGUST 0845–1630 HRS

THURSDAY, 22 AUGUST 0845–1330 HRS Please join our generous donors in *Proof of purchase is required and included in the registration advancing aerospace with your gift fee where indicated. today. With your help, we will continue to inspire and support the next generation of aerospace professionals. Be sure to stop by the silent auction in the HUB as we have AIAA Publications Pavilion within the HUB some really cool aerospace items up for bid! Stop by the AIAA Publications Pavilion, located in the Exposition Hall, to browse publications and merchandise, learn about your membership benefits, and meet AIAA staff. 30% OFF ALL BOOKS

AIAA Publications is offering a special show discount on all titles featured at the AIAA Propulsion and Energy Forum. Attendees can take advantage of a 30% discount off the list price of all books for sale Meet the Author at the AIAA Bookstore located in the AIAA Pavilion. EUGENE FLEEMAN This show special will only be available during the Missile Design and System Engineering forum! Take advantage of these super savings and Thursday, 22 August 1200-1330 hrs visit the AIAA Bookstore!

DAILY PRIZE DRAWINGS —­ VISIT THE HUB TO ENTER! Visit the HUB in the Exposition Hall to drop your business card for a chance at winning one of three gift cards! Visit daily to enter as prize entry collection restarts each morning with an empty box. You must drop a business card each day to have a chance to win each day! › Prize 1 drawing at 1900 hrs on Tuesday during reception in Exposition Hall. › Prize 2 drawing at 1600 hrs on Wednesday. › Prize 3 drawing at 1130 hrs on Thursday. Please drop only one entry (business card) per day! Multiple entries will be removed. You do not need to be present to win, but you may claim your prize in the HUB while at the 2019 AIAA Propulsion and Energy Forum.

aiaa.org/propulsionenergy 23 EXPOSITION HALL FLOOR PLAN

M1

M1

Exhibitor Table Seating Area Lounge

Force Southwest ENSMA PC ARI Measurement Research GE Krause Industries Systems Institute Aviation 125 224 225 324 325 424

Apollo What is Hardware ASCEND? Display 421 Intelligent Light 419 Texas A&M 417 Stanford Sponsored by: Mu 415 Northrop Grumman Rocket

GT- Purdue Moog HGL BETA SUITE University Inc. Dynamics CAE 110 111 210 211 310 NASA Valcor Convergent GE HPCMP General Engineering Science Research Create Dynamics 108 109 208 209 308 309 JASC 106

Worthington AIAA Major Tool Vacco Industries Indiana & Machine Industries 104 105 204 Aerojet 405 Rolls-Royce Rocketdyne Weldaloy 203 303 403

SoftInWay 401

W2 AVI

W5

W7 AVI ENTRANCE

24 aiaa.org/propulsionenergy TheINTRO HUB

Need to identify a place N IEW to meet up with friends? Make the HUB that place!

SIE

SIE

HIGHLIGHTED SESSIONS

› Interview with Tory Bruno, CEO, ULA

SIE › ASCEND: Accelerating Space Commerce, Exploration, and New Discovery SIE › Interview with Simon Weeks, CTO, The HUB is open Tuesday–Thursday Aerospace Technology Institute duringAIAA Exposition P&E 2019 Hall hours! TheThe› HUBHUUSC’sB Student Rocketry Success AUGUST 19-20, 2019 | JW MARRIOTT (INDIANAPOLIS) DATE: 7.23.19 wo#75996 DESIGNER: PAUL DEFRIN © COPYRIGHT 2016 this design remains the exclusive property of Arata Expositions, Inc., and should not be reproduced without written permission and/or consent. This multi-use area built into the heart of AIAA › Q&A with Roberto Guerrero, Deputy expositions will feature many attendee-favorite Assistant Secretary of the Air Force activities like Q&A with keynote speakers, for Operational Energy, Office of the innovative programming, a silent auction, contests, Assistant Secretary of the Air Force for charging stations, a lounge area, and more. Installations, Environment and Energy

Check out the complete schedule of activities: › Allison Engine’s Apollo Lunar Excursion aiaa.org/PropEnergyTheHub Module Schedule subject to change.

Sponsored by:

aiaa.org/propulsionenergy 25 EXHIBITORS BY BOOTH NUMBER

303 Aerojet Rocketdyne ★ 204 Major Tool & Machine

105 AIAA - Indiana Section 210 Moog Inc. ★

225 ARI Industries, Inc. ★ 309 NASA

310 BETA CAE Systems USA, Inc. 224 PC Krause and Associates, Inc.

109 Convergent Science 111 Purdue University

125 ENSMA - INSTITUT Pprime 203 Rolls-Royce ★

324 Force Measurement Systems Inc. ★ 401 SoftInWay Inc.

424 GE Aviation ★ 325 Southwest Research Institute

208 GE Research 415 Stanford Mu Corporation

308 General Dynamics Ordinance and Tactical Systems 417 Texas A&M Turbomachinery Laboratory

110 GT-SUITE System Simulation 405 Vacco Industries

211 HGL Dynamics, Inc 108 Valcor Engineering Corporation

209 HPCMP CREATE 403 Weldaloy Specialty Forgings

419 Intelligent Light ★ 421 What is ASCEND?

106 JASC 104 Worthington Industries

★ AIAA Corporate Member Company

26 aiaa.org/propulsionenergy EXHIBITORS

Aerojet Rocketdyne 303 Convergent Science 109 Kimberly Wilkins Tiffany Cook 2001 Aerojet Road 6400 Enterprise Lane Rancho Cordova, CA 95742 Madison, WI 53719 Phone: 703-475-9551 Phone: 830-625-5005 Email: [email protected] Email: [email protected] www.rocket.com/careers convergecfd.com Convergent Science is an innovative, rapidly expanding computational Aerojet Rocketdyne is a world-recognized aerospace and defense fluid dynamics (CFD) company. Our flagship product, CONVERGE, leader that provides propulsion and energetics to the space, missile is a revolutionary CFD software with truly autonomous meshing defense, strategic systems, tactical systems and armaments areas, capabilities that eliminate the grid generation bottleneck from in support of domestic and international markets. the simulation process. Convergent Science is headquartered in Madison, Wisconsin, and has offices in the United States, AIAA - Indiana Section 105 Europe, and India and distributors worldwide. David Locascio 2413 Dry Ridge Ct. Greenwood, IN 46143 ENSMA - INSTITUT Pprime 125 Phone: 253-678-9202 Pascal Jolly Email: [email protected] 1, Avenue Clement Ader, Teleport 2 Chasseneuil-Du-Poitou 86360 France ARI Industries, Inc. 225 Phone: 335 49 49 65 15 Robert Weber Email: [email protected] 381 ARI Court www.pprime.fr/ Addison, IL 60101 Pprime Institute (P’) is a french research laboratory, created in Phone: 630-953-9100 2010, affiliated to CNRS (National Center for Scientific Research), Email: [email protected] in collaboration with ISAE-ENSMA (Ecole Nationale Supérieure www.ariindustries.com de Mécanique et d’Aérotechnique) and the University of Poitiers. Manufacturer of mineral insulated cable products since 1952. Bulk conductor cables, heater cables, thermocouple cables. Finished temperature sensors and heaters. Base metal Force Measurement Systems Inc. 324 thermocouples to refractory metal thermocouples & Heaters. Gregg Steuart Serving Aerospace & other industries. Heaters for Ion/Hall 4701 E Hunter Ave. Thrusters and others. Custom solutions for today and tomorrow’s Anaheim, CA 92807 challenges. Call today to talk to our sales engineers. Manufacturing Email: [email protected] location near Chicago. A division of Okazaki Mfg. Company. www.forcems.com FORCE MEASUREMENT SYSTEMS (FMS) is a comprehensive resource for the design and fabrication of high precision force measurement BETA CAE Systems USA, Inc. 310 systems, load cells, and flexures. FMS expertise is in high accuracy John Skarakis jet engine and rocket thrust stands. FMS personnel are experience in 29800 Middlebelt Rd., Suite 100 thrust stands from 1 lb to 5.4 million lbs, single and multi-component. Farmington Hills, MI 48334 Phone: 248-737-9760 ex: 213 Email: [email protected] GE Aviation 424 www.ansa-usa.com Eric Ruggiero, PhD 1 Neumann Way, MD G104 BETA CAE Systems is an engineering services company that Cincinnati, OH 45215-1988 distributes & supports the industry leading ANSA & µETA Phone: 513-243-3596 software. ANSA is a CAE pre-processing tool for CFD & FE Email: [email protected] Analysis, for full-model build, from CAD to solver input file www.geaviation.com in one integrated environment. µETA is a post-processor for analyzing results from FLUENT, STAR CCM, CFD++, ANSYS, GE Aviation is a world-leading provider of jet and turboprop NASTRAN, ABAQUS, LS-DYNA, PAMCRASH & other solvers. engines, components and integrated systems for commercial, military, business and general aviation aircraft and has a global service network to support these offerings. With unprecedented growth in both our commercial and military aviation product portfolios, we have a number of engineering positions available and are looking to grow! For more information, visit us at www.ge.com/aviation, www.gecareers.com, and on Twitter.

aiaa.org/propulsionenergy 27 EXHIBITORS

GE Research 208 HGL Dynamics, Inc 211 Keith McManus Robert Sparkman 1 Research Circle 2461 Directors Row, Suite J Niskayuna, NY 12309 Indianapolis, IN 46241 Phone: 518-387-6597 Phone: 317-782-3500 Email: [email protected] Fax: 317-522-4901 Email: [email protected] Inspired by Thomas Edison and led by GE’s early chief www.hgl-dynamics.com consulting engineer, Charles Steinmetz, GE Research was created to maintain market edge and to foster new discoveries HGL Dynamics is a world-leading supplier of high specification and commercial applications. That mission rings true today as test measurement equipment for the integrated capture, we harness unparalleled scientific breadth and depth to drive monitoring, analysis, storage and management of high innovation at the intersection of technical fields, move product to bandwidth data. HGL systems are used for a range of industrial entitlement, solve problems and deliver outcomes to our customers. and engineering applications, particularly turbine and rotating equipment. HGL provides a comprehensive service from the design and manufacture of low level PCBs through to the General Dynamics Ordinance commissioning of complete turnkey solutions. and Tactical Systems 308 Kathryn Done HPCMP CREATE 209 4300 Industrial Ave. Lincoln, NE 68504 Erick Knarzer Phone: 402-465-6591 10501 Furnace Road, Suite 101 Email: [email protected] Lorton, VA 22079 www.gd-ots.com/composite-structures/ Phone: 703-812-3779 composite-aircraft-containers/ Email: [email protected] General Dynamics Ordnance and Tactical Systems has The U.S. DoD High Performance Computing Modernization extensive experience in the design, development, qualification Program (HPCMP) includes a strategically important portfolio and integration of high-performance lightweight composite of software technology investments known as “CREATE” pressure vessels for aircraft, satellite, launch vehicle and (Computational Research and Engineering Acquisition Tools missile platforms. Our composite pressure vessels combine a and Environments). The portfolio produces physics-based, permeation barrier (liner) with a filament-wound outer shell. The multi-disciplinary software products that deliver capabilities pressure vessels range in size and shape to suit a wide variety of for design, analysis, and virtual testing of weapon systems and customer needs. associated electromagnetic subsystems.

GT-SUITE System Simulation 110 Intelligent Light 419 Dana Pellegrini Shane Wagner 601 Oakmont Lane, Suite 220 301 Rt. 17 North, 7th Floor Westmont, IL 60559 Rutherford, NJ 07070 Phone: 630-325-5848 Phone: 201-460-4700 Email: [email protected] Fax: 201-460-0221 www.gtisoft.com Email: [email protected] www.ilight.com Gamma Technologies develops GT-SUITE, the industry-leading Model-Based Systems Engineering (MBSE) CAE system simulation Intelligent Light provides post-processing, data management software. GT-SUITE provides a comprehensive set of validated and big data visualization capability for CFD. Thousands of 0D/1D/3D multi-physics component libraries, which simulate users rely on the industry leading FieldView software and our the physics of fluid flow, thermal, mechanical, multi-body, custom engineering services to maximize their productivity structural, electrical, magnetic, chemistry, and controls. Using and effectiveness. Let us help you eliminate bottlenecks and combinations of these libraries, models simulate any aircraft achieve breakthrough results. Intelligent Light - Advancing CFD, system, including the complete Virtual Integrated Aircraft (VIA). Advancing You

28 aiaa.org/propulsionenergy EXHIBITORS

JASC 106 PC Krause and Associates, Inc. 224 Marla Evangelista Nick Benavides 2303 W. Alameda Dr. 3000 Kent Ave, Suite B1-100 Tempe, AZ 85286 West Lafayette, IN 47906 Phone: 602-438-4400 Email: [email protected] Fax: 602-438-4420 PC Krause and Associates (PCKA) focuses on model-based Email: [email protected] design, analysis, and development of power and thermal The JASC Corporation specializes in the design and production technologies for DoD applications operating in harsh of high-reliability components for pneumatic, hydraulic, and fuel environments. PCKA, established in 1983, has successfully systems. Since its inception in 1990, JASC has been providing transitioned over 20 SBIR technologies and has locations in fluid control solutions and advanced products for the aircraft, West Lafayette, Indiana, Indianapolis, Indiana, and Dayton, Ohio. spacecraft, and power generation industries. We have comprehensive PCKA has grown to over 50 full-time professionals, including solutions to address problems on your most demanding applications. 27 full-time PhD’s. PCKA’s wide-band-gap power electric drives and controls provide increased power density, efficiency and response for demanding aerospace applications. Major Tool & Machine 204 Joel A Manship Purdue University 111 1458 E. 19th Street Michelle Kidd Indinapolis, IN 46218 701 W. Stadium Ave Phone: 317-917-2619 West Lafayette, IN 47907 Email: [email protected] 765-496-1050 www.majortool.com Email: [email protected] Major Tool & Machine (MTM) is a world leader in contract Purdue University is leading an effort that will provide national manufacturing services. MTM partners with NASA and leadership in the development of cislunar capabilities and Aeronautic / Astronautic industry leaders, providing advance the space-based economy through collaboration with manufacturing solutions to meet mission critical requirements. industry, academia and government agencies. The Cislunar Examples of past and current manufacturing solutions will be Initiative aims to take a leadership role in expanding access to on display at the MTM exhibit. MTM personnel will be on-site to cislunar space, supplying the building blocks for infrastructure, discuss your mission critical manufacturing needs. As MTM is identifying and utilizing space resources, advancing the development extraordinarily dynamic and in high growth mode, our personnel of space policy and providing critical educational opportunities. will be available to discuss career opportunities at MTM as well. The Zucrow Labs research facilities occupy a 24-acre site adjacent to the Purdue University Airport. The Laboratory’s Moog Inc. 210 research capability encompasses many disciplines: Leah Langfelder aerodynamics of turbo machinery, aeroacoustics, combustion, 500 Jamison Rd. measurement and control, computational fluid mechanics, East Aurora, NY 14052-0018 particle flow heat transfer, and atomization processes. Founded PO Box 18; East Aurora, NY 14052-0018 by Maurice J. Zucrow in 1948, Zucrow Labs is the largest Phone: 716-206-9970 academic propulsion lab in the world. Email: [email protected] Moog Space Sector designs and manufactures systems and components for spacecraft and launch vehicles. Moog provides Rolls-Royce 203 solutions in propulsion, actuation, mechanisms, avionics, structures, David Spears power, shock and vibration control and spacecraft delivery 2001 South Tibbs Avenue (S/C S07) vehicles. Moog is also leading the way in introducing metal Indianapolis, IN 46241 additive manufactured hardware for next generation space vehicles. Phone: 317-230-5055 Email: [email protected]

NASA (HQ) 309 At Rolls-Royce Liberty Works, we develop solutions for everything from advanced VTOL technology to high-speed Rich Rinehart flight. We provide technology the US warfighter needs to perform 21000 Brookpark Rd., MS 142-1 the mission. We value our relationships with airframers, Army Cleveland, OH 44135 Advanced Technology Division, DARPA, NASA, AFRL, Naval Phone: 2164335211 Research Laboratory, and advanced technology consortiums. Email: richard.d.rinehart@nasa.gov www.nasa.gov NASA’s Vision: We reach for new heights and reveal the unknown for the benefit of humankind.

aiaa.org/propulsionenergy 29 EXHIBITORS

SoftInWay Inc. 401 Vacco Industries 405 Kimberley Squillante Cleve Samson 1500 District Avenue 10350 Vacco Street Burlington, MA 01803 South El Monte, CA 91733 Phone: 781-685-4942 Phone: 626-450-6434 Email: [email protected] Email: [email protected] www.softinway.com VACCO® specializes in design and production of engineered SoftInWay Inc. is an engineering R&D company specializing fluid controls for human-rated, long duration and expendable in advanced turbomachinery and power plants by offering space applications. Proven Valves, Regulators, Filters, Couplings, consulting services, training, and software platform AxSTREAM® Refueling Mechanisms, Welded Manifolds, and highly-integrated for design, analysis and optimization of flow paths, thermodynamic ChEMS™ Modules are available for applications ranging from cycles, secondary flows calculations, and rotor dynamics. cryogenic to high pressure and hazardous propellants. Reliable heritage products for Intelligent solutions.

Southwest Research Institute 325 Valcor Engineering Corporation 108 Nathan Andrews Larry Wismer 6220 Culebra Road 2 Lawrence Rd. San Antonio, TX 78238 Springfield, NJ 07081 Phone: 210-522-3543 Phone: 973-467-8400 Email: [email protected] Email: [email protected] www.swri.org/industries/propulsion-technologies www.valcor.com Southwest Research Institute® is an independent, nonprofit, Valcor Aerospace specializes in the design and manufacture of applied research and development organization. We perform custom valves and control components (solenoid, relief, check, R&D for power and propulsion applications. Our facilities fill & drain valves, pressure regulators, accumulators, actuators) include test capabilities for rotating machinery, combustion and for liquids (propellants, fuel, hydraulic fluid) and gases in critical fluids, and cryogenic systems. In addition to test and evaluation, aerospace (aircraft, launch vehicle, missile, spacecraft, etc.) applications. we offer additive manufacturing and detailed propulsion system cycle modeling. We provide solutions for industry and government Weldaloy Specialty Forgings 403 clients that improve efficiency, performance, and safety. Rachel Webster 24011 Hoover Rd. Stanford Mu Corporation 415 Warren, MI 48089 Phone: 586-758-5550 James Lee Email: [email protected] 20725 Annalee Ave CArson, CA 90746 Over 72 years, Weldaloy has developed a world class manufacturing Phone: 310-605-2888 process for forging and machining specialty metals including Email: [email protected] Copper, Titanium, and Superalloy. Weldaloy combines an AS9100D www.stanfordmu.com certified quality system with a passion for serving and exceeding customer expectations to develop long-term mutually beneficial relationships. Specialty metal forging, heat treat, machining, and Texas A&M Turbomachinery Laboratory 417 value added services through partnership and expert consultation. Brooke Conrad 3254 TAMU What is ASCEND? 421 College Station, TX 77843 Nathan Boll, [email protected] Phone: 979-845-8943 Email: [email protected] Launching November 16-18, 2020, in Las Vegas, Nevada, ASCEND will convene luminaries from across the space The Turbomachinery Laboratory is a center of the Texas A&M community to discuss, debate, and develop a shared vision for Engineering Experiment Station (TEES) and a member of the future of the space economy and human exploration. Stop the Texas A&M University System. The Turbo Lab conducts by our booth to learn more and ask questions. both Basic and Applied Research with nine active research professors, and over 100 graduate student researchers in areas Worthington Industries 104 that include combustion and gas dynamics, computational fluid Vanessa Cox mechanics, heat transfer, laser diagnostics, rotordynamics and 336 Enterprise Place bearings, turbine blade cooling, materials, and data analytics. Pomona, CA 91768 The Turbo Lab also sponsors two large industrial symposia to Phone: 614-840-3152 provide continuing education opportunities to users of industrial Email: [email protected] turbomachinery, and to generate profits to foster and support worthingtonindustries.com graduate and undergraduate education in turbomachinery. Manufacturer of Composite Overwrapped Pressure Vessels and Composite Structures.

30 aiaa.org/propulsionenergy GENERAL INFORMATION

AIAA Registration and Information Center Hours Manuscript Corrections The AIAA Registration and Information Center will be located in 1. The manuscript in the proceedings the Chantilly Foyer. Hours are as follows: is the version of record and may not be edited. All changes will be available through the Crossmark Sunday, 18 August: 1500–1900 hrs feature. View corrections by clicking the Crossmark icon, Monday, 19 August – Wednesday, 21 August: 0700–1730 hrs located on every article’s page and PDF. Please visit Thursday, 22 August: 0700–1600 hrs arc.aiaa.org/page/crossmark for more information. ITAR Registration Hours: 2. Corrections will be available online approximately 15 business Sunday, 18 August 1600–1900 hrs Registration Area days after the last day of the conference. 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aiaa.org/propulsionenergy 31 GENERAL INFORMATION

AIAA Photography and Video Notice International Traffic in Arms Regulations (ITAR) Attendance at, or participation in, this American Institute AIAA speakers and attendees are reminded that some topics of Aeronautics and Astronautics (hereinafter “AIAA”) event discussed in the conference could be controlled by the constitutes consent to the use and distribution by AIAA and its International Traffic in Arms Regulations (ITAR). U.S. nationals employees, agents and assignees of the attendee’s image and/ (U.S. citizens and permanent residents) are responsible for or voice for purposes related to the mission of AIAA, including ensuring that technical data they present in open sessions to but not limited to, publicity, marketing, other electronic forms of non-U.S. nationals in attendance or in conference proceedings media, and promotion of AIAA and its various programs and events. are not export restricted by the ITAR. U.S. nationals are likewise Please contact AIAA’s Communications Director John Blacksten responsible for ensuring that they do not discuss ITAR export- at [email protected] with requests or questions. restricted information with non-U.S. nationals in attendance.

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AUTHOR AND SESSION CHAIR INFORMATION

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32 aiaa.org/propulsionenergy AUTHOR AND SESSION CHAIR INDEX

A, J., 99-EDU-4 Aresini, A., 20-LP-1 Baysal, M., 47-HR-4 Bower, A., 51-LP-6, 94-SYS-3 A. Anufrieva, D., 59-SR-2 Arestie, S., 9-EP-2 Bazilevs, Y., 144-GTE-17 Boyd, I., 74-EP-7 Aalburg, C., 78-GTE-11 Arghode, V., 218-PC-21 Bean, R., 87-NFF-4 Boyle, S., 179-HR-11 Aarant, T., 238-HR-14 Arisoy, E., 240-INPSI-12 Bear, P., 205-GTE-25 Bozeman, M., 18-INPSI-1, 49-INPSI-3 Abbas, A., 100-EERE-1, 170-EERE-3 Armstrong, I., 166-AMP-1 Becatti, G., 173-EP-19 Bozhko, S., 264-EATS-13, 271-EATS-18 AbdelGhafar, M., 61-TM-2 Arnold, D., 213-LP-21 Beckman, E., 29-SATS-1 Bradfield, Q., 190-UAS-1, 250-UAS-3 AbdelGhany, E., 249-TM-6 Arthur, N., 83-ITAR-1, 140-EP-15 Bedrov, D., 217-PC-20 Bradley, S., 136-AVS-2, 190-UAS-1, AbdelHadi, A., 170-EERE-3 Aruwajoye, J., 236-EERE-5 Behbahani, A., 212-ITAR-5, 227-AIIPC-1 250-UAS-3 Abdelmoula, H., 202-EERE-4 Ashry, M., 29-SATS-1, 44-GTE-9 Behring, K., 84-LP-8 Brady, B., 46-HR-3, 52-LP-7 Abrukov, V., 59-SR-2 Ataka, Y., 58-SATS-2 Behruzi, P., 22-LP-3, 184-LP-19, 214- Brady, G., 90-PGC-5/HSABP-5 Acharya, R., 176-GTE-22 Atefi, E., 52-LP-7 LP-22 Brand, J., 122-SR-4 Acosta, G., 149-HSABP-7 Athmanathan, V., 90-PGC-5/HSABP-5 Behshad Shafii, M., 161-TM-5 Brandhorst, H., 138-EERE-2 Acosta-Zamora, A., 204-FPG-1 Atkin, J., 264-EATS-13, 271-EATS-18 Belal, H., 221-SR-7 Braun, J., 27-PGC-1, 48-HSABP-2, Adams, J., 51-LP-6, 215-LP-23 Attia, M., 11-GTE-1 Bell, K., 220-PGC-11 82-INPSI-4, 90-PGC-5/HSABP-5, Aderoju, P., 236-EERE-5 Atwell, M., 58-SATS-2 Bellenoue, M., 157-PGC-8, 220-PGC-11 220-PGC-11 Aggarwal, S., 240-INPSI-12 Aueron, A., 53-NFF-3, 94-SYS-3 Belleville, M., 146-GTE-19 Bravo, L., 144-GTE-17 Aghili, F., 30-SBE-1/EP-3/NFF-2/APC-2 Aul, C., 37-EDU-2 Belmouss, M., 13-GTE-3, 44-GTE-9 Bravo Mosquera, P., 19-INPSI-2/GTE- Agnew, J., 7-EDU-1, 185-NFF-6 Austin, B., 55-PC-5, 153-LP-16 Bemish, R., 141-EP-16 5, 151-INPSI-6, 202-EERE-4 Agrawal, A., 158-PGC-9, 220-PGC-11 Avanesian, D., 231-EATS-3 Benavides, G., 76-EP-9, 139-EP-14, Bresler, J., 108-HR-6 Aguilar, D., 112-ITAR-2 Awosanya, O., 100-EERE-1 173-EP-19 Brewer, R., 256-EATS-8 Ahern, D., 38-EP-4, 103-EP-12 Axdahl, E., 149-HSABP-7, 182-ITAR-4 Benbrook, J., 190-UAS-1 Brieda, L., 76-EP-9 Ahmed, K., 89-PC-9, 91-PGC-6/PC- Aydogdu, A., 213-LP-21 Bendana, F., 208-HR-13 Briggs, E., 83-ITAR-1 11, 119-PGC-7, 186-PC-18 Aye-Addo, N., 78-GTE-11, 106-GTE-14 Benensky, K., 53-NFF-3 Broca, O., 114-LP-12 Ajmani, K., 149-HSABP-7, 218-PC-21 Ayers, Z., 90-PGC-5/HSABP-5 Benhidjeb-Carayon, A., 208-HR-13 Broemmelsiek, E., 187-PC-19 Akbari, P., 90-PGC-5/HSABP-5, 220- Azam, S., 135-APS-1 Bennewitz, J., 27-PGC-1, 37-EDU-2, Brophy, C., 91-PGC-6/PC-11, 157-PGC-8 PGC-11 Azevedo, V., 73-EDU-3 188-PGC-10/LP-20, 235-EDU-6 Brown, K., 19-INPSI-2/GTE-5, 217-PC-20 Akiyama, M., 58-SATS-2 Azim, A., 90-PGC-5/HSABP-5 Benzakein, M., 233-EATS-5, 256-EATS-8 Brown, T., 49-INPSI-3 Aksel, M., 115-LP-13 Azuara Rosales, M., 36-APC-3 Berdoyes, M., 31-SR-1, 92-SR-3 Bryner, E., 37-EDU-2 Alahmad, A., 266-EATS-14 Azuma, N., 242-LP-27 Berg, S., 39-EP-5 B S, S., 187-PC-19 Alam, S., 118-PC-13 B, V., 99-EDU-4 Bergeson, J., 146-GTE-19 Buckley, J., 37-EDU-2, 108-HR-6 Alanyalioglu, C., 59-SR-2 Baba, M., 243-LP-28 Bernardini, C., 78-GTE-11 Bugarin, L., 51-LP-6, 84-LP-8, 215-LP-23 Alberts, S., 20-LP-1, 116-LP-14, 214-LP-22 Babakhanova, S., 97-COL-2 Bernazzani, L., 76-EP-9 Bullard, T., 256-EATS-8 Alenezi, A., 100-EERE-1 Babcock, D., 18-INPSI-1 Bernelli Zazzera, F., 97-COL-2 Bundesmann, C., 140-EP-15 Alexeenko, A., 213-LP-21 Babcock, H., 79-GTE-12 Bertrand, P., 255-EATS-7 Burdisso, R., 19-INPSI-2/GTE-5 Al-Haddad, M., 170-EERE-3 Baber, S., 97-COL-2 Beshay, K., 61-TM-2, 98-ECD-2 Burke, E., 135-APS-1 Aliaga, C., 18-INPSI-1 Baccarella, D., 48-HSABP-2 Besnard, A., 85-LP-9 Burlaka, M., 44-GTE-9 Almeida, D., 242-LP-27 Bacchi, F., 242-LP-27 Besnard, E., 51-LP-6, 85-LP-9 Burns, D., 229-APC-6 Alonso, J., 271-EATS-18 Bach, E., 27-PGC-1, 56-PGC-3/HSABP-3 Bevilaqua, P., 19-INPSI-2/GTE-5 Burns, E., 185-NFF-6 Al-Sheboul, A., 237-FPG-2 Bachman, C., 91-PGC-6/PC-11 Bhandari, R., 116-LP-14 Burr, J., 90-PGC-5/HSABP-5, 158- Alulema, V., 190-UAS-1 Badawy, A., 29-SATS-1 Bhatia, A., 18-INPSI-1 PGC-9 Alvarez, E., 93-ST-1 Badcock, R., 103-EP-12, 273-EATS-20 Bhatia, M., 20-LP-1 Burra, K., 138-EERE-2 Alvarez, N., 9-EP-2 Bahdur, A., 137-EDU-5 Bhatnagar, L., 78-GTE-11 Burt, G., 231-EATS-3 Alves, I., 73-EDU-3 Baier, M., 109-HR-7 Bi, S., 12-GTE-2 Busari, T., 245-PC-24 Amano, R., 100-EERE-1, 170-EERE-3, Baker, E., 32-SYS-1 Biaggi-Labiosa, A., 8-EP-1 Bushman, S., 20-LP-1 236-EERE-5 Baldauff, R., 95-TM-3, 161-TM-5 Bianchi, D., 178-HR-10 Buyukli, T., 45-GTE-10 Amato, M., 98-ECD-2 Ballance, H., 218-PC-21 Bigler, B., 27-PGC-1, 188-PGC-10/LP-20 Byrne, M., 74-EP-7, 102-EP-11 Anand, M., 14-GTE-4, 155-PC-16 Ballinger, I., 20-LP-1 Bilge, K., 47-HR-4 Byun, G., 210-INPSI-10 Anand, V., 137-EDU-5 Banda, W., 250-UAS-3 Bisin, R., 238-HR-14 C, N., 59-SR-2, 156-PC-17 Anderson, A., 263-EATS-12, 273- Bandyopadhyay, A., 116-LP-14 Bloomer, J., 94-SYS-3, 120-SL-1 Caccamo, M., 264-EATS-13 EATS-20 Bao, Z., 30-SBE-1/EP-3/NFF-2/APC-2 Bluemner, R., 220-PGC-11 Cameron, J., 78-GTE-11 Anderson, W., 25-PC-2, 55-PC-5, 71- Barak, S., 207-GTE-27 Blumhagen, E., 74-EP-7 Cameron, Z., 262-EATS-11 ECD-1, 219-PC-22 Baran, A., 238-HR-14 Bobba, D., 263-EATS-12 Cancian, M., 256-EATS-8 Andreano, T., 103-EP-12 Barannik, V., 44-GTE-9 Bobet, A., 70-COL-1 Cando, E., 190-UAS-1 Andrenucci, M., 8-EP-1, 173-EP-19 Barato, F., 179-HR-11, 183-LP-17 Boca, A., 168-APS-2 Canova, M., 256-EATS-8, 266-EATS-14 Andreoli, V., 27-PGC-1, 78-GTE-11, Barber, T., 20-LP-1 Bodla, K., 272-EATS-19 Cantwell, B., 15-HR-1, 108-HR-6, 148- 90-PGC-5/HSABP-5, 106-GTE-14 Barker, B., 206-GTE-26 Boehler, M., 107-GTE-15 HR-9, 208-HR-13 Andreussi, T., 8-EP-1, 76-EP-9, 173- Barnard, K., 37-EDU-2 Böhle, M., 242-LP-27 Cao, Y., 232-EATS-4 EP-19 Barnola, I., 267-EATS-15 Bohon, M., 27-PGC-1, 90-PGC-5/ Capello, E., 199-APC-5 Andrew, G., 32-SYS-1 Barros, J., 7-EDU-1, 271-EATS-18 HSABP-5, 220-PGC-11 Carabellese, D., 32-SYS-1 Andrews, N., 228-AMP-3 Bartholomeu do Nascimento, L., Boiron, A., 16-HR-2, 93-ST-1 Cardillo, D., 148-HR-9 Anii, K., 243-LP-28 113-LP-11 Bonner, R., 71-ECD-1 Cardin, J., 116-LP-14 Annesley, C., 141-EP-16 Basani, J., 176-GTE-22 Borowski, S., 70-COL-1 Carlotti, S., 180-HSABP-8 Annovazzi, A., 59-SR-2, 122-SR-4 Baskys, A., 199-APC-5 Borvayeh, L., 202-EERE-4 Carlson, J., 18-INPSI-1 Ansell, P., 230-EATS-2, 255-EATS-7 Bass, J., 238-HR-14 Bos, B., 61-TM-2 Carmicino, C., 148-HR-9 Anthoine, J., 183-LP-17 Bassett, W., 166-AMP-1 Botero, E., 271-EATS-18 Carneiro dos Santos, A., 237-FPG-2 Aranyos, T., 243-LP-28 Baturin, O., 45-GTE-10, 146-GTE-19 Böttcher, M., 52-LP-7 Carr, C., 160-SR-6 Arastu, F., 273-EATS-20 Baurle, R., 81-HSABP-4, 149-HSABP-7 Boust, B., 157-PGC-8 Carrington, D., 138-EERE-2, 170- aiaa.org/propulsionenergy 33 AUTHOR AND SESSION CHAIR INDEX

EERE-3, 202-EERE-4 Choueiri, E., 173-EP-19 D’Arpino, M., 256-EATS-8, 266-EATS-14 Dyrda, D., 15-HR-1, 80-HR-5, 108-HR-6 Carter, M., 8-EP-1, 18-INPSI-1, Choutapalli, I., 149-HSABP-7 Dahl, P., 39-EP-5 Dyson, R., 273-EATS-20 49-INPSI-3 Chow, W., 144-GTE-17, 175-GTE-21 Daimon, Y., 113-LP-11 d’Aubigny, C., 61-TM-2 Casalino, L., 108-HR-6 Chowdhury, M., 204-FPG-1 Dale, E., 102-EP-11 E, R., 111-INPSI-5 Casciani, M., 98-ECD-2 Cianciola, C., 93-ST-1 Dalmaso Brasil Dias, I., 113-LP-11 Eades, M., 247-SNP-2 Casillas, A., 85-LP-9 Ciezki, H., 31-SR-1, 241-LP-25 Dame, M., 257-EATS-9 Easley, J., 198-AMP-2 Cassibry, J., 87-NFF-4, 185-NFF-6 Cifali, G., 76-EP-9 Daminelli, G., 180-HSABP-8 Ebuzeme, C., 138-EERE-2 Castillo, J., 208-HR-13 Ciliberti, D., 255-EATS-7 Danczyk, S., 27-PGC-1, 188-PGC-10/ Eckenrode, L., 137-EDU-5 Castro, J., 152-ITAR-3 Cinar, G., 255-EATS-7 LP-20 Economou, J., 190-UAS-1 Casu, S., 183-LP-17 Clabbers, J., 25-PC-2 Danehy, P., 81-HSABP-4 Edwards, J., 149-HSABP-7, 155-PC-16 Catalano, F., 19-INPSI-2/GTE-5, Claflin, S., 188-PGC-10/LP-20 Danel, K., 206-GTE-26 Edwards, R., 263-EATS-12, 272-EATS-19 151-INPSI-6 Clark, J., 79-GTE-12 Dang, W., 245-PC-24 Eggels, R., 155-PC-16 Catherall, D., 214-LP-22 Clarke, M., 271-EATS-18 Dantsker, O., 264-EATS-13 Egorov, I., 45-GTE-10, 107-GTE-15 Caubet, P., 31-SR-1 Clement, M., 103-EP-12 Darbandi, M., 95-TM-3, 161-TM-5 Eguma, C., 138-EERE-2 Caudill, B., 32-SYS-1 Clements, K., 109-HR-7 Davis, Z., 18-INPSI-1 Ehinmowo, A., 100-EERE-1 Cavallini, E., 80-HR-5 Clerkin, P., 79-GTE-12 Dean, L., 8-EP-1 Eichhorn, C., 140-EP-15 Cavera, J., 23-NFF-1, 53-NFF-3, 87- Click, A., 61-TM-2 Deck, J., 20-LP-1 ElDebawy, M., 98-ECD-2 NFF-4, 185-NFF-6 Climente-Alarcon, V., 199-APC-5 De Dominicis, I., 43-GTE-8 ElDegwy, A., 161-TM-5 Ceccarini, A., 76-EP-9 Codoni, J., 157-PGC-8 De Doncker, R., 257-EATS-9 ElGammal, T., 236-EERE-5 Cerón-Muñoz, H., 19-INPSI-2/GTE-5, Cohen, R., 227-AIIPC-1 Dehesa, D., 190-UAS-1 ElGawady, M., 236-EERE-5 202-EERE-4 Coll, G., 116-LP-14, 243-LP-28 De la Torre, M., 204-FPG-1 ElHarriri, G., 61-TM-2 Chacon, F., 91-PGC-6/PC-11, 158- Collard, D., 244-PC-23 de Lemos, M., 202-EERE-4, 237-FPG-2 Elliott, G., 48-HSABP-2 PGC-9, 246-PGC-12 Collicott, S., 29-SATS-1, 213-LP-21, Della Vecchia, P., 255-EATS-7 Elliott, S., 48-HSABP-2 Chae, H., 46-HR-3 214-LP-22, 243-LP-28 Demmons, N., 9-EP-2, 141-EP-16 Elliott, T., 16-HR-2, 80-HR-5, 122-SR- Chai, P., 32-SYS-1, 60-SYS-2, 120-SL-1 Colombo, G., 180-HSABP-8 Dennis, C., 187-PC-19 4, 147-HR-8, 178-HR-10 Chaidez, M., 51-LP-6 Colon Cesani, A., 32-SYS-1 Dennis, J., 117-PC-12 Ellis, D., 166-AMP-1 Chakraborty, S., 186-PC-18, 244-PC-23 Comanzo, H., 272-EATS-19 Depew, D., 217-PC-20 Elnagger, M., 221-SR-7 Chakravarthy Muralidhar, R., Combs, C., 19-INPSI-2/GTE-5 Depperschmidt, D., 220-PGC-11 Elzein, B., 159-SR-5 227-AIIPC-1 Comer, A., 54-PC-4, 218-PC-21, 245- Desai, Y., 119-PGC-7 Emerce, N., 47-HR-4 Chambreau, S., 217-PC-20 PC-24 Desarnaud, F., 176-GTE-22 Engle, J., 70-COL-1 Chandler, F., 69-AVS-1, 73-EDU-3, Connolly, B., 210-INPSI-10 Devalaraju, V., 228-AMP-3 Erhard, W., 78-GTE-11 136-AVS-2, 166-AMP-1, 181-INPSI-8, Conroy, D., 9-EP-2 Dhanasekaran, J., 238-HR-14 Erkal, B., 115-LP-13 198-AMP-2 Constantine, P., 206-GTE-26 Dias, F., 136-AVS-2 Eskin, N., 89-PC-9 Chang, C., 149-HSABP-7, 218-PC-21 Conte, A., 114-LP-12 Dick, S., 13-GTE-3 Esmaeili, S., 202-EERE-4 Chang, L., 90-PGC-5/HSABP-5 Coogan, S., 15-HR-1, 243-LP-28 Dillard, L., 249-TM-6 Esparza, A., 241-LP-25 Chang Diaz, F., 8-EP-1 Coogan, W., 94-SYS-3, 123-ST-2 Dillier, C., 217-PC-20, 244-PC-23 Espinal, D., 255-EATS-7 Channegowda, P., 257-EATS-9 Cooper, K., 166-AMP-1 Di Martino, G., 148-HR-9 Ess, P., 26-PC-3 Chaplin, V., 38-EP-4 Coote, D., 84-LP-8, 213-LP-21 DiPasquale, N., 170-EERE-3 Evans, B., 179-HR-11, 238-HR-14 Chapman, J., 13-GTE-3 Copeland, O., 51-LP-6 Doerksen, G., 80-HR-5 Evans, L., 166-AMP-1 Chapurin, O., 102-EP-11 Corbetta, M., 257-EATS-9 Dogrudil, M., 89-PC-9 Faenza, M., 16-HR-2, 93-ST-1 Charles, D., 232-EATS-4 Cornell, P., 266-EATS-14 Domel, N., 82-INPSI-4 Familoni, O., 200-ECD-3 Chassaigne, D., 266-EATS-14 Correy, J., 40-EP-6, 172-EP-18 Donahue, B., 93-ST-1 Fan, X., 26-PC-3, 155-PC-16, 189-TM-4 Chau, K., 90-PGC-5/HSABP-5 Corrigan, A., 8-EP-1 Dong, W., 199-APC-5 Farag, A., 170-EERE-3, 202-EERE-4 Cheetham, P., 267-EATS-15 Costa, J., 227-AIIPC-1 Dorgnach, I., 183-LP-17 Faraji, F., 8-EP-1 Chelliah, H., 55-PC-5, 180-HSABP-8 Costa, M., 50-LP-5 Doshi, V., 228-AMP-3 Farnell, C., 76-EP-9, 103-EP-12, 139- Chen, C., 26-PC-3, 71-ECD-1 Costa Ruiz, E., 114-LP-12 Doude, H., 198-AMP-2 EP-14 Chen, H., 120-SL-1 Costinett, D., 257-EATS-9 Dowdy, M., 20-LP-1 Farnell, S., 76-EP-9 Chen, J., 207-GTE-27 Courtney, D., 9-EP-2 Drake, A., 239-HSABP-10 Farooq, A., 111-INPSI-5, 181-INPSI-8 Chen, L., 155-PC-16, 190-UAS-1, 250- Cowles, C., 215-LP-23 Drennan, S., 14-GTE-4, 207-GTE-27 Farrell, C., 147-HR-8 UAS-3 Crisp, E., 99-EDU-4 Driscoll, J., 17-HSABP-1 Farrias, J., 8-EP-1 Chen, R., 257-EATS-9 Crispin, Y., 238-HR-14 Driscoll, R., 52-LP-7, 213-LP-21 Favini, B., 122-SR-4, 219-PC-22 Chen, S., 172-EP-18 Crist, J., 137-EDU-5 Drozda, T., 149-HSABP-7 Fearn, H., 185-NFF-6 Chen, T., 69-AVS-1, 136-AVS-2 Crofton, M., 83-ITAR-1, 140-EP-15, Drozdz, P., 208-HR-13 Fehlberg, S., 244-PC-23 Chen, Y., 16-HR-2, 81-HSABP-4, 208- 213-LP-21 Du, S., 257-EATS-9 Fein, M., 200-ECD-3 HR-13, 245-PC-24 Cross, A., 55-PC-5 Duan, F., 106-GTE-14 Feleo, A., 91-PGC-6/PC-11, 246-PGC-12 Chessa, J., 51-LP-6, 84-LP-8 Croteau, T., 172-EP-18 Duffin, T., 53-NFF-3 Ferguson, D., 246-PGC-12 Chin, J., 206-GTE-26, 263-EATS-12, Crouzy, G., 176-GTE-22 Duffy, K., 263-EATS-12, 273-EATS-20 Ferlauto, M., 199-APC-5, 211-INPSI-11 266-EATS-14 Crowe, D., 49-INPSI-3, 111-INPSI-5 Dufour, G., 13-GTE-3 Fernandes, S., 227-AIIPC-1 Chinnayya, A., 119-PGC-7 Csank, J., 146-GTE-19, 232-EATS-4 Duggan, M., 70-COL-1 Fernandez, E., 145-GTE-18 Chodavarapu, V., 212-ITAR-5 Cuadrado, D., 27-PGC-1, 78-GTE-11, Dunn, I., 119-PGC-7 Fernandez-Aballi, C., 98-ECD-2 Choi, C., 87-NFF-4 90-PGC-5/HSABP-5 Durkee, K., 40-EP-6, 172-EP-18 Fernandez-Fraire, F., 44-GTE-9 Choi, J., 81-HSABP-4, 155-PC-16, Cuevas, R., 112-ITAR-2 Duron, C., 7-EDU-1 Feron, E., 212-ITAR-5, 227-AIIPC-1 186-PC-18, 188-PGC-10/LP-20 Cui, C., 75-EP-8 Dutta, A., 268-EATS-16 Ferrato, E., 8-EP-1, 76-EP-9 Choi, M., 33-TM-1, 61-TM-2, 95-TM-3, Culley, D., 42-GTE-7, 146-GTE-19, Dutton, M., 72-ECS-1 Ferrero, A., 114-LP-12, 199-APC-5 161-TM-5, 189-TM-4, 249-TM-6 268-EATS-16 Dwari, S., 257-EATS-9 Feser, J., 204-FPG-1 Choi, Y., 17-HSABP-1 Cummings, J., 78-GTE-11 Dyck, D., 37-EDU-2 Fichou, A., 97-COL-2 Choudhuri, A., 84-LP-8, 112-ITAR-2, Cusson, S., 102-EP-11 Dyess, C., 60-SYS-2 Fievisohn, R., 246-PGC-12 204-FPG-1 D’Alessandro, S., 219-PC-22 Dyke, S., 70-COL-1 Figueroa-Ibrahim, K., 12-GTE-2

34 aiaa.org/propulsionenergy AUTHOR AND SESSION CHAIR INDEX

Figueroa Velez, A., 32-SYS-1 Ghosh, S., 14-GTE-4 Hageman, M., 56-PGC-3/HSABP-3 Hirabayashi, M., 114-LP-12 Fischer, U., 21-LP-2 Ghoshal, A., 144-GTE-17 Hagen, C., 190-UAS-1 Hirt, S., 181-INPSI-8 Fisher, J., 90-PGC-5/HSABP-5 Giannakakis, P., 146-GTE-19 Hagström, C., 208-HR-13 Hitt, D., 93-ST-1 Fleck, T., 244-PC-23 Giannetti, V., 8-EP-1, 76-EP-9 Haidn, O., 26-PC-3 Hitt, M., 7-EDU-1, 15-HR-1, 99-EDU-4 Fleeman, E., 7-EDU-1 Gibbon, D., 166-AMP-1 Haines, J., 135-APS-1, 168-APS-2 Ho, K., 120-SL-1 Fleming, J., 19-INPSI-2/GTE-5 Gibson, A., 266-EATS-14 Hall, B., 231-EATS-3 Ho, Y., 61-TM-2 Floyd, D., 53-NFF-3 Giel, T., 6-APC-1, 36-APC-3, 167- Hall, D., 263-EATS-12, 264-EATS-13, Hockman, B., 60-SYS-2 Folk, M., 176-GTE-22 APC-4, 199-APC-5, 229-APC-6 266-EATS-14 Hofer, R., 38-EP-4 Fonda-Marsland, E., 166-AMP-1 Gilland, J., 38-EP-4, 40-EP-6 Hall, S., 8-EP-1, 173-EP-19 Hoffie, A., 176-GTE-22 Forouzi Feshalami, B., 202-EERE-4 Ginn, S., 259-EATS-10 Halliwell, I., 19-INPSI-2/GTE-5, 105- Hoffman, J., 97-COL-2 Foster, J., 139-EP-14 Giuliani, M., 32-SYS-1 GTE-13 Hoke, J., 246-PGC-12 Francis, M., 227-AIIPC-1 Gladin, J., 230-EATS-2, 268-EATS-16 Halwas, H., 240-INPSI-12 Holladay, S., 238-HR-14 Frank, E., 232-EATS-4 Glascock, M., 40-EP-6, 141-EP-16, Ham, R., 173-EP-19 Holley, A., 246-PGC-12 Frantz, C., 146-GTE-19 172-EP-18 Hamed, A., 29-SATS-1 Hollingshead, J., 137-EDU-5 Fraser, S., 40-EP-6, 172-EP-18 Gloria, N., 50-LP-5, 166-AMP-1 Hamilton, K., 273-EATS-20 Holman, T., 95-TM-3, 161-TM-5 Frederick, M., 158-PGC-9 Glowacki, B., 199-APC-5 Hammond, W., 93-ST-1, 123-ST-2 Honeycutt, J., 93-ST-1 Frederick, R., 7-EDU-1, 37-EDU-2, Glowacki, J., 103-EP-12 Han, H., 188-PGC-10/LP-20 Hong, Z., 180-HSABP-8 50-LP-5, 73-EDU-3, 99-EDU-4, 115- Gnagy, S., 13-GTE-3 Han, W., 186-PC-18 Honkawa, D., 51-LP-6 LP-13, 235-EDU-6 Godshall, S., 7-EDU-1 Han, X., 12-GTE-2, 175-GTE-21 Hooper, M., 80-HR-5 Freeman, R., 149-HSABP-7 Gogineni, S., 212-ITAR-5 Hanks, D., 247-SNP-2 Hopfe, N., 31-SR-1 Freudenmann, D., 183-LP-17, 241-LP-25 Gohardani, A., 168-APS-2 Hanlon, P., 232-EATS-4 Hopfinger, M., 43-GTE-8 Freund, J., 48-HSABP-2 Golovanov, D., 263-EATS-12 Hansen, C., 36-APC-3, 84-LP-8 Hopper, D., 56-PGC-3/HSABP-3 Frieman, J., 38-EP-4, 102-EP-11 Gomez del Campo, F., 55-PC-5, 73- Hara, K., 6-APC-1, 40-EP-6, 75-EP-8, Hord, B., 148-HR-9 Fries, D., 17-HSABP-1 EDU-3 101-EP-10, 173-EP-19 Horton, J., 53-NFF-3, 83-ITAR-1, Frolik, S., 52-LP-7 Goncalves, P., 239-HSABP-10 Haran, K., 230-EATS-2, 232-EATS-4, 87-NFF-4 Fujino, T., 40-EP-6, 200-ECD-3 Goo, S., 186-PC-18 273-EATS-20 Hosamane, S., 262-EATS-11 Fuller, M., 123-ST-2 Goodell, D., 71-ECD-1, 98-ECD-2 Hardin, L., 230-EATS-2 Hosangadi, A., 26-PC-3 Fuller, T., 55-PC-5 Goodwin, G., 91-PGC-6/PC-11, Hargus, W., 27-PGC-1, 116-LP-14, 119- Hossain, M., 204-FPG-1 Funaki, S., 111-INPSI-5 180-HSABP-8 PGC-7, 188-PGC-10/LP-20 Hou, L., 120-SL-1 Funakoshi, Y., 84-LP-8 Gore, J., 249-TM-6 Harrison, H., 11-GTE-1 Hou, W., 122-SR-4 Fureby, C., 180-HSABP-8, 206-GTE-26 Goriachkin, E., 45-GTE-10, 107-GTE-15 Harrison, J., 116-LP-14, 214-LP-22, Houpt, A., 48-HSABP-2 Furmanczyk, K., 168-APS-2 Gorokhovsky, V., 139-EP-14 232-EATS-4 Howard, R., 70-COL-1, 97-COL-2, Fusselman, S., 84-LP-8, 123-ST-2 Goss, C., 210-INPSI-10 Harting, G., 112-ITAR-2, 217-PC-20 106-GTE-14, 123-ST-2 G, S., 176-GTE-22 Goto, K., 188-PGC-10/LP-20, 241-LP-25 Harvazinski, M., 26-PC-3, 86-LP-10/ Hryshchenko, T., 44-GTE-9 Gabl, J., 208-HR-13, 213-LP-21 Goyal, V., 84-LP-8, 106-GTE-14, 123-ST-2 PC-7, 113-LP-11, 186-PC-18 Hsu, K., 206-GTE-26 Gaines, G., 98-ECD-2 Gradl, P., 166-AMP-1, 215-LP-23, 228- Hasegawa, S., 111-INPSI-5 Hu, M., 106-GTE-14 Galfetti, L., 180-HSABP-8, 238-HR-14 AMP-3 Hashimoto, S., 256-EATS-8 Hu, Y., 37-EDU-2, 75-EP-8 Gallimore, A., 102-EP-11 Graefe, P., 71-ECD-1 Hassan, E., 149-HSABP-7 Huang, C., 26-PC-3, 89-PC-9 Gallo, G., 148-HR-9 Granger, M., 231-EATS-3 Hassanalian, M., 136-AVS-2, 190- Huang, D., 263-EATS-12 Gamba, M., 91-PGC-6/PC-11, 119- Green, S., 35-LP-4, 243-LP-28 UAS-1, 202-EERE-4, 250-UAS-3 Huang, H., 262-EATS-11 PGC-7, 158-PGC-9, 246-PGC-12 Greene, S., 215-LP-23 Hasti, V., 144-GTE-17 Huang, N., 11-GTE-1, 227-AIIPC-1 Gamero, M., 141-EP-16 Gregory, L., 49-INPSI-3 Hatai, K., 241-LP-25 Huang, W., 38-EP-4 Gan, J., 255-EATS-7 Greig, A., 172-EP-18 Haugan, T., 256-EATS-8, 267-EATS-15 Huckaby, E., 200-ECD-3 Gandhi, F., 268-EATS-16 Greve, C., 75-EP-8 Hauser, D., 184-LP-19, 243-LP-28 Huggins, G., 17-HSABP-1 Ganev, E., 231-EATS-3 Grey, Z., 175-GTE-21, 206-GTE-26 Haynes, J., 11-GTE-1 Huh, K., 186-PC-18 Gao, Q., 103-EP-12 Grider, T., 178-HR-10 He, J., 257-EATS-9 Humphreys, L., 25-PC-2 Gao, Y., 71-ECD-1, 98-ECD-2 Grimes, R., 249-TM-6 Heiman, K., 72-ECS-1 Hunt, R., 81-HSABP-4 Garcia, C., 166-AMP-1 Grizzel, T., 238-HR-14 Heiner, M., 15-HR-1 Hunt, S., 141-EP-16 Garcia, J., 146-GTE-19 Groome, R., 51-LP-6 Heinrich, A., 90-PGC-5/HSABP-5, Hwang, W., 186-PC-18 Garcia Ribeiro, D., 202-EERE-4 Grossi, M., 122-SR-4 157-PGC-8 Ianuzzi, M., 99-EDU-4, 137-EDU-5 García Rosa, N., 13-GTE-3 Ground, C., 81-HSABP-4 Heinrichs, C., 109-HR-7 Iffly, A., 20-LP-1 Garrett, M., 231-EATS-3 Grumbach, J., 52-LP-7, 113-LP-11 Heister, S., 157-PGC-8 Igarashi, S., 241-LP-25 Gates, M., 8-EP-1 Gu, W., 103-EP-12 Hendricks, T., 83-ITAR-1 Ikäheimo, A., 166-AMP-1 Gatto, C., 183-LP-17, 241-LP-25 Guadagnoli, D., 85-LP-9 Hensen, T., 76-EP-9 Ikeda, H., 241-LP-25 Gegeoglu, K., 116-LP-14 Guerrero-Hurtado, M., 181-INPSI-8 Hepburn, A., 139-EP-14 Ilic, M., 268-EATS-16 Geiger, B., 183-LP-17 Gui, H., 257-EATS-9 Herbig, M., 90-PGC-5/HSABP-5 Im, H., 144-GTE-17 Gejji, R., 55-PC-5, 56-PGC-3/ Gulyeruz, E., 249-TM-6 Herman, D., 38-EP-4, 140-EP-15 Imtiaz, S., 264-EATS-13 HSABP-3, 157-PGC-8, 158-PGC-9 Gümmer, V., 43-GTE-8, 78-GTE-11 Hernandez, L., 215-LP-23 Ingenito, A., 148-HR-9 General, S., 81-HSABP-4, 114-LP-12 Gupta, A., 138-EERE-2, 166-AMP-1, Herrera, M., 51-LP-6 Ionel, D., 264-EATS-13 Geng, J., 37-EDU-2 204-FPG-1, 236-EERE-5 Hess, R., 256-EATS-8 Iordanov, A., 97-COL-2 Genova, T., 186-PC-18 Gupta, G., 145-GTE-18 Hiers, R., 221-SR-7 Isikveren, A., 230-EATS-2 Georgin, M., 102-EP-11 Gupta, S., 218-PC-21 Higgins, A., 30-SBE-1/EP-3/NFF-2/ Islam, M., 204-FPG-1 Gerada, D., 263-EATS-12 Gurunadhan, M., 238-HR-14 APC-2 Ispir, A., 17-HSABP-1, 239-HSABP-10 Gerlinger, P., 26-PC-3 Gutmark, E., 25-PC-2, 220-PGC-11 Hill, C., 80-HR-5, 109-HR-7, 148-HR- Issakhanian, E., 107-GTE-15 Gervasi, J., 85-LP-9 Guzik, M., 94-SYS-3 9, 264-EATS-13 Iten, J., 198-AMP-2 Gevorkyan, L., 213-LP-21 Ha, D., 31-SR-1 Himeno, T., 243-LP-28 Ito, S., 109-HR-7, 200-ECD-3 Ghafourizadeh, M., 95-TM-3 Hablitzel, S., 8-EP-1 Hinkel, T., 72-ECS-1 Itoh, H., 6-APC-1 Ghildiyal, P., 18-INPSI-1 Haemmerli, B., 16-HR-2, 93-ST-1 Hinterman, E., 97-COL-2 J, V., 99-EDU-4 aiaa.org/propulsionenergy 35 AUTHOR AND SESSION CHAIR INDEX

Jacinto, M., 112-ITAR-2, 152-ITAR-3 116-LP-14 K N, S., 262-EATS-11 Lacava, P., 113-LP-11, 230-EATS-2 Jackson, J., 8-EP-1 Karakas, H., 47-HR-4 Knadler, M., 56-PGC-3/HSABP-3 Ladeinde, F., 180-HSABP-8, Jackson, T., 156-PC-17 Karl, A., 175-GTE-21 Knapke, R., 221-SR-7 239-HSABP-10, 249-TM-6 Jacob, B., 51-LP-6 Karp, A., 16-HR-2, 80-HR-5, 108-HR- Knol, I., 46-HR-3 Laich, A., 90-PGC-5/HSABP-5, 207- Jaddivada, R., 268-EATS-16 6, 136-AVS-2, 147-HR-8 Knowlen, C., 90-PGC-5/HSABP-5, GTE-27 Jagannathan, R., 240-INPSI-12 Karpuzcu, I., 240-INPSI-12 119-PGC-7 Laiwen, C., 75-EP-8 Jagtap, S., 36-APC-3, 207-GTE-27, Kartuzova, O., 184-LP-19 Kobald, M., 21-LP-2, 148-HR-9, 178- Lam, K., 213-LP-21 237-FPG-2 Karyeyen, S., 204-FPG-1 HR-10 Lanchman, T., 43-GTE-8 Jahns, T., 263-EATS-12 Kasahara, J., 27-PGC-1, 119-PGC-7, Kobayashi, K., 118-PC-13, 256-EATS-8 Lange, E., 175-GTE-21 Jain, S., 244-PC-23 188-PGC-10/LP-20 Kobayashi, T., 84-LP-8, 229-APC-6, Lange, M., 43-GTE-8 Jalali, R., 95-TM-3 Kascak, P., 273-EATS-20 242-LP-27 Langford, M., 19-INPSI-2/GTE-5 Jambunathan, R., 75-EP-8 Kashireddy, D., 262-EATS-11 Kobayashi, Y., 199-APC-5, 229-APC-6 Langner, D., 220-PGC-11 Jankovsky, A., 169-EATS-1 Kassemi, M., 22-LP-3, 184-LP-19 Kobus, K., 208-HR-13 Larocca, F., 114-LP-12 Jansen, R., 272-EATS-19, 273-EATS-20 Kattelus, J., 166-AMP-1 Koch, J., 90-PGC-5/HSABP-5, 119- Laroche, E., 176-GTE-22 Javed, U., 202-EERE-4 Kawaguchi, S., 199-APC-5 PGC-7 LASSOUDIERE, F., 21-LP-2, 242-LP-27 Jeevarajan, J., 135-APS-1 Kawasaki, A., 27-PGC-1, 119-PGC-7, Kohga, M., 217-PC-20 Lauck, F., 183-LP-17 Jefferies, M., 37-EDU-2 188-PGC-10/LP-20 Koinuma, Y., 108-HR-6 Laureti, M., 122-SR-4 Jemcov, A., 176-GTE-22 Kawashima, H., 84-LP-8, 113-LP-11 Koizumi, H., 138-EERE-2, 172-EP-18 Lauretta, D., 61-TM-2 Jennings, T., 53-NFF-3, 247-SNP-2 Kawatsu, K., 114-LP-12 Kojima, M., 242-LP-27 Lavelle, T., 127-LP-15, 146-GTE-19 Jens, E., 80-HR-5, 166-AMP-1, 198- Kayed, H., 249-TM-6 Kokal, U., 47-HR-4 Lawhorn, D., 264-EATS-13 AMP-2, 228-AMP-3 Keane, A., 14-GTE-4 Kokan, T., 53-NFF-3, 83-ITAR-1, 87- Lawson, J., 135-APS-1 Jeong, J., 179-HR-11 Kelly, R., 116-LP-14, 176-GTE-22 NFF-4, 120-SL-1, 247-SNP-2 Le, D., 152-ITAR-3 Jeong, S., 81-HSABP-4 Kessler, D., 180-HSABP-8 Kolano, J., 166-AMP-1 Le, J., 158-PGC-9 Jeung, I., 137-EDU-5 Key, N., 11-GTE-1, 78-GTE-11, 144-GTE-17 Kolmakova, D., 79-GTE-12, 146-GTE-19 Lebey, T., 272-EATS-19 Jha, S., 227-AIIPC-1 Khademi, A., 161-TM-5 Kolusz, A., 94-SYS-3 Leccese, G., 80-HR-5 Ji, Z., 106-GTE-14 Khalil, D., 161-TM-5 Komurasaki, K., 138-EERE-2, 172-EP-18 LeClair, A., 116-LP-14 Jiang, X., 146-GTE-19 Khalil, E., 61-TM-2, 98-ECD-2, 161- Konagaya, R., 199-APC-5 Lee, B., 186-PC-18 Jiang, Y., 75-EP-8 TM-5, 170-EERE-3, 202-EERE-4, Konietzke, A., 214-LP-22 Lee, C., 46-HR-3, 75-EP-8, 145-GTE-18 Jiang, Z., 264-EATS-13 236-EERE-5, 249-TM-6 Koo, H., 155-PC-16 Lee, D., 273-EATS-20 Jimenez Mena, D., 114-LP-12 Khan, M., 204-FPG-1 Kopasakis, G., 152-ITAR-3 Lee, G., 48-HSABP-2 Jin, Y., 50-LP-5 Khandelwal, B., 237-FPG-2 Kopriva, J., 49-INPSI-3 Lee, H., 72-ECS-1 Jiwani, S., 80-HR-5 Khichar, M., 156-PC-17, 187-PC-19 Kopsaftopoulos, F., 268-EATS-16 Lee, J., 144-GTE-17 Jobin, O., 159-SR-5 Khine, Y., 144-GTE-17 Korizon, E., 51-LP-6 Lee, P., 149-HSABP-7, 218-PC-21 Johansen, C., 80-HR-5, 109-HR-7, Khrustalev, D., 95-TM-3, 161-TM-5 Kormanik, N., 78-GTE-11 Lee, T., 8-EP-1, 48-HSABP-2 148-HR-9, 240-INPSI-12 Kiaoulias, D., 137-EDU-5 Korneyeva, V., 15-HR-1 Lee, W., 167-APC-4 John, J., 140-EP-15 Kibbey, T., 136-AVS-2 Kotlyar, D., 247-SNP-2 Leifer, S., 9-EP-2 Johnaon, K., 7-EDU-1 Kideys, E., 36-APC-3 Kowalczyk, R., 168-APS-2 Leiter, H., 140-EP-15 Johnson, D., 78-GTE-11 Kiemel, R., 183-LP-17 Kowalewski, S., 231-EATS-3 Lekeux, A., 51-LP-6 Johnson, R., 180-HSABP-8 Kijewski, S., 20-LP-1 Kozak, N., 144-GTE-17 Lemcherfi, A., 55-PC-5, 157-PGC-8 Jones, C., 231-EATS-3 Kikuchi, K., 58-SATS-2 Kratz, J., 146-GTE-19, 268-EATS-16 Leng, J., 263-EATS-12 Jones, D., 73-EDU-3, 137-EDU-5 Kim, C., 267-EATS-15 Krein, P., 251-EATS-6 Leng, Y., 144-GTE-17 Jones, H., 161-TM-5 Kim, H., 31-SR-1, 200-ECD-3, 255- Krishna, K., 175-GTE-21 Lenjani, A., 70-COL-1 Jorns, B., 8-EP-1, 38-EP-4, 39-EP-5, EATS-7 Krishnamoorthy, D., 99-EDU-4 Lents, C., 230-EATS-2, 255-EATS-7, 74-EP-7, 102-EP-11, 171-EP-17 Kim, J., 31-SR-1, 179-HR-11, 188-PGC- Krivcov, A., 146-GTE-19 266-EATS-14, 272-EATS-19 Journell, C., 157-PGC-8 10/LP-20 Krok, J., 37-EDU-2 Leonov, S., 48-HSABP-2 Joyner, C., 32-SYS-1, 53-NFF-3, 60- Kim, K., 79-GTE-12 Krouse, C., 228-AMP-3 Leos, C., 149-HSABP-7 SYS-2, 83-ITAR-1, 87-NFF-4, 120- Kim, Y., 113-LP-11 Kruch, E., 20-LP-1 Lerner, E., 17-HSABP-1 SL-1, 247-SNP-2 Kimber, A., 39-EP-5 Kruger, K., 79-GTE-12 Lestrade, J., 183-LP-17 Jugroot, M., 39-EP-5 Kimura, T., 81-HSABP-4, 114-LP-12 Kshirsagar, P., 257-EATS-9 Lethander, A., 79-GTE-12 K, J., 187-PC-19, 221-SR-7 Kinefuchi, K., 243-LP-28 Kubicki, S., 239-HSABP-10 Levack, D., 53-NFF-3, 83-ITAR-1, 87- K, S., 176-GTE-22 King, A., 78-GTE-11 Kubosaki, K., 81-HSABP-4 NFF-4, 120-SL-1, 247-SNP-2 K, T., 221-SR-7 King, P., 237-FPG-2 Kudlac, M., 149-HSABP-7 Levin, D., 74-EP-7, 75-EP-8, 135-APS-1 Kaganovich, I., 102-EP-11 King, R., 90-PGC-5/HSABP-5, 157- Kuehl, H., 71-ECD-1 Levine, D., 60-SYS-2 Kageyama, L., 109-HR-7, 208-HR-13 PGC-8 Kuhns, M., 198-AMP-2 Li, C., 118-PC-13, 187-PC-19, 245-PC-24 Kahraman, M., 15-HR-1, 116-LP-14 Kinoshita, K., 147-HR-8, 199-APC-5, Kulakhmetov, R., 52-LP-7 Li, H., 81-HSABP-4 Kakumanu, N., 155-PC-16 229-APC-6 Kuldinow, D., 6-APC-1 Li, J., 106-GTE-14 Kalsi, S., 273-EATS-20 Kinsman, P., 120-SL-1 Kulkarni, C., 257-EATS-9 Li, L., 218-PC-21 Kalyan Raj I., J., 247-SNP-2 Kinyon, S., 135-APS-1 Kullman, A., 40-EP-6, 172-EP-18 Li, R., 71-ECD-1, 98-ECD-2 Kamel, M., 44-GTE-9 Kirchberger, C., 52-LP-7, 241-LP-25 Kumar, A., 73-EDU-3 Li, S., 237-FPG-2 Kamhawi, H., 8-EP-1, 38-EP-4, 139-EP-14 Kishizato, D., 108-HR-6 Kumar, D., 262-EATS-11 Li, W., 11-GTE-1, 103-EP-12, Kamps, L., 109-HR-7, 178-HR-10, Kitaeva, A., 8-EP-1 Kumar, G., 207-GTE-27 180-HSABP-8 208-HR-13 Kitagawa, K., 46-HR-3 Kumar, S., 87-NFF-4 Li, X., 189-TM-4 Kanbayashi, Y., 147-HR-8 Kitsu, B., 97-COL-2 Kurosaka, M., 90-PGC-5/HSABP-5, Li, Y., 50-LP-5, 81-HSABP-4, 122-SR-4 Kanda, T., 111-INPSI-5 Kittilä, E., 166-AMP-1 119-PGC-7 Li, Z., 146-GTE-19 Kapat, J., 100-EERE-1, 106-GTE-14, Kitzmiller, C., 231-EATS-3, 262-EATS-11 Kurosu, A., 84-LP-8 Liang, H., 218-PC-21 145-GTE-18 Klein-Hessling, A., 257-EATS-9 Kurtz, C., 37-EDU-2 Liberatore, F., 61-TM-2 Kara, O., 47-HR-4 Klimov, I., 44-GTE-9 Kusters, J., 97-COL-2 Lieh, J., 212-ITAR-5 Karabeyoglu, A., 15-HR-1, 47-HR-4, Klos, W., 208-HR-13 Kwon, S., 179-HR-11 Lietz, C., 119-PGC-7

36 aiaa.org/propulsionenergy AUTHOR AND SESSION CHAIR INDEX

Lieuwen, T., 24-PC-1 Maldonado, Y., 146-GTE-19 McManus, K., 55-PC-5 Moseman, T., 70-COL-1 Ligrani, P., 37-EDU-2, 61-TM-2 Mandel, J., 53-NFF-3 McNichols, E., 13-GTE-3 Motomura, T., 242-LP-27 Lilly, N., 78-GTE-11 Manfletti, C., 81-HSABP-4 McNutt, R., 93-ST-1 Moussou, J., 220-PGC-11 Lima, L., 18-INPSI-1 Mankbadi, R., 12-GTE-2 McVey, M., 238-HR-14 Mouvand, S., 114-LP-12 Limbach, C., 6-APC-1 Manninen, M., 166-AMP-1 Meadows, J., 119-PGC-7 Mufti, B., 111-INPSI-5 Lineberry, D., 50-LP-5 Manning, R., 20-LP-1 Mechentel, F., 108-HR-6, 148-HR-9, Mugica, E., 271-EATS-18 Ling, Y., 40-EP-6, 172-EP-18 Manship, T., 244-PC-23 208-HR-13 Mundahl, A., 141-EP-16, 187-PC-19 Lisanti, J., 27-PGC-1 Manzella, D., 8-EP-1 Megivern, J., 112-ITAR-2 Mungiguerra, S., 148-HR-9 Lisi, F., 238-HR-14 Mao, J., 12-GTE-2, 175-GTE-21 Meholic, G., 56-PGC-3/HSABP-3, Munipalli, R., 86-LP-10/PC-7, 219-PC- List, M., 43-GTE-8 Mao, R., 199-APC-5 246-PGC-12 22, 244-PC-23 Littell, J., 271-EATS-18 Maples, M., 72-ECS-1 Mehrparvar, A., 123-ST-2 Muralidharan, B., 26-PC-3 Little, J., 171-EP-17 Marais, K., 70-COL-1 Mehta, M., 135-APS-1 Murohara, M., 58-SATS-2 Litzinger, M., 137-EDU-5 March, R., 97-COL-2 Mehta, V., 247-SNP-2 Murphy, C., 97-COL-2 Liu, H., 37-EDU-2, 99-EDU-4, 237- Marchino, L., 32-SYS-1 Meirion-Griffith, G., 60-SYS-2 Murray, A., 7-EDU-1 FPG-2 Marchukov, E., 45-GTE-10, 107-GTE-15 Mejia, J., 112-ITAR-2 Murugan, M., 144-GTE-17 Liu, Q., 48-HSABP-2 Marcu, B., 216-LP-24 Mendonca, F., 18-INPSI-1 Musgrove, G., 228-AMP-3 Liu, T., 139-EP-14, 172-EP-18 Marcum, J., 245-PC-24 Meng, L., 244-PC-23 Muzek, B., 152-ITAR-3 Liu, X., 37-EDU-2, 40-EP-6, 172-EP-18 Mariappan, A., 73-EDU-3, 99-EDU-4, Menon, S., 17-HSABP-1, 161-TM-5, Nagata, H., 46-HR-3, 109-HR-7, 178- Liu, Z., 27-PGC-1, 220-PGC-11, 263- 137-EDU-5, 156-PC-17, 176-GTE-22 190-UAS-1, 218-PC-21, 238-HR-14, HR-10, 208-HR-13 EATS-12 Mark, K., 228-AMP-3 245-PC-24 Naghdi, M., 202-EERE-4 Lobbia, R., 38-EP-4, 102-EP-11 Markides, C., 237-FPG-2 Meriam, S., 51-LP-6 Nair, A., 198-AMP-2 Locke, J., 113-LP-11, 213-LP-21 Marks, C., 79-GTE-12 Merrett, C., 97-COL-2 Nairus, J., 273-EATS-20 Loebig, J., 78-GTE-11 Markusic, T., 94-SYS-3, 123-ST-2 Merrill, R., 60-SYS-2 Nakagawa, I., 108-HR-6, 111-INPSI-5, Loghry, C., 123-ST-2 Marley, C., 17-HSABP-1 Messinger, T., 80-HR-5, 148-HR-9 179-HR-11 Lohan, D., 273-EATS-20 Maroli, J., 231-EATS-3 Meyer, M., 74-EP-7, 184-LP-19 Nakazono, B., 16-HR-2, 20-LP-1, 80- Long, N., 103-EP-12, 106-GTE-14 Marot, C., 266-EATS-14 Meyer, T., 244-PC-23 HR-5, 136-AVS-2 Loparo, Z., 90-PGC-5/HSABP-5 Marrese-Reading, C., 9-EP-2 Michalski, Q., 157-PGC-8, 220-PGC-11 Nambiar, S., 32-SYS-1 Lopez, C., 135-APS-1 Marshall, W., 50-LP-5 Michel, A., 227-AIIPC-1 Naraghi, M., 52-LP-7 Lopez, E., 250-UAS-3 Marsilio, R., 199-APC-5, 211-INPSI-11 Migliorini, M., 151-INPSI-6, 181-INPSI-8 Nardari, C., 49-INPSI-3 Lopez, V., 94-SYS-3 Martel, C., 144-GTE-17 Migliorino, M., 178-HR-10 Nardozzo, P., 16-HR-2 López de Vega, L., 13-GTE-3 Martin, D., 7-EDU-1 Mikoda, J., 199-APC-5, 229-APC-6 Naseer, H., 111-INPSI-5 Lopez Ortega, A., 9-EP-2 Martin, H., 40-EP-6 Milios, K., 268-EATS-16 Nastase, C., 14-GTE-4 Loth, E., 78-GTE-11, 181-INPSI-8, Martin, J., 167-APC-4 Millan, P., 176-GTE-22 Nasuti, F., 178-HR-10, 219-PC-22 210-INPSI-10 Martin, M., 173-EP-19 Miller, R., 176-GTE-22, 220-PGC-11 Natan, B., 108-HR-6 Lou, F., 11-GTE-1, 43-GTE-8 Martin, S., 176-GTE-22, 186-PC-18 Miller, S., 39-EP-5, 50-LP-5, 85-LP-9 Natarajan, D., 99-EDU-4 Lowe, T., 210-INPSI-10 Martín Bautista, J., 144-GTE-17 Miller, W., 231-EATS-3, 267-EATS-15 Naumann, K., 31-SR-1, 221-SR-7 Lozada, H., 16-HR-2 Martinez, A., 239-HSABP-10 Mini, S., 59-SR-2, 122-SR-4 Negishi, H., 113-LP-11, 242-LP-27 Lu, Y., 189-TM-4 Maruyama, Y., 211-INPSI-11 Mirzaeinia, A., 136-AVS-2, 190-UAS- Negri, M., 183-LP-17 Lubin, P., 30-SBE-1/EP-3/NFF-2/APC-2 Masquelet, M., 21-LP-2 1, 202-EERE-4, 250-UAS-3 Nelson, G., 108-HR-6 Lucas, R., 249-TM-6 Masseni, F., 108-HR-6 Mirzaeinia, M., 250-UAS-3 Neumann, H., 140-EP-15 Lujiang, S., 229-APC-6 Massimo, P., 238-HR-14 Mitani, Y., 19-INPSI-2/GTE-5 Neupane, S., 207-GTE-27 Lukin, A., 59-SR-2 Mastorakos, E., 266-EATS-14 Miyata, R., 256-EATS-8 Ng, C., 175-GTE-21 Lv, Y., 103-EP-12 Masud, J., 111-INPSI-5, 181-INPSI-8 Miyaura, T., 118-PC-13 Ng, P., 13-GTE-3 Lynch, S., 106-GTE-14, 175-GTE-21 Matloff, G., 30-SBE-1/EP-3/NFF-2/ Mizerak, J., 189-TM-4 Ng, W., 19-INPSI-2/GTE-5 Lyne, C., 141-EP-16 APC-2 Mizukami, M., 20-LP-1 Nicholson, M., 212-ITAR-5 M, A., 187-PC-19 Matsumoto, Y., 147-HR-8 Moehlenkamp, R., 81-HSABP-4 Nicolosi, F., 255-EATS-7 MacDonald, M., 266-EATS-14 Matsuo, A., 119-PGC-7 Moeller, T., 74-EP-7 Nigam, N., 212-ITAR-5 MacFarland, C., 168-APS-2 Matsuoka, K., 27-PGC-1, 119-PGC-7, Molinsky, J., 243-LP-28 Niiyama, K., 242-LP-27 Mackey, B., 97-COL-2 188-PGC-10/LP-20 Monahan, S., 91-PGC-6/PC-11 Nikitaev, D., 229-APC-6 Mackey, J., 9-EP-2, 38-EP-4, 140-EP-15 Matsuura, Y., 241-LP-25 Mondal, S., 14-GTE-4 Nilsen, C., 51-LP-6 MacLeod, K., 167-APC-4 Matsuyama, S., 186-PC-18 Montes, R., 181-INPSI-8 Ninnemann, E., 90-PGC-5/HSABP-5, MacManus, D., 151-INPSI-6, 181-INPSI-8 Matthes, C., 83-ITAR-1 Moody, K., 250-UAS-3 207-GTE-27 Madavan, N., 169-EATS-1, 271-EATS-18 Matthews, D., 78-GTE-11 Moody, R., 211-INPSI-11 Nishii, K., 58-SATS-2, 172-EP-18 Madonna, V., 264-EATS-13 Matveev, V., 79-GTE-12 Moon, C., 210-INPSI-10 Nista, L., 17-HSABP-1 Maggi, F., 180-HSABP-8 Mavris, D., 266-EATS-14, 268-EATS-16 Moore, C., 72-ECS-1 Niu, J., 257-EATS-9 Maghareh, A., 70-COL-1 Mazumder, M., 80-HR-5 Moore, J., 7-EDU-1, 99-EDU-4, 115-LP- Nix, A., 78-GTE-11 Magnani, M., 141-EP-16 McCall, S., 213-LP-21 13, 116-LP-14, 137-EDU-5, 214-LP-22 Nkwaze, D., 236-EERE-5 Mahadevan, S., 175-GTE-21 McCallum, H., 228-AMP-3 Moore, T., 52-LP-7 Noah, O., 138-EERE-2 Mahmoudi, R., 272-EATS-19 McClain, M., 147-HR-8, 244-PC-23 Moorthi, A., 156-PC-17 Nordeen, C., 56-PGC-3/HSABP-3 Maia Araújo, L., 113-LP-11 McClure, P., 247-SNP-2 Morales, A., 89-PC-9 Norman, P., 231-EATS-3 Maicke, B., 7-EDU-1, 46-HR-3, 109-HR-7 McCormick, J., 208-HR-13, 213-LP-21 Morales, D., 6-APC-1 North, A., 245-PC-24 Majdalani, J., 59-SR-2, 122-SR-4, McCormick, S., 272-EATS-19 Morehart, J., 52-LP-7, 213-LP-21 Nourin, F., 170-EERE-3 178-HR-10 McCurdy, D., 70-COL-1 Mori, K., 6-APC-1, 185-NFF-6 Novikova, Y., 79-GTE-12, 107-GTE-15 Majeed, B., 202-EERE-4 McDonald, C., 245-PC-24 Moroz, L., 44-GTE-9 Nuechterlein, J., 198-AMP-2 Majji, M., 75-EP-8 McDougall, C., 109-HR-7, 148-HR-9 Morris, D., 120-SL-1 Nufer, B., 243-LP-28 Majoros, M., 267-EATS-15 McGowan, R., 79-GTE-12 Morris, S., 12-GTE-2, 78-GTE-11 Nunamaker, L., 137-EDU-5 Majumdar, A., 116-LP-14 McGrath, D., 92-SR-3 Morrow, D., 198-AMP-2 Nuwal, N., 135-APS-1 Makimoto, H., 199-APC-5, 229-APC-6 McKay, M., 268-EATS-16 Morsy, A., 249-TM-6 O’Brien, T., 81-HSABP-4 aiaa.org/propulsionenergy 37 AUTHOR AND SESSION CHAIR INDEX

O’Connell, T., 232-EATS-4 Pankiewicz, O., 243-LP-28 Popov, G., 45-GTE-10, 79-GTE-12, Rey, D., 30-SBE-1/EP-3/NFF-2/APC-2 O’Malley, M., 72-ECS-1 Paravan, C., 238-HR-14 107-GTE-15, 146-GTE-19 Reyes, J., 186-PC-18 Obenauf, D., 207-GTE-27 Park, K., 179-HR-11 Posada, N., 79-GTE-12 Reynolds, C., 83-ITAR-1, 87-NFF-4 Oberoi, R., 18-INPSI-1 Parks, G., 247-SNP-2 Potturi, A., 18-INPSI-1 Reza, M., 8-EP-1 Ochs, B., 218-PC-21 Parmar, S., 217-PC-20 Pourpoint, T., 52-LP-7, 60-SYS-2, Rezaei, R., 116-LP-14 Ochs, S., 240-INPSI-12 Paschereit, C., 27-PGC-1, 220-PGC-11 147-HR-8, 208-HR-13, 213-LP-21, Rezende, R., 7-EDU-1, 99-EDU-4, Odumuyiwa, V., 236-EERE-5 Páscoa, J., 136-AVS-2 245-PC-24 271-EATS-18 Oefelein, J., 25-PC-2, 155-PC-16 Passarelli, M., 55-PC-5 Powell, O., 17-HSABP-1 Rheaume, J., 266-EATS-14 Ogawa, S., 118-PC-13 Passe, P., 273-EATS-20 Poyraz, U., 240-INPSI-12 Rhoads, J., 244-PC-23 Ogedengbe, E., 100-EERE-1, 138- Pastrone, D., 108-HR-6, 114-LP-12 Pramanik, S., 218-PC-21 Rhodes, B., 85-LP-9, 183-LP-17, 241- EERE-2, 200-ECD-3, 236-EERE-5 Patel, A., 73-EDU-3, 99-EDU-4, 199- Prasad, A., 145-GTE-18 LP-25 Ogundipe, O., 200-ECD-3 APC-5 Priddy, M., 198-AMP-2 Rhodes, C., 139-EP-14 Ogushi, S., 19-INPSI-2/GTE-5 Patel, J., 83-ITAR-1 Prince, A., 136-AVS-2 Ribeiro, B., 151-INPSI-6 Ohlinger, W., 173-EP-19 Patel, M., 135-APS-1, 168-APS-2 Prince, B., 39-EP-5, 141-EP-16 Ribeiro, R., 230-EATS-2 Ohno, S., 242-LP-27 Patel, N., 228-AMP-3 Protz, C., 166-AMP-1, 215-LP-23, Riccius, J., 51-LP-6, 52-LP-7, 114-LP- Okai, K., 19-INPSI-2/GTE-5, 138-EERE-2 Patel, P., 144-GTE-17 228-AMP-3 12, 242-LP-27 Okeke, D., 100-EERE-1 Patel, R., 61-TM-2 Provenza, A., 263-EATS-12 Ricklick, M., 145-GTE-18, 175-GTE-21, Okita, K., 84-LP-8, 114-LP-12, 242-LP-27 Patidar, L., 156-PC-17, 187-PC-19 Pulido, G., 139-EP-14 204-FPG-1 Okuda, T., 109-HR-7 Patterson, M., 83-ITAR-1, 140-EP-15 Putthoff, W., 238-HR-14 Ricks, D., 235-EDU-6 Okuno, A., 19-INPSI-2/GTE-5 Paul, M., 93-ST-1 Qandil, M., 170-EERE-3 Rida, S., 176-GTE-22 Okuno, Y., 200-ECD-3 Pavalavanni, P., 81-HSABP-4 Qi, H., 211-INPSI-11 Riedmann, H., 26-PC-3 Oleksander, B., 218-PC-21 Pavarin, D., 179-HR-11, 183-LP-17 Qi, M., 263-EATS-12 Rindfleisch, M., 267-EATS-15 Oleson, S., 60-SYS-2 Paxson, D., 48-HSABP-2, 119-PGC-7, Qian, H., 175-GTE-21 Rios, A., 204-FPG-1 Olgun, U., 240-INPSI-12 220-PGC-11 Qian, W., 237-FPG-2 Risha, G., 7-EDU-1, 99-EDU-4, 116- Omar, A., 29-SATS-1 Pedrini, D., 173-EP-19 Qiao, L., 100-EERE-1, 186-PC-18, LP-14, 137-EDU-5 Oña, A., 250-UAS-3 Peitsch, D., 90-PGC-5/HSABP-5, 204-FPG-1, 244-PC-23 Rising, C., 89-PC-9 Oña, M., 250-UAS-3 157-PGC-8 Qin, Y., 37-EDU-2 Ritchie, D., 61-TM-2 Ong, J., 249-TM-6 Pelit, M., 89-PC-9 Qiu, S., 71-ECD-1, 98-ECD-2 Rittenberg, D., 151-INPSI-6, Onofri, M., 178-HR-10 Pellerito, V., 202-EERE-4 Qu, M., 60-SYS-2 210-INPSI-10, 263-EATS-12 Oommen, C., 59-SR-2 Pena-Alzola, R., 231-EATS-3 Quadri, Z., 138-EERE-2 Riva, G., 180-HSABP-8 Orefice, F., 255-EATS-7 Peneda, M., 83-ITAR-1 Quinlan, J., 115-LP-13 Rivenc, J., 266-EATS-14 Orisamolu, I., 169-EATS-1, 264-EATS-13 Pepper, D., 170-EERE-3 Quinn, D., 80-HR-5 Rixon, G., 198-AMP-2 Örnek, M., 244-PC-23 Perdikakis, W., 231-EATS-3, 262-EATS-11 Quintens, H., 220-PGC-11 Rizk, B., 61-TM-2 Ortega, D., 215-LP-23 Peres, G., 266-EATS-14 Qureshi, J., 172-EP-18 Roa, M., 113-LP-11 Ortelt, M., 242-LP-27 Perez, E., 78-GTE-11 Rabinovitch, J., 80-HR-5 Robbie, M., 272-EATS-19 Oryshchyn, D., 200-ECD-3 Perraud, R., 266-EATS-14 Radke, C., 58-SATS-2, 243-LP-28 Robbins, B., 262-EATS-11 Oshodi, T., 100-EERE-1 Perry, M., 51-LP-6 Rahman, M., 215-LP-23 Robens, S., 43-GTE-8 Otero, M., 186-PC-18 Perullo, C., 146-GTE-19, 256-EATS-8, Rahman, R., 207-GTE-27 Roberson, T., 198-AMP-2 Otsuki, M., 243-LP-28 266-EATS-14 Rahmann, N., 244-PC-23 Robert, E., 159-SR-5 Otto, A., 232-EATS-4 Perumal, A., 111-INPSI-5 Rahn, D., 26-PC-3 Roberts, B., 122-SR-4 Otto, M., 145-GTE-18 Petersen, E., 37-EDU-2, 217-PC-20, Raitses, Y., 38-EP-4, 102-EP-11 Roberts, G., 166-AMP-1 Over, D., 99-EDU-4 244-PC-23 Raj, S., 227-AIIPC-1 Roberts, W., 27-PGC-1 Owen, D., 116-LP-14 Peterson, D., 149-HSABP-7 Rajashekara, K., 257-EATS-9, 269- Robinson, J., 6-APC-1, 36-APC-3, Öz, L., 21-LP-2 Peterson, P., 38-EP-4, 139-EP-14 EATS-17 167-APC-4, 199-APC-5, 229-APC-6 Ozawa, K., 109-HR-7, 178-HR-10 Petrarolo, A., 148-HR-9 Rall, I., 166-AMP-1 Rodrigues, N., 245-PC-24 Özer, A., 21-LP-2, 159-SR-5 Petro, E., 76-EP-9 Rallabandi, V., 264-EATS-13 Rodriguez, D., 190-UAS-1, 250-UAS-3 Ozkol, I., 15-HR-1, 47-HR-4 Pfrang, K., 60-SYS-2 Ramachandran, P., 109-HR-7 Rodriguez, F., 217-PC-20, 244-PC-23 Özyörük, Y., 59-SR-2, 159-SR-5 Pham, D., 257-EATS-9 Ramanan, V., 238-HR-14 Rodriguez, O., 149-HSABP-7 Pabarcius, L., 147-HR-8 Phan, B., 83-ITAR-1 Ranade, I., 115-LP-13 Rodriguez, R., 257-EATS-9 Paccagnella, E., 21-LP-2, 179-HR-11 Philippart, K., 214-LP-22 Ranjan, D., 218-PC-21 Rodríguez Morales, A., 32-SYS-1 Paganucci, F., 76-EP-9, 173-EP-19 Pieri, J., 79-GTE-12 Rankin, B., 54-PC-4 Roghanchi, P., 250-UAS-3 Page, A., 263-EATS-12 Pilchuk, J., 74-EP-7 Ransom, D., 177-GTE-24 Rohwer, J., 239-HSABP-10 Pagliuco, C., 113-LP-11, 242-LP-27 Pinero, L., 76-EP-9, 139-EP-14 Rasmont, N., 141-EP-16, 187-PC-19 Rojas, F., 16-HR-2 Paik, M., 147-HR-8 Pino, P., 32-SYS-1 Rathi, R., 187-PC-19 Romadanov, I., 102-EP-11 Paissoni, C., 8-EP-1, 76-EP-9 Piragino, A., 8-EP-1, 76-EP-9 Ravikrishna, R., 218-PC-21 Ronney, P., 85-LP-9 Pakmehr, M., 212-ITAR-5, 227-AIIPC-1 Pittman, E., 7-EDU-1 Razavi, M., 137-EDU-5 Ronvelwala, S., 32-SYS-1 Palacios, R., 215-LP-23 Pizzarelli, M., 80-HR-5 Razdolsky, L., 94-SYS-3 Ross, M., 12-GTE-2 Palacz, T., 94-SYS-3 Platts, W., 60-SYS-2 Raziei, S., 264-EATS-13 Rouet, F., 249-TM-6 Palaszewski, B., 53-NFF-3, 87-NFF-4 Pluchart, S., 114-LP-12 Reber, G., 84-LP-8 Rouser, K., 250-UAS-3 Palies, P., 89-PC-9, 176-GTE-22 Podleski, S., 82-INPSI-4 Recalde, A., 271-EATS-18 Rovey, J., 9-EP-2, 39-EP-5, 40-EP-6, Pamidi, S., 267-EATS-15 Polanka, M., 90-PGC-5/HSABP-5 Redhal, S., 158-PGC-9 141-EP-16, 187-PC-19 Pan, D., 257-EATS-9 Polidoro, F., 49-INPSI-3 Reeder, M., 79-GTE-12 Roy, S., 154-PC-15 Pan, K., 167-APC-4 Polifke, W., 219-PC-22 Regmi, S., 32-SYS-1 Rublevskyi, E., 44-GTE-9 Pandya, R., 211-INPSI-11 Polizzi, A., 198-AMP-2 Reh, J., 85-LP-9 Ruettgers, A., 148-HR-9 Paniagua, G., 19-INPSI-2/GTE-5, Polk, J., 38-EP-4, 173-EP-19 Reis, R., 242-LP-27 Ruffin, A., 179-HR-11 27-PGC-1, 106-GTE-14, 175-GTE-21, Polzin, K., 40-EP-6, 74-EP-7 Reis, T., 199-APC-5 Rullán, A., 32-SYS-1 220-PGC-11 Ponti, F., 59-SR-2, 122-SR-4 Ren, Y., 255-EATS-7 Runge, H., 123-ST-2 Panik, D., 267-EATS-15 Popkin, S., 16-HR-2 Replogle, C., 250-UAS-3 Runkle, K., 51-LP-6

38 aiaa.org/propulsionenergy AUTHOR AND SESSION CHAIR INDEX

Ruperto, W., 32-SYS-1 Schlechtriem, S., 81-HSABP-4, 183-LP-17 Sixel, W., 272-EATS-19 Sumption, M., 267-EATS-15 Ruscher, C., 212-ITAR-5 Schlee, K., 243-LP-28 Slabaugh, C., 55-PC-5, 56-PGC-3/ Sumsurooah, S., 264-EATS-13 Ryan, C., 166-AMP-1 Schmieder, M., 78-GTE-11 HSABP-3, 157-PGC-8, 158-PGC-9 Suo, J., 218-PC-21 Ryan, S., 70-COL-1 Schmierer, C., 21-LP-2 Slater, J., 151-INPSI-6, 240-INPSI-12 Sutliff, D., 12-GTE-2 Ryan, W., 221-SR-7 Schmitz, P., 60-SYS-2 S M, A., 111-INPSI-5 Sutter, L., 227-AIIPC-1 Rydz, Z., 94-SYS-3, 208-HR-13 Schmucker, J., 175-GTE-21 Smara, A., 199-APC-5 Sutton, A., 184-LP-19 S, A., 176-GTE-22 Schneider, C., 78-GTE-11 Smigelski, P., 272-EATS-19 Sutton, D., 123-ST-2 S, D., 99-EDU-4 Schneider, D., 114-LP-12 Smith, A., 263-EATS-12, 273-EATS-20 Suzuki, N., 241-LP-25 S, G., 187-PC-19 Schneider, G., 95-TM-3, 161-TM-5 Smith, B., 201-ECS-4 Swanke, J., 263-EATS-12 S, V., 156-PC-17 Schnell, A., 16-HR-2, 136-AVS-2 Smith, J., 16-HR-2, 206-GTE-26, Swanson, T., 74-EP-7 Saavedra, J., 27-PGC-1, 220-PGC-11 Schnulo, S., 266-EATS-14 266-EATS-14 Szedlmayer, M., 79-GTE-12 Sabri, F., 202-EERE-4 Scholtes, K., 94-SYS-3, 123-ST-2 Smith, R., 188-PGC-10/LP-20 Sztykiel, M., 231-EATS-3 Sack, W., 83-ITAR-1, 152-ITAR-3 Scholze, F., 140-EP-15 Smith, T., 7-EDU-1, 149-HSABP-7 Tabanli, H., 240-INPSI-12 Sadeghi, S., 202-EERE-4 Schuler, P., 78-GTE-11 Smolke, J., 213-LP-21 Tacina, K., 218-PC-21 Sadey, D., 146-GTE-19, 232-EATS-4 Schutten, M., 257-EATS-9 Smolyakov, A., 102-EP-11 Tai, J., 12-GTE-2, 143-GTE-16 Safdar, M., 111-INPSI-5 Schwartz, K., 19-INPSI-2/GTE-5 Smth, C., 210-INPSI-10 Tait, C., 90-PGC-5/HSABP-5 Saito, Y., 46-HR-3, 243-LP-28 Schwer, D., 28-PGC-2, 56-PGC-3/ Soares de Almeida, D., 113-LP-11 Takahashi, A., 46-HR-3, 147-HR-8 Sakata, M., 211-INPSI-11 HSABP-3, 91-PGC-6/PC-11, 157-PGC-8 Söğütcü, B., 31-SR-1 Takahashi, K., 147-HR-8 Sakinala, K., 262-EATS-11 Schwinn, K., 56-PGC-3/HSABP-3 Sohn, C., 113-LP-11 Takahashi, Y., 211-INPSI-11 Sakowski, B., 184-LP-19, 243-LP-28 Scott, M., 231-EATS-3 Sojka, P., 207-GTE-27 Takakura, T., 78-GTE-11 Sakuma, Y., 243-LP-28 Secchi, M., 230-EATS-2 Son, S., 109-HR-7, 244-PC-23 Takamura, H., 256-EATS-8 Sakurai, K., 109-HR-7, 178-HR-10 Sedaghat, A., 202-EERE-4 Sosa, A., 32-SYS-1 Talat, H., 262-EATS-11 Salam, A., 231-EATS-3 Sedano, N., 184-LP-19 Sotton, J., 220-PGC-11 Tallerico, T., 262-EATS-11, 267-EATS-15 Salehian, S., 12-GTE-2 Sedwick, R., 76-EP-9 Souhair, N., 122-SR-4 Talley, D., 113-LP-11 Salem, A., 170-EERE-3 Seidcheck, A., 139-EP-14 Soulas, G., 140-EP-15 Tamanampudi, G., 219-PC-22 Salnikov, A., 45-GTE-10 Seiler, H., 242-LP-27 Sowers, T., 152-ITAR-3 Tanaka, S., 108-HR-6, 138-EERE-2 Sam, A., 122-SR-4, 178-HR-10 Sell, B., 90-PGC-5/HSABP-5 Spagnolo, C., 264-EATS-13 Tang, H., 40-EP-6 Sammet, T., 37-EDU-2, 217-PC-20, Selvanayagam, J., 18-INPSI-1 Spearrin, R., 198-AMP-2, 208-HR-13 Tangirala, V., 91-PGC-6/PC-11, 157- 244-PC-23 Semega, K., 212-ITAR-5, 227-AIIPC-1 Spemann, D., 140-EP-15 PGC-8, 180-HSABP-8 Sanal Kumar, V., 73-EDU-3, 99-EDU-4, Semrau, G., 247-SNP-2 Spierling, T., 255-EATS-7 Tanner, M., 51-LP-6 137-EDU-5, 156-PC-17, 176-GTE-22 Senior, W., 245-PC-24 Spytek, C., 167-APC-4 Tantot, N., 146-GTE-19 Sanchez, A., 80-HR-5 Seo, J., 179-HR-11 Squire, J., 8-EP-1 Taunay, P., 173-EP-19 Sanchez-Ramirez, C., 44-GTE-9 Sepahi-Younsi, J., 202-EERE-4 S R, C., 187-PC-19 Taylor, L., 256-EATS-8 Sanders, D., 45-GTE-10, 107-GTE-15 Sergent, A., 256-EATS-8 Srikanth, P., 29-SATS-1, 243-LP-28 Teague, L., 37-EDU-2 Sankaran, V., 25-PC-2, 55-PC-5, 119- Setzwein, F., 26-PC-3 Staab, M., 168-APS-2 Tegner, J., 56-PGC-3/HSABP-3 PGC-7, 156-PC-17, 186-PC-18, 218- Shafirovich, E., 241-LP-25 Standbridge, S., 228-AMP-3 Tekinalp, A., 74-EP-7 PC-21, 244-PC-23 Shahmoradi, J., 250-UAS-3 Stanley, F., 14-GTE-4 Tennakoon, S., 85-LP-9 Sanni, O., 212-ITAR-5 Shang, W., 207-GTE-27 Stannard, D., 80-HR-5 Tenorio, D., 137-EDU-5 Santi, M., 179-HR-11, 183-LP-17 Shark, S., 8-EP-1 Stark, R., 114-LP-12 Tesny, E., 184-LP-19 Saraco, L., 232-EATS-4 Shaw, V., 25-PC-2 Stathopoulos, P., 27-PGC-1 Tetteh, E., 78-GTE-11 Saracoglu, B., 17-HSABP-1, 27-PGC-1, Sheets, A., 231-EATS-3 Steinberg, A., 55-PC-5, 88-PC-8, Thayer, J., 189-TM-4 239-HSABP-10, 246-PGC-12 Shehata, A., 44-GTE-9 118-PC-13 Thomas, G., 146-GTE-19, 232-EATS- Saravani, M., 100-EERE-1 Shehzad, M., 181-INPSI-8 Stewart, M., 53-NFF-3 4, 268-EATS-16 Saravia, M., 76-EP-9, 173-EP-19 Shen, Y., 37-EDU-2 Stiegler, Z., 107-GTE-15 Thomas, J., 37-EDU-2, 217-PC-20, Sardeshmukh, S., 219-PC-22 Shenoy, R., 149-HSABP-7 Stiehl, B., 186-PC-18 244-PC-23 Sarlioglu, B., 263-EATS-12 Shepherd, J., 158-PGC-9 Stober, K., 80-HR-5 Thomas, L., 37-EDU-2, 53-NFF-3, Sarosh, A., 262-EATS-11 Sherrod, A., 74-EP-7 Stockett, P., 87-NFF-4 79-GTE-12, 94-SYS-3 Sarton du Jonchay, T., 120-SL-1 Shimada, T., 46-HR-3 Stoddard, R., 147-HR-8 Thomas, R., 75-EP-8, 83-ITAR-1, 140- Sarver-Verhey, T., 139-EP-14, 140-EP- Shimamura, K., 76-EP-9 Stokes, J., 18-INPSI-1 EP-15, 152-ITAR-3 15, 173-EP-19 Shimizu, T., 113-LP-11 Storey, J., 273-EATS-20 Thompson, S., 76-EP-9 Sato, D., 114-LP-12 Shimo, M., 43-GTE-8 Story, G., 16-HR-2, 47-HR-4, 148-HR-9 Thornock, R., 49-INPSI-3, 111-INPSI-5 Sato, S., 211-INPSI-11 Shimote, W., 137-EDU-5 Stough, R., 93-ST-1 Thurlbeck, A., 232-EATS-4 Sato, T., 27-PGC-1 Shin, E., 272-EATS-19 Stout, J., 57-PGC-4 Thurmond, K., 90-PGC-5/HSABP-5, Sauer, J., 215-LP-23 Shin, K., 118-PC-13 Straub, J., 29-SATS-1, 58-SATS-2 119-PGC-7 Sauls, B., 70-COL-1 Shitta, M., 200-ECD-3, 236-EERE-5 Strauss, F., 81-HSABP-4, 114-LP-12 Thynell, S., 156-PC-17, 187-PC-19 Savino, R., 148-HR-9 Shynkarenko, O., 73-EDU-3 Strozzi, C., 220-PGC-11 Ticker, R., 8-EP-1 Sawata, T., 263-EATS-12 Sickenberger, R., 98-ECD-2 Studak, B., 58-SATS-2 Tiwari, A., 116-LP-14, 214-LP-22 Sawhill, S., 72-ECS-1, 201-ECS-4 Siclovan, O., 272-EATS-19 Stueber, T., 152-ITAR-3 Toal, D., 14-GTE-4 Scarabino, A., 242-LP-27 Sievers, R., 98-ECD-2 Subramanian, S., 79-GTE-12, 119-PGC-7 Tobaldini Neto, L., 18-INPSI-1 Scarborough, D., 25-PC-2, 159-SR-5, Sikorski, D., 53-NFF-3 Subramaniyam, S., 211-INPSI-11 Tobias, J., 220-PGC-11 179-HR-11 Silva, L., 242-LP-27 Subramanyam, G., 212-ITAR-5 Tokgöz, T., 115-LP-13 Schaefer, F., 219-PC-22 Simmonds, J., 102-EP-11 Sudesh, A., 107-GTE-15 Tokudome, S., 241-LP-25 Scheidler, J., 262-EATS-11, 267- Simon, D., 13-GTE-3 Sui, X., 122-SR-4 Tolbert, L., 257-EATS-9 EATS-15, 273-EATS-20 Simon, X., 70-COL-1 Sukumaran, A., 73-EDU-3, 99-EDU- Tolentino, A., 8-EP-1 Schifer, N., 71-ECD-1, 98-ECD-2, Simons, T., 249-TM-6 4, 156-PC-17, 176-GTE-22 Tomek, W., 94-SYS-3, 120-SL-1 200-ECD-3 Singh, K., 91-PGC-6/PC-11 Sullivan, N., 204-FPG-1 Tomilin, K., 21-LP-2 Schilling, N., 185-NFF-6 Singh, P., 118-PC-13 Sümer, B., 21-LP-2, 31-SR-1, 89-PC-9, Tomioka, S., 81-HSABP-4, 118-PC-13 Schiltgen, B., 230-EATS-2 Sitton, T., 168-APS-2 115-LP-13, 159-SR-5, 213-LP-21 Tomsic, M., 267-EATS-15 aiaa.org/propulsionenergy 39 AUTHOR AND SESSION CHAIR INDEX

Tong, O., 82-INPSI-4 Vereen, K., 40-EP-6, 172-EP-18 82-INPSI-4 Yi, X., 232-EATS-4 Topalovic, D., 90-PGC-5/HSABP-5, Vernon, S., 93-ST-1 Wirz, R., 9-EP-2 Yi, Y., 144-GTE-17 157-PGC-8 Vilenius, V., 166-AMP-1 Witcher, B., 19-INPSI-2/GTE-5 Yildiz, U., 47-HR-4 Torres, J., 85-LP-9 Villalva Gomez, R., 25-PC-2 Witte, J., 183-LP-17 Yilmaz, C., 208-HR-13, 213-LP-21, Torres, S., 84-LP-8 Viola, N., 8-EP-1 Woerner, D., 71-ECD-1, 98-ECD-2 245-PC-24 Torres, W., 267-EATS-15 Volkov, A., 45-GTE-10 Wolf, A., 7-EDU-1 Yin, W., 272-EATS-19 Torres Zanardi, J., 242-LP-27 Vorbach, I., 166-AMP-1 Wolff, M., 43-GTE-8, 79-GTE-12 Yli-Opas, P., 166-AMP-1 Torrey, D., 268-EATS-16 Waal, S., 13-GTE-3 Wolff, S., 157-PGC-8 Yokoo, R., 188-PGC-10/LP-20 Torrez, S., 45-GTE-10 Wabel, T., 55-PC-5 Wolfrum, N., 43-GTE-8 Yokota, S., 76-EP-9 Tran, D., 6-APC-1, 185-NFF-6 Wagner, R., 185-NFF-6 Wood, E., 83-ITAR-1 Yong, H., 14-GTE-4 Tran, P., 145-GTE-18 Wainwright, M., 39-EP-5, 75-EP-8, Wood, J., 50-LP-5 Yoon, A., 273-EATS-20 Trapani, G., 181-INPSI-8 141-EP-16 Wood, R., 53-NFF-3 Yoon, S., 73-EDU-3 Trapp, G., 230-EATS-2 Wajid, R., 262-EATS-11 Wood, Z., 9-EP-2 Yoozbashizadeh, M., 51-LP-6 Trawick, D., 268-EATS-16 Walker, J., 25-PC-2 Woodside, C., 200-ECD-3 Yoshida, H., 19-INPSI-2/GTE-5 Trent, J., 271-EATS-18 Walker, M., 38-EP-4 Woodward, J., 185-NFF-6 Yoshimi, K., 256-EATS-8 Tricic, A., 97-COL-2 Wallace, A., 78-GTE-11 Woodworth, A., 272-EATS-19, 273- Yoshino, T., 109-HR-7 Triggs, E., 122-SR-4, 160-SR-6 Walters, I., 157-PGC-8 EATS-20 Yost, K., 231-EATS-3, 262-EATS-11 Triplett, A., 123-ST-2 Wammen, T., 215-LP-23 Wordingham, C., 173-EP-19 Yost, M., 17-HSABP-1 Tristanto, I., 14-GTE-4 Wang, F., 257-EATS-9 Woytach, J., 123-ST-2 Young, J., 198-AMP-2 Truckenbrod, Z., 245-PC-24 Wang, H., 109-HR-7 Wroblewski, G., 230-EATS-2 Young, R., 59-SR-2, 159-SR-5 Tsourdos, A., 190-UAS-1 Wang, J., 71-ECD-1, 75-EP-8, 122-SR- Wu, F., 103-EP-12 Yousaf, R., 262-EATS-11 Tsuboi, N., 109-HR-7 4, 217-PC-20 Wu, K., 189-TM-4 Yu, K., 118-PC-13, 158-PGC-9 Tsuji, A., 46-HR-3 Wang, L., 14-GTE-4, 244-PC-23 Wu, X., 11-GTE-1, 227-AIIPC-1, 231- Yu, Y., 175-GTE-21 Tsuruta, R., 19-INPSI-2/GTE-5 Wang, N., 172-EP-18 EATS-3, 272-EATS-19 Yuceil, K., 240-INPSI-12 Tsutsumi, S., 114-LP-12 Wang, Q., 58-SATS-2 Wu, Y., 146-GTE-19 Yucelen, T., 212-ITAR-5 Tu, Z., 175-GTE-21 Wang, S., 190-UAS-1 Wyciszkiewicz, B., 208-HR-13 Yun, Y., 179-HR-11 Tuncer, O., 246-PGC-12 Wang, W., 172-EP-18 Xiangyang, W., 211-INPSI-11 Yusuf Ali, S., 118-PC-13 Turner, M., 107-GTE-15 Wang, X., 264-EATS-13 Xiao, F., 244-PC-23 Zachos, P., 151-INPSI-6, 181-INPSI-8 Tveekrem, J., 61-TM-2 Wang, Y., 113-LP-11, 146-GTE-19, 158- Xiao, J., 273-EATS-20 Zagorski, K., 228-AMP-3 Tyagi, A., 212-ITAR-5 PGC-9, 273-EATS-20 Xie, C., 6-APC-1, 185-NFF-6 Zakar, D., 61-TM-2, 95-TM-3, 161-TM- Uddanti, N., 238-HR-14 Wang, Z., 81-HSABP-4 Xie, K., 122-SR-4 5, 189-TM-4, 249-TM-6 U K, T., 73-EDU-3, 99-EDU-4 Wanyiri, J., 80-HR-5 Xing, J., 159-SR-5 Zambon, A., 26-PC-3 Ulas, A., 21-LP-2, 115-LP-13, 213-LP-21 Warren, C., 97-COL-2 Xing, L., 272-EATS-19 Zapata García, A., 32-SYS-1 Ulcay, M., 249-TM-6 Washington, M., 119-PGC-7 Xisto, C., 136-AVS-2 Zdybal, D., 208-HR-13 Ulrich, E., 85-LP-9 Watanabe, H., 119-PGC-7 Xu, D., 218-PC-21 Zelesnik, E., 109-HR-7 Umemura, Y., 243-LP-28 Watanabe, T., 243-LP-28 Xu, M., 106-GTE-14 Zenker, J., 116-LP-14, 232-EATS-4 Unruh, E., 50-LP-5 Webster, G., 243-LP-28 Xu, Z., 263-EATS-12 Zettervall, N., 206-GTE-26 Upadhye, C., 90-PGC-5/HSABP-5 Weddell, S., 137-EDU-5 Xue, R., 211-INPSI-11 Zevenbergen, J., 72-ECS-1, 222-ECS-5 Upadya, V., 262-EATS-11 Wei, Z., 122-SR-4 Yager, J., 85-LP-9 Zha, G., 144-GTE-17, 255-EATS-7 Urrego, A., 16-HR-2 Welander, B., 8-EP-1 Yaghoubi, D., 16-HR-2, 136-AVS-2 Zhang, D., 257-EATS-9 V. Kiselev, M., 59-SR-2 Welsh, Z., 51-LP-6 Yagishita, T., 241-LP-25 Zhang, S., 40-EP-6 Vadera, A., 21-LP-2 Wen, J., 266-EATS-14 Yakimov, A., 272-EATS-19 Zhang, T., 81-HSABP-4 Valencia, E., 190-UAS-1, 250-UAS-3 Weng, H., 106-GTE-14 Yam, C., 19-INPSI-2/GTE-5 Zhang, X., 26-PC-3, 263-EATS-12 Valenzuela, J., 116-LP-14 Westphal, R., 13-GTE-3 Yamada, A., 46-HR-3 Zhang, Y., 11-GTE-1, 211-INPSI-11, Valenzuela Brok, J., 112-ITAR-2 Westrich, S., 185-NFF-6 Yamada, S., 138-EERE-2 227-AIIPC-1 Valenzuela - Brok, J., 112-ITAR-2 Wey, C., 89-PC-9 Yamamoto, T., 241-LP-25 Zhang, Z., 40-EP-6 Valverde, J., 212-ITAR-5 Whitaker, D., 70-COL-1 Yamasaki, J., 76-EP-9 Zhao, W., 161-TM-5 Vancil, B., 173-EP-19 White, A., 175-GTE-21, 206-GTE-26 Yamauchi, M., 40-EP-6 Zhao, X., 11-GTE-1, 227-AIIPC-1 Van Den Berghe, M., 228-AMP-3 White, D., 139-EP-14 Yan, D., 122-SR-4 Zhen, F., 244-PC-23 VanderVeer, J., 98-ECD-2 White, H., 30-SBE-1/EP-3/NFF-2/APC-2 Yan, X., 263-EATS-12 Zheng, L., 218-PC-21 van Duin, A., 217-PC-20 White, M., 98-ECD-2 Yanaga, K., 71-ECD-1 Zhou, X., 244-PC-23 VanGermert, J., 76-EP-9 White, S., 57-PGC-4 Yanagita, Y., 82-INPSI-4 Zhu, J., 211-INPSI-11 Van Lerberghe, W., 84-LP-8 Whitehead, B., 208-HR-13, 213-LP-21 Yang, L., 72-ECS-1 Zhu, M., 237-FPG-2 VanWoerkom, M., 139-EP-14 Whitmore, S., 15-HR-1, 109-HR-7, Yang, Q., 199-APC-5 Zhu, X., 27-PGC-1 Vargas Niño, E., 137-EDU-5 147-HR-8, 166-AMP-1, 208-HR-13 Yang, R., 244-PC-23 Ziemer, J., 9-EP-2, 141-EP-16 Varney, B., 206-GTE-26 Wijesinghe, C., 237-FPG-2 Yang, T., 26-PC-3 Zilliac, G., 16-HR-2 Varshney, A., 118-PC-13 Wilcher, K., 212-ITAR-5 Yang, W., 146-GTE-19 Zinkle, S., 53-NFF-3 Varshney, M., 118-PC-13 Williams, A., 263-EATS-12 Yang, X., 103-EP-12, 199-APC-5 Zubanov, V., 79-GTE-12, 107-GTE-15, Vasu, S., 41-GTE-6, 90-PGC-5/HSABP-5, Williams, G., 30-SBE-1/EP-3/NFF-2/ Yang, Y., 175-GTE-21 146-GTE-19 119-PGC-7, 186-PC-18, 207-GTE-27 APC-2, 140-EP-15, 185-NFF-6 Yao, L., 207-GTE-27 Zuccarello, J., 175-GTE-21 Vazquez, A., 112-ITAR-2 Williams, J., 103-EP-12, 139-EP-14, Yao, W., 26-PC-3, 50-LP-5, 155-PC-16 Vegh, J., 271-EATS-18 173-EP-19 Yashiro, K., 256-EATS-8 Vemana, V., 221-SR-7 Williams, K., 80-HR-5 Yasuda, K., 179-HR-11 Venkatesan, K., 55-PC-5 Williams, S., 85-LP-9 Yazici, B., 89-PC-9, 213-LP-21 Venters, J., 50-LP-5, 137-EDU-5 Wilson, E., 236-EERE-5 Ybanez, L., 266-EATS-14 Vera, D., 250-UAS-3 Wilson, S., 71-ECD-1, 98-ECD-2 Yelken, U., 246-PGC-12 Veras, C., 73-EDU-3 Winglee, R., 36-APC-3, 172-EP-18 Yendler, B., 214-LP-22 Verberne, C., 16-HR-2, 93-ST-1 Winkler, C., 18-INPSI-1, 49-INPSI-3, Yi, R., 26-PC-3

40 aiaa.org/propulsionenergy COMMITTEE MEETINGS TIME COMMITTEE AND ANCILLARY MEETINGS/EVENTS ROOM Sunday, 18 August 0800–1730 Regional Leadership Conference White River Ballroom CD 1600–1800 Meet the Employers White River Ballroom AB 1600–2000 Space Systems Technical Committee Room 105 1700–2000 Propulsion and Energy Group Meeting Room 201 1830–2030 Regional Leadership Conference Reception White River Balllroom AB Monday, 19 August 0900–1000 Air Breathing Propulsion Steering Committee Room 109 0930–1700 Regional Engagement Activities Division Room 304 0930–1700 Technical Activities Division JW Grand Ballroom 1 1000–1100 GTE/HSAPB/INPSI New Member Orientation Room 302/03 1100–1200 GTE TC Steering Committee Room 302/03 1100–1200 HSABP TC Steering Committee Room 109 1100–1200 INPSI TC Steering Committee Room 108 1300–1400 Gas Turbine Engines Technical Committee Room 109 1300–1400 High Speed Air Breathing Propulsion (HSABP) Technical Committee Room 302/03 1300–1400 INPSI Technical Committee JW Grand Ballroom 2 1330–1430 Propulsion and Energy Operations Group Room 108 1400–1500 ABP Student Design Competition Working Group Room 109 1500–1600 ABP Honors and Awards Working Group Room 109 1600–1700 Journal of Propulsion and Power Editors and Advisory Board Meeting Room 302/03 1730–2030 Propellants and Combustion Technical Committee White River F 1800–2100 Electric Propulsion Technical Committee JW Grand Ballroom 2 1800–1900 ABP Working Group Rooom 109 1900–2200 Solid Rockets TC White River Ballroom E 1900–2100 Air Breathing Propulsion TC JW Grand Ballroom 1 Tuesday, 20 August 0930–1130 Council Innovation and Initiatives Committee (CIIC) Room 304 0930–1130 Space and Missiles Group Room 109 1100–1200 Propulsion and Energy 2020 Technical Committee JW Grand Ballroom 1 1200–1500 Nuclear and Future Flight Propulsion Technical Committee Room 108 1300–1700 Public Policy Committee Room 304 1300–1700 AIAA Council of Directors White River F 1300–1430 Propulsion and Energy Products Group Room 109 1500–1700 HSABP TC Education Subcommittee Room 109 1700–1800 PAW Working Group Room 109 1800–2100 Aerospace Power Systems TC Room 108 1800–2100 Energetic Components and Systems Technical Committee Room 302/03 1900–2200 Terrestrial Energy Systems TC JW Grand Ballroom 1 1900–2100 Hybrid Rockets Technical Committee JW Grand Ballroom 2 Wednesday, 21 August 0900–1200 ASCEND 2020 Technical Program Workshop JW Grand Ballroom 2 1400–1500 Propulsion and Energy Energy Group Room 304 1800–1930 Aircraft Electrified Propulsion and Power Working Group (AEPP) JW Grand Ballroom 2 1900–2200 Liquid Propulsion Technical Committee White River F 1900–2100 Pressure Gain Combustion Technical Committee JW Grand Ballroom 1 1930–2100 Green Engineering Integration Committee Room 109

aiaa.org/propulsionenergy 41 DETAILED SESSIONSRoom 208 Room 209 White River G Session Rooms White River A/B JW Grand Ballroom 5 Room 208 Room 209 White River G Session Rooms JW Grand Ballroom Prefunction White River A/B JW Grand Ballroom 5 1130 hrs AIAA-2019-3808 Development and Experimentation of a Lab-Scale Pulse Detonation Engine (PDE) Smith, T. WV; Rocket Center, Orbital ATK, A. Murray, E. University Park, PA; Pennsylvania State University, Pittman, J. Moore, G. Risha, Pennsylvania State University, Altoona, PA JW Grand Ballroom Prefunction 1130 hrs AIAA-2019-3808 Development and Experimentation of a Lab-Scale Pulse Detonation Engine (PDE) Smith, T. WV; Rocket Center, Orbital ATK, A. Murray, E. University Park, PA; Pennsylvania State University, Pittman, J. Moore, G. Risha, Pennsylvania State University, Altoona, PA 1100 hrs AIAA-2019-3803 Numerical Simulation of Laser and Particle Coupled Beam Propagation K. Hara, D. New Haven, CT; University, Yale D. Kuldinow, College Station, A&M University, Morales, C. Limbach, Texas TX 1100 hrs AIAA-2019-3807 - The project progress report TurboRocket R. Rezende, J. Barros, Federal University of Minas Gerais, Belo Horizonte, Brazil 1100 hrs AIAA-2019-3803 Numerical Simulation of Laser and Particle Coupled Beam Propagation K. Hara, D. New Haven, CT; University, Yale D. Kuldinow, College Station, A&M University, Morales, C. Limbach, Texas TX 1100 hrs AIAA-2019-3807 - The project progress report TurboRocket R. Rezende, J. Barros, Federal University of Minas Gerais, Belo Horizonte, Brazil Sunday Monday Phil Burkholder Keynote Speaker Networking Break Rolls-Royce Corporation Meet the Employers Student Welcome Mixer Student Welcome President, Defense Programs Monday Speaker Briefing Advanced Propulsion Concepts I Sunday Monday 1030 hrs AIAA-2019-3802 A Simplified Model for The Thrust Performance of Porous Heat eXchanger (PHX) Laser Rocket Propulsion Nagoya, Japan K. Mori, H. Itoh, Nagoya University, 1030 hrs AIAA-2019-3806 Airbreathing Electric Propulsion Survey K. Johnaon, Army M. Hitt, D. Martin, C. Duron, A. Wolf, Space and Missile Defense Command, Huntsville, AL Phil Burkholder Workforce Development - Propulsion Education Workforce Keynote Speaker Networking Break Monday Plenary: Pioneering the Power that Matters Rolls-Royce Corporation Meet the Employers Student Welcome Mixer Student Welcome President, Defense Programs Monday Speaker Briefing Advanced Propulsion Concepts I 1030 hrs AIAA-2019-3802 A Simplified Model for The Thrust Performance of Porous Heat eXchanger (PHX) Laser Rocket Propulsion Nagoya, Japan K. Mori, H. Itoh, Nagoya University, 1030 hrs AIAA-2019-3806 Airbreathing Electric Propulsion Survey K. Johnaon, Army M. Hitt, D. Martin, C. Duron, A. Wolf, Space and Missile Defense Command, Huntsville, AL Workforce Development - Propulsion Education Workforce Monday Plenary: Pioneering the Power that Matters 1000 hrs AIAA-2019-3801 Development of a stable acceleration system for spherical capsule using a doughnut beam profile Nagoya, Japan C. Xie, K. Mori, Nagoya University, D. Tran, 1000 hrs AIAA-2019-3805 Increasing Undergraduate Involvement in Propulsion at Penn State Harrisburg Middletown, PA B. Maicke, Pennsylvania State University, 1000 hrs AIAA-2019-3801 Development of a stable acceleration system for spherical capsule using a doughnut beam profile Nagoya, Japan C. Xie, K. Mori, Nagoya University, D. Tran, 1000 hrs AIAA-2019-3805 Increasing Undergraduate Involvement in Propulsion at Penn State Harrisburg Middletown, PA B. Maicke, Pennsylvania State University, Sunday, 18 August 2019 Sunday, 1-NW-1 1600 - 1800 hrs 18 August 2019 Sunday, 2-NW-2 1800 - 1930 hrs 19 August 2019 Monday, 3-SB-1 0730 - 0800 hrs 19 August 2019 Monday, 4-PLNRY-1 0800 - 0900 hrs 19 August 2019 Monday, 5-NW-3 0900 - 0930 hrs 19 August 2019 Monday, 6-APC-1 GIEL, Jacobs Technology Chaired by: J. ROBINSON and T. 0930 hrs AIAA-2019-3800 Performance Analysis of a Combined Laser and Neutral Particle Beam Propulsion Concept Based on Self-Guiding College Station, A&M University, C. Limbach, K. Hara, Texas TX 19 August 2019 Monday, 7-EDU-1 UAH Propulsion Research Center Chaired by: E. FLEEMAN and J. AGNEW, 0930 hrs AIAA-2019-3804 Collaborative Space and Propulsion Education: Leveraging all sectors of the space enterprise to benefit the future U.S. Space and Propulsion Workforce! S. Godshall, R. Frederick, University of Alabama, Huntsville, Huntsville, AL

42 aiaa.org/propulsionenergy Sunday, 18 August 2019 Sunday, 1-NW-1 1600 - 1800 hrs 18 August 2019 Sunday, 2-NW-2 1800 - 1930 hrs 19 August 2019 Monday, 3-SB-1 0730 - 0800 hrs 19 August 2019 Monday, 4-PLNRY-1 0800 - 0900 hrs 19 August 2019 Monday, 5-NW-3 0900 - 0930 hrs 19 August 2019 Monday, 6-APC-1 GIEL, Jacobs Technology Chaired by: J. ROBINSON and T. 0930 hrs AIAA-2019-3800 Performance Analysis of a Combined Laser and Neutral Particle Beam Propulsion Concept Based on Self-Guiding College Station, A&M University, C. Limbach, K. Hara, Texas TX 19 August 2019 Monday, 7-EDU-1 UAH Propulsion Research Center Chaired by: E. FLEEMAN and J. AGNEW, 0930 hrs AIAA-2019-3804 Collaborative Space and Propulsion Education: Leveraging all sectors of the space enterprise to benefit the future U.S. Space and Propulsion Workforce! S. Godshall, R. Frederick, University of Alabama, Huntsville, Huntsville, AL Room 204 Room 312 White River A/B JW Grand Ballroom 3/4 Jim Maser Aerojet Rocketdyne 1130 hrs AIAA-2019-3813 EPS architecture analysis for future high-power missions Turin, University of Turin, C. Paissoni, N. Viola, Technical S.p.A., Andreussi, A. Kitaeva, M. Andrenucci, SITAEL Italy; T. Ospedaletto, Italy Senior Vice President, Space Business Unit 1100 hrs AIAA-2019-3812 20 kW Class Hall Development Status of SITAEL’s Thruster Faraji, E. Ferrato, A. Giannetti, M. Reza, F. A. Piragino, V. S.p.A., Pisa, Italy; et al. Kitaeva, SITAEL 1100 hrs AIAA-2019-3817 Characterization of a High Thrust, Pressure-Fed Electrospray Thruster for Precision Attitude Control Applications Inc., N. Alvarez, Busek Company, N. Demmons, Z. Wood, Natick, MA 1100 hrs AIAA-2019-3821 Solution for Axial Compressor A New Vortex and CFD Analysis Design-Part 2: Validation Daytona Li, Embry-Riddle Aeronautical University, M. Attia, W. Beach, FL W. Michael Hawes W. Manager, Lockheed Martin Space Manager, Vice President, Human Space Exploration, and Orion Program Compressors I High Power Electric Propulsion Electrospray Flight Development 1030 hrs AIAA-2019-3811 The Gateway Power and Propulsion Element: Setting the Foundation for Exploration and Commerce D.C.; M. Gates, NASA Headquarters, Washington, R. Ticker, D. Manzella, A. Biaggi-Labiosa, NASA Glenn Research Center, Palo Alto, CA Lee, Maxar Technologies, Cleveland, OH; T. 1030 hrs AIAA-2019-3816 Electrospray Thruster Performance and Lifetime Investigation for the LISA Mission R. Wirz, University of California, Los Angeles, CA 1030 hrs AIAA-2019-3820 Solution for Axial Compressor A New Vortex Design-Part 1: Design and Methodology Daytona Li, Embry-Riddle Aeronautical University, M. Attia, W. Beach, FL

® Jeff Foote Monday Forum 360 AM: Human Exploration Launch Systems (Part I - SLS Overview) Vice President, NASA Programs Northrop Grumman Innovation Systems 1000 hrs AIAA-2019-3810 at 100 kW in the VASIMR Steady-state Testing Chang Diaz, A. Corrigan, L. Dean, J. F. J. Squire, M. Carter, TX; et al. Webster, Farrias, Ad Astra Rocket Company, 1000 hrs AIAA-2019-3815 of a Component-Level Development and Testing Colloid Micro-Thruster (CMT) System for the LISA Mission Busek N. Alvarez, Z. Wood, N. Demmons, D. Courtney, Inc., Natick, MA Company, 1000 hrs AIAA-2019-3819 Aerodynamic Performance Improvement of A Axial Compressor by Swept and Leaned Transonic Rotors Zhang, Northwestern Polytechnical N. Huang, X. Zhao, Y. Olin College of Franklin W. Xi’an, China; X. Wu, University, Engineering, Needham, MA VX-200SS Project SLS Propulsion Robert L. Broeren The Boeing Company Monday, 19 August 2019 Monday, 8-EP-1 NASA Glenn Research Center Chaired by: B. JORNS, University of Michigan, Ann Arbor and H. KAMHAWI, 0930 hrs AIAA-2019-3809 High Power Demonstration of a 100 kW Nested Hall Thruster System J. Jackson, B. Welander, S. Shark, Hablitzel, A. Tolentino, S. Hall, Vantage Aerojet Rocketdyne, Redmond, WA; Partners, LLC, Cleveland, OH; et al. 19 August 2019 Monday, 9-EP-2 University of Illinois Chaired by: J. MACKEY and ROVEY, 0930 hrs AIAA-2019-3814 Incorporating Lessons Learned into LISA Colloid Development Microthruster Technology S. C. Marrese-Reading, S. Arestie, D. Conroy, J. Ziemer, California A. Lopez Ortega, Jet Propulsion Laboratory, Leifer, Pasadena, CA; et al. Institute of Technology, 19 August 2019 Monday, 10-F360-1 0930 - 1045 hrs Exploration Systems Mission Directorate, NASA (ret.) Moderator: Douglas Cooke, Aerospace Consultant, Cooke Concepts and Solutions, former Associate Administrator, Panelists: 19 August 2019 Monday, 11-GTE-1 GE Global Research Center Chaired by: J. HAYNES, 0930 hrs AIAA-2019-3818 Investigation of Slip Models for High-Speed Centrifugal Compressors West Purdue University, Lou, N. Key, H. Harrison, F. Lafayette, IN aiaa.org/propulsionenergy 43 Room 301 Room 311 Room 307 Room 104 Room 103 1130 hrs AIAA-2019-3840 A Single Stage to Orbit Design for a Hybrid Mars Ascent Vehicle NASA Marshall Space Flight A. Schnell, D. Yaghoubi, G. Story, Huntsville, AL; A. Karp, B. Nakazono, Jet Propulsion Center, Pasadena, CA; California Institute of Technology, Laboratory, Moffett Field, CA G. Zilliac, NASA Ames Research Center, 1100 hrs AIAA-2019-3825 Evaluation of Radiated Sound from the Advanced Noise Control Fan facility in an Outdoor Environment Using Ground Microphones K. Figueroa-Ibrahim, S. Morris, M. Ross, University of Notre Dame, Notre IN; D. Sutliff, NASA Glenn Research Cleveland, OH Center, 1100 hrs AIAA-2019-3835 Effects on Axial- Porosity and Temperature Injection, End-Burning Hybrid Rocket Motor Regression M. Hitt, Army Space and Missile Defense Command, Huntsville, AL 1100 hrs AIAA-2019-3839 Development of the Nucleus Hybrid Propulsion System: Enabling A Successful Flight Demonstration Nammo M. Faenza, A. Boiron, B. Haemmerli, C. Verberne, Raufoss AS, Raufoss, Norway Gas Turbine Noise Gas Turbine Advanced Engine Cycles I 1030 hrs AIAA-2019-3824 Retrospective of The Advanced Noise A 20 Year Noise Control Fan – Contributions to Turbofan Research Cleveland, OH D. Sutliff, NASA Glenn Research Center, 1030 hrs AIAA-2019-3828 A Fully Coupled Body Force-Engine Performance Methodology For Boundary Layer Ingestion N. García Rosa, Higher Institute G. Dufour, L. López de Vega, France of Aeronautics and Space, Toulouse, 1030 hrs AIAA-2019-3831 A file-based approach to multi-component coupled simulations in gas turbine engines C. Nastase, Rolls-Royce Group plc, Indianapolis, IN; I. United Kingdom; M. Rolls-Royce Group plc, Derby, Tristanto, Anand, Rolls-Royce Group plc, Indianapolis, IN 1030 hrs AIAA-2019-3834 Novel Hybrid Rocket Internal Ballistic Tube Injector Configuration with Coaxially Located Inc., Istanbul, M. Kahraman, DeltaV Space Technologies, Istanbul, University, I. Ozkol, Istanbul Technical Turkey; Istanbul, Turkey A. Karabeyoglu, Koc University, Turkey; 1030 hrs AIAA-2019-3838 Using a Feasibility Study for Hypersonic Flight Test Reusable Hybrid Rocket Motor Nardozzo, S. Popkin, J. Smith, Johns Hopkins University P. Laurel, MD Applied Physics Laboratory, Multidisciplinary Design, Analysis, Optimization I Design and Development of Novel Hybrid Rocket Motor Concepts I Program Progress, Future Investment, Business Case, and New Developments 1000 hrs AIAA-2019-3823 Study on aerodynamic and noise characteristics of thrust reverser in Aircraft propulsion system integration design J. Mao, S. Bi, X. Han, Nanjing University of Aeronautics and Astronautics, Nanjing, China 1000 hrs AIAA-2019-3827 Compressible Isolated Actuator Disk Theory Solutions California R. Westphal, S. Waal, Ng, S. Gnagy, S. Dick, P. San Luis Obispo, CA Polytechnic State University, 1000 hrs AIAA-2019-3830 Paramateric Shape Optimization of Pin Fin Arrays Using Surrogate Model Based Bayesian Methods S. Ghosh, University of Central Florida, Orlando, FL; University Park, PA Mondal, Pennsylvania State University, 1000 hrs AIAA-2019-3833 Diode Laser Ignition Mechanism for Hybrid Propulsion Systems Korneyeva, B. Cantwell, Stanford University, D. Dyrda, V. Stanford, CA 1000 hrs AIAA-2019-3837 based Development of Hapith Small Launch Vehicle on Hybrid Rocket Propulsion Inc., Chunan, Taiwan Chen, TiSPACE, Y. Monday, 19 August 2019 Monday, 12-GTE-2 Georgia Institute of Technology Chaired by: J. TAI, 0930 hrs AIAA-2019-3822 Numerical Simulation of Acoustic Shielding Effect on Supersonic Jets S. Salehian, R. Mankbadi, Embry-Riddle Aeronautical Daytona Beach, FL University, 19 August 2019 Monday, 13-GTE-3 Chaired by: M. BELMOUSS 0930 hrs AIAA-2019-3826 An Analysis of the Strayton Engine, a Brayton and Stirling Cycle Recuperating Engine J. Chapman, D. Simon, E. McNichols, NASA Glenn Research Cleveland, OH Center, 19 August 2019 Monday, 14-GTE-4 Chaired by: S. DRENNAN, Convergent Science, Inc. 0930 hrs AIAA-2019-3829 A Medial-Object-based Design-in-Context Approach for the Structural Design of Engine Subsystems A. Keane, University of D. Toal, L. Wang, H. Yong, Stanley, Southampton, United Kingdom; F. United Kingdom Rolls-Royce Group plc, Derby, 19 August 2019 Monday, 15-HR-1 Chaired by: S. COOGAN, Southwest Research Institute 0930 hrs AIAA-2019-3832 Thrust Augmentation of an Additively Manufactured Hybrid Rocket System Using Secondary H2O2 Injection Logan, UT Utah State University, S. Whitmore, M. Heiner, 19 August 2019 Monday, 16-HR-2 at Chattanooga University of Tennessee ELLIOTT, Chaired by: T. 0930 hrs AIAA-2019-3836 Viability Study of Acrylonitrile Butadiene Styrene Polymer as Fuel for Hybrid Rocket Engines in Colombia Rojas, University of San H. Lozada, A. Urrego, F. Buenaventura, Bogota, Colombia

44 aiaa.org/propulsionenergy Room 308 Room 105 Room 107 Room 305/06 Room 309/10 1130 hrs AIAA-2019-3849 Computational analysis of the IFCPT S-Duct using CFD++ for the 4th Propulsion Aerodynamics (Invited) Workshop Inc., A. Potturi, Bhatia, R. Oberoi, Metacomp Technologies, São Neto, L. Lima, Embraer, Agoura Hills, CA; L. Tobaldini José dos Campos, Brazil 1130 hrs AIAA-2019-3854 Development of a Ducted Propulsor for BLI Electric Regional Aircraft - Part II: Aeroacoustic Analysis Inc., Blacksburg, AVEC, K. Schwartz, R. Burdisso, B. Witcher, Inc., Christiansburg, VA; K. Brown, J. Fleming, Techsburg, VA; C. Combs, Ampaire, Inc., Los Angeles, CA 1100 hrs AIAA-2019-3844 An Engineering Model to Predict Flow Features of a Sonic or Supersonic Gaseous Jet into Crossflow G. Huggins, D. Fries, S. Menon, Georgia Institute of Atlanta, GA Technology, 1100 hrs AIAA-2019-3848 FUN3D and USM3D analysis of the Propulsion Case 2018 S-duct Test Aerodynamic Workshop (Invited) M. Bozeman, J. Carlson, NASA Langley Research M. Carter, Hampton, VA Center, 1100 hrs AIAA-2019-3853 Development of a Ducted Propulsor for BLI Electric Regional Aircraft - Part I: Aerodynamic Design and Analysis Inc., Ng, Techsburg, K. Brown, J. Fleming, M. Langford, W. Inc., Blacksburg, VA; K. Schwartz, AVEC, Christiansburg, VA; C. Combs, Ampaire, Inc., Los Angeles, CA 1100 hrs AIAA-2019-3858 Design of the Europa Clipper Propellant Management Device Keystone M. Bhatia, Dowdy, R. Manning, I. Ballinger, Long Beach, CA Engineering Company, In-Space Liquid Propulsion I Reduced-Order Analysis and Engineering Liquid Propulsion Combustion and Ignition 1030 hrs AIAA-2019-3843 MR3 Numerical investigation of the STRATOFLY propulsive nozzle during supersonic to hypersonic transition L. Nista, B. Saracoglu, von Kármán Institute for Fluid Dynamics, Rhode-Saint-Genèse, Belgium 1030 hrs AIAA-2019-3847 Case Using ANSYS CFD Simulation of S-Duct Test FLUENT (Invited) J. Selvanayagam, C. Aliaga, Stokes, ANSYS, Inc., Montréal, Canada 1030 hrs AIAA-2019-3852 Experimental and Numerical Evaluation of Boundary Layer Ingestion Effect with Engine/ Airframe Integration Model K. Okai, Japan Aerospace Exploration Agency (JAXA), Chofu, A. S. Ogushi, R. Tsuruta, Mitani, H. Yoshida, Japan; Y. Japan; et al. Tokyo, University, Okuno, Waseda 1030 hrs AIAA-2019-3857 AMC9 Successful Reorbitation - Propulsion Challenges E. Kruch, A. Aresini, SES, Betzdorf, Luxembourg; A. Iffly, Thales Group, Cannes, France; J. Deck, ArianeGroup, Lampoldshausen, Germany 1030 hrs AIAA-2019-3861 Evaluation of an Augmented Spark Igniter’s Flame Length and Comparison of Numerical Experimental Investigations A. Ulas, Ankara, Turkey; TUBITAK, B. Sümer, L. Öz, A. Özer, Ankara, Turkey University, Middle East Technical Green Propulsion for Advanced Gas Turbine Engines Green Propulsion for Advanced Gas Turbine Propulsion Aerodynamics Workshop: S-Duct Session (Invited) Propulsion Aerodynamics Workshop: AIAA PAW conference AIAA PAW th 1000 hrs AIAA-2019-3842 Development of a 1D dual mode scramjet model for a hypersonic civil aircraft B. Saracoglu, von Kármán Institute for Fluid A. Ispir, Dynamics, Rhode-Saint-Genèse, Belgium 1000 hrs AIAA-2019-3846 Invited paper: Analysis of IFCPT SDUCT using OpenFOAM for the 4 Mendonca, ESI Group, Bracknell, United Ghildiyal, F. P. Kingdom 1000 hrs AIAA-2019-3851 Wake Ingestion The Propulsive Efficiency of Lafayette, IN West Purdue University, Bevilaqua, C. Yam, P. 1000 hrs AIAA-2019-3856 Final Dawn Reaction Control System (RCS) Propulsion System In-Flight Characterization B. Nakazono, M. Mizukami, Jet Propulsion Barber, T. Pasadena, CA California Institute of Technology, Laboratory, 1000 hrs AIAA-2019-3860 Igniter Feed System Liquid Rocket Engine Torch , University of Southern California, Los Angeles, CA A. Vadera (Invited) Propulsion Aerodynamics th Monday, 19 August 2019 Monday, 17-HSABP-1 Boeing Chaired by: O. POWELL, Millennium Engineering & Integration Company and C. MARLEY, 0930 hrs AIAA-2019-3841 – Performance of a Generic X-51 Waverider Computed Using the MASIV Thrust, Drag, and Trim Reduced Order Model J. Driscoll, University of Michigan, Choi, E. Lerner, Y. M. Yost, MI Ann Arbor, Ann Arbor, 19 August 2019 Monday, 18-INPSI-1 Chaired by: C. WINKLER, The Boeing Company 0930 hrs AIAA-2019-3845 Summary of the 4 St. Louis, MO; L. Tobaldini D. Babcock, The Boeing Company, São José dos Campos, Brazil; Z. Davis, Kratos Neto, Embraer, Defense & Rocket Support Services, Huntsville, AL 19 August 2019 Monday, 19-INPSI-2/GTE-5 Purdue University Chaired by: I. HALLIWELL, Northwind Propulsion Inc. and G. PANIAGUA, 0930 hrs AIAA-2019-3850 non- of a closed Design and computational analysis planar wing aircraft coupled to a boundary layer ingestion propulsion system Catalano, University Bravo Mosquera, H. Cerón-Muñoz, F. P. of São Paulo, Carlos, Brazil 19 August 2019 Monday, 20-LP-1 Chaired by: S. BUSHMAN, The Johns Hopkins University Applied Physics Laboratory and S. ALBERTS 0930 hrs AIAA-2019-3855 Launch, and Early Operation Design, Fabrication, Test, of the Parker Solar Probe Propulsion System S. Kijewski, Bushman, Johns Hopkins University Applied Laurel, MD Physics Laboratory, 19 August 2019 Monday, 21-LP-2 LASSOUDIERE, Ariane Group Blue Origin LLC and F. Chaired by: M. MASQUELET, 0930 hrs AIAA-2019-3859 Development of a LOX/Ethanol Gas Generator for Mini-Launcher a Hybrid-Motor-Based E. Paccagnella, University of Padua, Italy; M. Kobald, German Aerospace K. Tomilin, U. Fischer, C. Schmierer, Center (DLR), Hardthausen, Germany Workshop: S-duct Results (Invited) Workshop: aiaa.org/propulsionenergy 45 Room 106 Room 101 White River J White River G White River H White River C/D 1130 hrs AIAA-2019-3868 Application of dynamic zone flamelet model to a GH2/GO2 rocket combustor X. Fan, Chinese Academy of Sciences, Beijing, China Yao, W. 1130 hrs AIAA-2019-3873 Characterization of an integrated nozzle and supersonic axial turbine with a rotating detonation combustor Andreoli, G. Paniagua, Z. Liu, J. J. Braun, D. Cuadrado, V. Lafayette, IN; et al. West Saavedra, Purdue University, 1100 hrs AIAA-2019-3863 An Experimental Investigation Into the Role of Equivalence Ratio Oscillations in the Heat Release Function Transfer D. Scarborough, Auburn University, L. Humphreys, J. Walker, Auburn, AL 1100 hrs AIAA-2019-3867 Spray Flamelet Modeling of Kerosene Combustion C. Chen, Shanghai Jiao Tong Yang, R. Yi, X. Zhang, T. Shanghai, China University, 1100 hrs AIAA-2019-3872 Experimental Study on Shortening Deflagration- by Nanosecond Laser to-Detonation Transition Ignition Sato, K. Matsuoka, A. Kawasaki, J. Kasahara, Nagoya T. Nagoya, Japan University, Combustion Dynamics I High Fidelity Combustion Modeling I 1030 hrs AIAA-2019-3862 Characterization of Self-Excited High Frequency Combustion Instability in a Bluff-Body Stabilized Flame in Vitiated Flow R. Villalva Gomez, J. Clabbers, E. Gutmark, Shaw, V. University of Cincinnati, OH 1030 hrs AIAA-2019-3866 Extension of the Flamelet Generated Manifold Approach to Account for Heat Losses in Multiphase Combustor Simulations B. Muralidharan, A. Zambon, Hosangadi, Combustion Inc., Pipersville, PA Research and Flow Technology, 1030 hrs AIAA-2019-3871 Improving the Performance of an Active Valve Resonant Pulse Combustor Roberts, King Abdullah University of J. Lisanti, X. Zhu, W. Thuwal, Saudi Arabia Science and Technology, Really Advanced Propulsion: Fission, Fusion, and Beyond Combustion Dynamics in Gas Turbine Combustion Systems Combustion Dynamics in Gas Turbine Pressure Gain Combustion: Component and Subsystem Development Cryogenic Propellant Management: Science, Applications and Experiments 1000 hrs AIAA-2019-3865 Large-Eddy Simulation of Spray Flames in the DLR Generic Single Sector Combustor German Aerospace Center Gerlinger, Ess, P. Setzwein, P. F. (DLR), Stuttgart, Germany 1000 hrs AIAA-2019-3870 Vane Orientation Influence of Nozzle Guide Direction Relative to RDC Wave Stathopoulos, Technical E. Bach, M. Bohon, C. Paschereit, P. University of Berlin, Germany Monday, 19 August 2019 Monday, 22-LP-3 0930 - 1100 hrs and Philipp Behruzi, ArianeGroup Mohammad Kassemi, CWRU/NASA Glenn Research Center, Goal of the session is to reflect on present state art concerning propellant management for spacecrafts. The focus will be put on spacecraft tanks and management. current status of experiments performed reflecting the cryogenic propellant behaviour will experiments which could be used for the evaluation of numerical and analytical tools will discussed. be discussed. Both in-orbit as well ground experiments will addressed. Finally a selection of benchmark 19 August 2019 Monday, 23-NFF-1 0930 - 1200 hrs covered include nuclear fission, fusion, and breakthrough physics. This lecture will be an introduction to the physics and engineering of breakthrough propulsion. Topics 19 August 2019 Monday, 24-PC-1 0930 - 1130 hrs by Tim Lieuwen, Georgia Institute of Technology Tutorial envelope of gas turbines and other steady flowing combustion systems. This tutorial will provide an overviewCombustion dynamics present a number of challenges by causing damage and reducing the operational of each the controlling issues, including an introduction to key physics, a discussion of mitigation strategies, and real world examples. 19 August 2019 Monday, 25-PC-2 SANKARAN, US Air Force/AFRL/RQRC and J. OEFELEIN, Georgia Institute of Technology Chaired by: V. 0930 hrs Oral Presentation Overview of Combustion Stability Experiments in Rocket Combustors (Invited) Lafayette, IN West Anderson, Purdue University, W. 19 August 2019 Monday, 26-PC-3 AFRL/RQRC Chaired by: C. HUANG, University of Michigan and M. HARVAZINSKI, 0930 hrs AIAA-2019-3864 Simulation of a Subscale Conjugate Heat Transfer Based Rocket Thrust Chamber Using a Timescale Frozen Non-Adiabatic Flamelet Combustion Model University of Munich, Germany; D. Rahn, Technical Germany; O. Haidn, H. Riedmann, ArianeGroup, Taufkirchen, University of Munich, Germany Technical 19 August 2019 Monday, 27-PGC-1 KAUST ROBERTS, Chaired by: B. SARACOGLU, von Karman Institute for Fluid Dynamics and W. 0930 hrs AIAA-2019-3869 Injector Mixing Effects in Rotating Detonation Rocket Engines ERC, Inc., Edwards, CA; J. Bennewitz, S. Danczyk, B. Bigler, Edwards AFB, CA Hargus, Air Force Research Laboratory, W.

46 aiaa.org/propulsionenergy Room 202 Room 201 Room 102 Room 203 White River I 1130 hrs AIAA-2019-3881 Dynamic Characteristics of the Aerospike-Shaped Thrust Pintle Nozzle for Variable D. Ha, J. Kim, Agency for Defense Development, Daejeon, South Korea; H. Kim, Chungnam National University, Daejeon, South Korea 1100 hrs AIAA-2019-3880 Experimental and Numerical Investigation of a Jet Control System of Thrust Vector Vane Ankara, Turkey TUBITAK, B. Söğütcü, Sümer, 1100 hrs AIAA-2019-3885 Analysis of a Functional and Concept Trade-off Mission Architecture for Moon and Cis-Lunar Orbit: SEEDS 2018-19 Pino, L. Marchino, D. Carabellese, M. Giuliani, P. S. Nambiar, Italy Turin, University of Turin, Technical Small Satellites I Controllable Solid Rockets 1030 hrs Oral Presentation Exploring the Kuiper Belt with Desorptive, Sun- Diving Solar Photon Sails City College of Technology, G. Matloff, New York Brooklyn, NY 1030 hrs Oral Presentation Overview on Solid Propellant Divert- and/or Attitude Control Systems K. Naumann, Bayern-Chemie, Aschau am Inn, Germany 1030 hrs AIAA-2019-3884 2018-2019 AIAA Undergraduate Space Design Competition: Reusable Lunar Surface Access Vehicle Hampton, VA Chai, NASA Langley Research Center, P. Space Mission Designs and Concepts of Operation Solar and Beamed Energy Sail Concepts Missions Modeling Approaches for Rotating Detonation Engines (RDE) 1000 hrs AIAA-2019-3875 Optimized Curvilinear Potential Field based Multi- maneuver objective Satellite Collision Avoidance College, Cairo, Egypt; A. A. Hamed, Military Technical October University for Modern Sciences and Arts, Badawy, College, Military Technical M. Ashry, Cairo, Egypt; A. Omar, Cairo, Egypt 1000 hrs AIAA-2019-3877 Propulsion for Directed-Energy Laser-Thermal Missions in the Solar System Rapid Transit Montréal, Canada; Z. Bao, A. Higgins, McGill University, Lubin, University of California, Santa Barbara, P. Barbara, CA 1000 hrs AIAA-2019-3879 Assembly and Control Hot Gas Nozzle-Valve Method for Continuously Operating Divert- and Attitude Control Systems K. Naumann, N. Hopfe, Bayern-Chemie, Aschau am Inn, Germany 1000 hrs AIAA-2019-3883 Project Luna: Hybrid Gateway-Based Cislunar Tug S. S. Regmi, B. Caudill, E. Baker, A. Sosa, G. Andrew, Ronvelwala, Virginia Polytechnic Institute and State et al. Blacksburg, VA; University, Monday, 19 August 2019 Monday, 28-PGC-2 0930 - 1200 hrs startsThis tutorial will cover different aspects of modeling Rotating Detonation Engines (RDE). The with a basic description of RDEs and how they fit into the broader Pressure Gain Combustion field. After this brief introduction, tutorial reviews simple thermodynamic with reviewing some of the more detailed three-dimensional models that have been accomplished for RDEs. While discussing different levels modeling, tutorial will models, some early computational fluid dynamic models (typically two-dimensional), and then finishs challenging areas of RDE modeling. highlight the strengths and weaknesses of each approach specifically for RDEs, also what remains 19 August 2019 Monday, 29-SATS-1 Chaired by: J. STRAUB, North Dakota State University 0930 hrs AIAA-2019-3874 Small-Sat Propellant Conformal Tanks: Management Technology West Srikanth, Purdue University, S. Collicott, E. Beckman, P. Lafayette, IN 19 August 2019 Monday, 30-SBE-1/EP-3/NFF-2/APC-2 Chaired by: H. WHITE, NASA-Johnson Space Center and G. WILLIAMS 0930 hrs AIAA-2019-3876 for Angular A Steerable Robotic Solar-Sail Momentum Dumping in the Lunar Gateway Saint-Hubert, Canadian Space Agency, Aghili, D. Rey, F. Canada 19 August 2019 Monday, 31-SR-1 Chaired by: M. BERDOYES, ARIANEGROUP and H. CIEZKI, DLR - German Aerospace Center 0930 hrs AIAA-2019-3878 Innovative ArianeGroup Controllable Solid Propulsion Technologies Caubet, M. Berdoyes, ArianeGroup, Le Haillan, France P. 19 August 2019 Monday, 32-SYS-1 CHAI, NASA Langley Research Center and C. JOYNER, Aerojet Rocketdyne Chaired by: P. 0930 hrs AIAA-2019-3882 Lunar Exploration and Access to Polar Regions (LEAPR) Ruperto, A. Rullán, Zapata García, Rodríguez W. University of Morales, A. Colon Cesani, Figueroa Velez, Puerto Rico, Mayaguez, ; et al. aiaa.org/propulsionenergy 47 Room 205 Room 106 Room 208 Room 209 JW Grand Ballroom 3/4 Charles Lents Associate Director, Research Associate Director, United Technologies Research Center United Technologies 1530 hrs AIAA-2019-3894 Numerical simulation of ion energy distribution the hollow cathode plume Shen, Chinese Hu, X. Liu, Y. Qin, H. Liu, J. Geng, Y. Y. Academy of Sciences, Beijing, China

SpaceX Hans Koenigsmann Mitch Wolff Mitch Wolff Vice President, Build and Flight Reliability Wright State University Wright Mechanical Engineering Professor Department of Mechanical and Materials Engineering 1500 hrs AIAA-2019-3889 Buoyant Hybrid Propulsion Rigid Airship Spacecraft E. Kideys, Intelicraft, Inc., Princeton, NJ 1500 hrs AIAA-2019-3893 Undergraduate Research in Energy and Propulsion: Outcomes and Lessons Learned from a 9-Year REU Site A&M University, Sammet, Texas E. Petersen, J. Thomas, T. Austin State College Station, TX; C. Aul, Stephen F. Nacogndoches, TX University,

Andrew Alleyne University of Illinois Ralph & Catherine Fisher Professor Advanced Propulsion Concepts II Director Power Optimization of Electro-Thermal Systems University Programs in Propulsion Education 1430 hrs AIAA-2019-3888 Theoretical and Experimental Analysis for an Air- Breathing Pulsed Plasma Thruster M. Azuara Rosales, R. Winglee, C. Hansen, University of Seattle, WA Washington, 1430 hrs AIAA-2019-3892 Capabilities at Rocket Development and Testing Embry-Riddle Aeronautical University - Prescott AZ Campus D. Dyck, C. Kurtz, Embry-RiddleE. Bryner, Aeronautical Prescott, AZ University, Introduction to Sloshing Dynamics in Space Vehicles UCLA Tim Fisher Tim Monday Forum 360 AM: Human Exploration Launch Systems (Part II - Commercial Spaceflight) Engineering Future Demands for Thermal Management Technologies in Aerospace and Terrestrial Applications: Challenges and Opportunities in Aerospace and Terrestrial Future Demands for Thermal Management Technologies Christopher Allison Chair of Department of Mechanical and Aerospace Senior Systems Engineer Sierra Nevada Corporation 1400 hrs AIAA-2019-3887 Assessment of feedstocks for blended alcohol- to-jet fuel manufacturing from standalone and distributed scheme for sustainable aviation S. Jagtap, Imperial College London, United Kingdom 1400 hrs AIAA-2019-3891 Propulsion Research and Academic Programs at the University of Alabama in Huntsville - PRC Strategic Plan– 2019 Ligrani, University of Alabama, R. Frederick, L. Thomas, P. Huntsville, AL Engineering Purdue University Suresh Garimella Goodson Distinguished Professor of Mechanical Monday, 19 August 2019 Monday, 33-TM-1 0930 - 1200 hrs Moderator: Michael K. Choi, NASA Goddard Space Flight Center Panelists will discuss the future demand of thermal management technologies in aerospace and terrestrial applications. The applications include, but are not limited to, propulsion systems, energy spacecraft, aircraft, and electronics. Emphasis will be placed on challenges and opportunities. Panelists: 19 August 2019 Monday, 34-F360-2 1045 - 1200 hrs FAA Commercial Space Transportation, Moderator: Kelvin Coleman, Deputy Associate Administrator, Panelists: Monday, 19 August 2019 Monday, 35-LP-4 1100 - 1200 hrs all partsFluid sloshing forces are a significant consideration in the control and stability of spacecraft during of its mission. In this tutorial, Steve Green, Southwest Reasearch Institute, will describe the theoretical foundations modeling and testing approaches to estimating the effects of fluid dynamics through use mechanical analogs. 19 August 2019 Monday, 36-APC-3 and J. ROBINSON GIEL, Jacobs Technology Chaired by: T. 1330 hrs AIAA-2019-3886 Responsiveness for Affordable Availability System Sustainable Reusable Space Transportation J. Robinson, Self, Seal Beach, CA 19 August 2019 Monday, 37-EDU-2 Chaired by: J. BENNEWITZ and BUCKLEY 1330 hrs AIAA-2019-3890 Rolls-Royce University Collaboration J. Krok, Rolls-Royce Group plc, Indianapolis, IN; M. Jefferies, Rolls-Royce Group plc, Bristol, United Kingdom; L. Teague, Rolls-Royce Group plc, Indianapolis, IN; K. Barnard, Rolls- Royce Group plc, Bristol, United Kingdom

48 aiaa.org/propulsionenergy Room 204 Room 102 Room 309/10 White River A/B 1500 hrs AIAA-2019-3898 Accelerating 23,000 hours of Ground Test Backsputtered Carbon on a Magnetically Shielded Hall Thruster Chaplin, Jet Propulsion V. R. Lobbia, J. Polk, Hofer, Pasadena, CA; California Institute of Technology, Laboratory, MI Ann Arbor, B. Jorns, University of Michigan, Ann Arbor, 1500 hrs AIAA-2019-3905 Spectroscopic Plasma Emission from a Pulsed Plasma Thruster with Asymmetric Electrodes Ling, S. Zhang, X. Liu, Beijing Institute of Technology, Y. Beijing, Beihang University, Beijing, China; Z. Zhang, H. Tang, China Electrospray Plasma Plume RF and Pulsed Electric Propulsion Hall Thruster Flight Development 1430 hrs AIAA-2019-3897 Ions near the Inner Evidence of Counter-Streaming Pole of the HERMeS Hall Thruster Huang, H. Kamhawi, D. Herman, NASA Glenn Research W. Cleveland, OH Center, 1430 hrs AIAA-2019-3901 Data-Driven Scaling Laws for Electrospray Plume Divergence from a Capillary Tube B. Jorns, University of Michigan, Ann Dahl, A. Kimber, P. MI Ann Arbor, Arbor, 1430 hrs AIAA-2019-3904 Impulse Measurements of Electric Solid Propellant in an Electrothermal Ablation-Fed Pulsed Plasma Thruster M. Glascock, Missouri University of Science and Technology, University of Illinois, Urbana-Champaign, Rolla, MO; J. Rovey, Urbana, IL; K. Polzin, NASA Marshall Space Flight Center, Huntsville, AL Combustion in Supercritical CO2 Medium - Fundamentals and Recent Progress 1400 hrs AIAA-2019-3896 Uncertainty in Electric Propulsion Erosion Measurements J. Frieman, D. Ahern, NASA Glenn Research J. Mackey, Cleveland, OH; J. Gilland, Ohio Aerospace Institute, Center, Cleveland, OH 1400 hrs AIAA-2019-3900 Experimental Investigation of Mixtures 1-Ethyl-3-Methylimidazolium Ethyl sulfate and Ethylammonium Nitrate with Electrospray Propulsion Applications Missouri University of Science and Technology, M. Wainwright, University of Illinois, Urbana-Champaign, Rolla, MO; J. Rovey, Boston College, Chestnut Hill, MA; B. Urbana, IL; S. Miller, Kirtland AFB, NM Prince, Air Force Research Laboratory, 1400 hrs AIAA-2019-3903 Comparison between Experiments and Numerical Simulations of a Radio-frequency Inductively Coupled Plasma Thruster Tsukuba, Fujino, University of Tsukuba, T. M. Yamauchi, Japan Monday, 19 August 2019 Monday, 38-EP-4 RAITSES, Princeton Plasma Physics Laboratory and Y. Georgia Institute of Technology Chaired by: M. WALKER, 1330 hrs AIAA-2019-3895 of the Test Completion of the Long Duration Wear NASA HERMeS Hall Thruster Peterson, D. Herman, NASA J. Frieman, H. Kamhawi, P. Cleveland, OH; J. Gilland, Ohio Glenn Research Center, Jet Propulsion Aerospace Institute, Cleveland, OH; R. Hofer, Pasadena, CA California Institute of Technology, Laboratory, 19 August 2019 Monday, 39-EP-5 Chaired by: B. PRINCE, Air Force Research Laboratory and M. JUGROOT 1330 hrs AIAA-2019-3899 Hydroxylammonium Nitrate Species in a Monopropellant Electrospray Plume Missouri University of Science and M. Wainwright, University of Illinois, Rolla, MO; J. Rovey, Technology, Boston College, Urbana-Champaign, Urbana, IL; S. Miller, Kirtland Boston, MA; B. Prince, Air Force Research Laboratory, AFB, NM; S. Berg, University of Illinois, Urbana-Champaign, Urbana, IL 19 August 2019 Monday, 40-EP-6 A&M University Chaired by: J. GILLAND, Ohio Aerospace Institute and K. HARA, Texas 1330 hrs AIAA-2019-3902 Recent Advances in the Clustering of High Power Helicon Thrusters H. Martin, K. Durkee, A. Kullman, S. J. Correy, K. Vereen, et al. Seattle, WA; University of Washington, Fraser, 19 August 2019 Monday, 41-GTE-6 1330 - 1500 hrs for supercritical CO2 (sCO2) oxy-methane/syngas combustion that can be used computational fluid dynamic code (CFD) simulations in oxy-combustion development. This This tutorial will discuss the development and validation of a combustion chemical kinetic mechanism Acquiring experimental data is critical in the development of a sCO2 detailed kinetic mechanism as there currently none available for methane at for pressures up to 300 bar. model is validated using unique experiments conducted in CO2 diluted methane/syngas mixtures and very high pressures approaching 300 bar and for CO2 diluted methane mixtures even at normal pressures. This work will enable industry to tackle challenges associated with oxy-combustion systems in directly heated sCO2 power cycles and propulsion systems. aiaa.org/propulsionenergy 49 Room 201 Room 312 Room 311 Room 307 Jonathan Kratz NASA Glenn Research Center Intelligent Controls and Autonomy Branch Thermal Systems Analysis Toolbox (TSATS) (TSATS) Thermal Systems Analysis Toolbox Joseph Connolly NASA Glenn Research Center Partial Turbo-Electric Propulsion System Partial Turbo-Electric Intelligent Controls and Autonomy Branch 1500 hrs AIAA-2019-3913 Off- for Gas Turbine Application of Digital Twin Design Performance and Operation Analyses Inc., Barannik, SoftInWay, L. Moroz, M. Burlaka, V. Burlington, MA (EMTAT) (EMTAT) Mark Bell Compressors II Vantage Partners LLC Vantage Advanced Engine Cycles II Electrical Modeling and Thermal Analysis Toolbox Electrical Modeling and Thermal Analysis Toolbox 1430 hrs AIAA-2019-3909 Preliminary Design of a Three-Stage Low-Speed Vanes Research Compressor Using Tandem Technical University of Munich, V. Gümmer, M. Hopfinger, Garching, Germany 1430 hrs AIAA-2019-3912 Engines Bypass Fan System of Turbofan Optimization Hryshchenko, L. Moroz, E. Rublevskyi, T. I. Klimov, Inc., Burlington, MA SoftInWay, 1430 hrs AIAA-2019-3916 Engine Configuration Given Minimum Weight Required Power MA Physical Sciences, Inc., Andover, S. Torrez, Multidisciplinary Design, Analysis, Optimization II Introduction to Dynamic Propulsion System Modeling for Control Design, Analysis, and Simulation Jeffreys Chapman NASA Glenn Research Center Thermodynamic Systems (TMATS) Thermodynamic Systems (TMATS) Propulsion Systems Analysis Branch Toolbox for Modeling and Analysis of Toolbox 1400 hrs AIAA-2019-3908 Improved Loss Modeling for a 2D Through-flow Compressor Design Code Dayton, OH; M. List, State University, Lanchman, Wright T. AFB, OH; M. Wright-Patterson Air Force Research Laboratory, Dayton, OH State University, Wright Wolff, 1400 hrs AIAA-2019-3911 Engine Modeling of Micro Turbojet College, M. Kamel, A. Shehata, Military Technical M. Ashry, Egypt Nasr City, 1400 hrs AIAA-2019-3915 Multidisciplinary Optimization of Compressor Stage with Different Parameterization Methods E. Goriachkin, Samara National Research G. Popov, Moscow Aviation Samara, Russia; I. Egorov, University, Central Buyukli, A. Salnikov, Russia; T. Institute, Moscow, Russia Motors, Moscow, Institute of Aviation Introduction Jonathan Litt NASA Glenn Research Center Intelligent Controls and Autonomy Branch Monday, 19 August 2019 Monday, 42-GTE-7 1330 - 1600 hrs to capture the relevant dynamics, but also able execute in a reasonable time. The modeling of electrified propulsion systems for control design and analysis involves Control design and analysis involve the use of plant models appropriate fidelity: high enough power system, and the thermal interactions involved. This tutorial will present an overviewmultidisciplinary of dynamic modeling, simulation, and analysis tools developed at NASA Glenn Research approach accounting for the widely different dynamics of turbomachinery, specifically designed for traditional and electrified propulsion systems. Center, Monday, 19 August 2019 Monday, 43-GTE-8 LOU, Purdue University and M. SHIMO, Rolls-Royce Chaired by: F. 1330 hrs AIAA-2019-3907 Interacting Flow Effects in the Stages of a Low-Speed Multistage Axial Compressor Using Shrouded and Cantilevered Stators University of Munich, I. De Dominicis, Technical Germany; S. Robens, Siemens, Berlin, Germany; N. Wolfrum, Germany;AG, Munich, MTU Aero Engines Technical M. Lange, Gümmer, University of Dresden, Germany; V. University of Munich, Germany Technical 19 August 2019 Monday, 44-GTE-9 Chaired by: M. BELMOUSS 1330 hrs AIAA-2019-3910 Design and optimization of a micro turbine engine centrifugal compressor for engineering education Fernandez-Fraire, C. Sanchez-Ramirez, Autonomous F. University of Chihuahua, Mexico 19 August 2019 Monday, 45-GTE-10 Chaired by: D. SANDERS, Air Force Reseach Laboratory 1330 hrs AIAA-2019-3914 The Concept of Obtaining Reliable Compressor Characteristics Based on a Multilevel Mathematical Identification Model with a Two-Stage Institute, Moscow, Moscow Aviation E. Marchukov, I. Egorov, O. Baturin, Samara National G. Popov, Russia; A. Volkov, Samara, Russia Research University,

50 aiaa.org/propulsionenergy Room 104 Room 103 Room 308 Room 305/06 AIAA th 1500 hrs AIAA-2019-3920 Suppressing the LFI with Dual Fuel in Hybrid Rocket Combustion Seoul, South Korea H. Chae, C. Lee, Konkuk University, 1500 hrs AIAA-2019-3930 BCFD and Kestrel Analysis for the 4 Hazelwood, MO; D. Crowe, The Boeing Company, C. Winkler, AFB, OH Wright-Patterson Air Force Institute of Technology, Propulsion Aerodynamics Workshop: Nozzle Propulsion Aerodynamics Workshop: Results (Invited) Flowpath Plasma Applications 1430 hrs AIAA-2019-3919 Simulation of Surface Instabilities in Liquefying Hybrid Rocket Fuels I. Knol, B. Maicke, Pennsylvania State University, Middletown, PA 1430 hrs AIAA-2019-3923 of N2O/CO2 Oxidizer Mixture Experimental Test with Paraffin based Aluminum Fuel for Mars Ascent Vehicles O. Kara, H. Karakas, A. Karabeyoglu, DeltaV Space Inc., Istanbul, Turkey Technologies, 1430 hrs AIAA-2019-3926 Plasma Ignition Experiments in a Laser-Induced Direct-Connect Supersonic Combustor at Mach 3 Lee, D. Baccarella, G. Lee, Q. Liu, Elliott, J. Freund, T. University of Illinois, Urbana-Champaign, Urbana, IL 1430 hrs AIAA-2019-3929 Large Eddy Simulations of Lattice-Boltzmann Very an Underexpanded Jet from a Rectangular Nozzle with and without Aft-deck (Invited) Dassault Group, Polidoro, C. Nardari, L. Gregory, J. Kopriva, F. MA Waltham, Propulsion Aerodynamics Workshop: Nozzle Session (Invited) Propulsion Aerodynamics Workshop: Combustion Stability, Motor Performance, and Related Issues I Combustion Stability, Development and Evaluation of Novel O/F Formulations Combinations 1400 hrs AIAA-2019-3918 Response Mechanisms in Axial-Injection End- Burning Hybrid Rockets A. Sendai, Japan; A. Tsuji, University, Saito, Tohoku Y. Sapporo, Japan H. Nagata, Hokkaido University, Yamada, 1400 hrs AIAA-2019-3922 Performance Enhancing Additives for Hybrid Rockets Inc., H. Karakas, O. Kara, DeltaV Space Technologies, University, I. Ozkol, Istanbul Technical Istanbul, Turkey; A. Karabeyoglu, DeltaV Space Technologies, Istanbul, Turkey; Inc., Istanbul, Turkey 1400 hrs AIAA-2019-3925 Instabilities of Supersonic Combustion at Plasma- Based Flameholding University of Notre Dame, S. Elliott, A. Houpt, Leonov, Notre Dame, IN 1400 hrs AIAA-2019-3928 FUN3D and USM3D Analysis of the 4th AIAA Nozzle Test Propulsion Aerodynamic Workshop Case (Invited) NASA Langley Research Center, M. Bozeman, Carter, Hampton, VA Monday, 19 August 2019 Monday, 46-HR-3 The Aerospace Corporation Chaired by: B. BRADY, 1330 hrs AIAA-2019-3917 Evaluation of Safety Distance for Blast Hybrid Rocket Propellants Funabashi, Japan; K. Nihon University, A. Takahashi, Shimada, Japan Aerospace Exploration Agency Kitagawa, T. (JAXA), Sagamihara, Japan 19 August 2019 Monday, 47-HR-4 NASA Marshall Space Flight Center Chaired by: G. STORY, 1330 hrs AIAA-2019-3921 Addition to Paraffin Selection Criteria for Tackifier based Hybrid Rocket Fuels Wax K. Bilge, U. Kokal, N. Emerce, Yildiz, M. Baysal, DeltaV A. Karabeyoglu, Inc., Istanbul, Turkey; Space Technologies, Istanbul, Turkey Koc University, 19 August 2019 Monday, 48-HSABP-2 NASA Glenn Research Center Chaired by: J. BRAUN, Purdue and D. PAXSON, 1330 hrs AIAA-2019-3924 Cold Start-Up and Plasma-Based Flameholding in Model Scramjet University of Notre Dame, A. Houpt, S. Elliott, Leonov, Notre Dame, IN 19 August 2019 Monday, 49-INPSI-3 Chaired by: D. CROWE, Air Force Research Laboratory 1330 hrs AIAA-2019-3927 Modeling IV: Propulsion Aerodynamic Workshop of the Jet From a High Aspect Ratio Rectangular Convergent Nozzle, With and Without an Aft Deck, at Pressure Ratios up to 3.5, Including a Comparison With Experimental Results (Invited) Wright-Patterson D. Crowe, Air Force Institute of Technology, Brown, Air Force T. AFB, OH; R. Thornock, Self, Seattle, WA; AFB, OH Wright-Patterson Institute of Technology, aiaa.org/propulsionenergy 51 Room 105 Room 301 Room 106 Room 101 White River J 1530 hrs AIAA-2019-3946 Nuclear Thermal Rocket System Instrumentation University of Tennessee, D. Floyd, Sikorski, R. Wood, Knoxville, TN 1500 hrs AIAA-2019-3937 of a 500 lbf Liquid Oxygen/ Design and Testing Liquid Methane Engine J. Adams, L. Bugarin, M. Herrera, M. Chaidez, Z. Welsh, El Paso, TX; et al. Chessa, University of Texas, 1500 hrs AIAA-2019-3941 A first step into the blanching modelling of Liquid Rocket Engines: taking into account the roughness increase of the chamber wall German Aerospace Center (DLR), J. Riccius, M. Böttcher, Lampoldshausen, Germany 1500 hrs AIAA-2019-3945 Material Characterization of Subscale Molybdenum Cermets for Nuclear Thermal Propulsion Tennessee, Knoxville, Duffin, S. Zinkle, University of T. NASA Marshall Space Flight Knoxville, TN; K. Benensky, Huntsville, AL Center, Model Validation for Propulsion Model Validation Liquid Rocket Propellant Injectors I Liquid Propulsion Chamber Cooling 1430 hrs AIAA-2019-3933 Stiff phase-change phenomenon modeled by a compressible LES solver Li, Chinese Academy of Sciences, Beijing, Jin, Y. Y. Yao, W. China 1430 hrs AIAA-2019-3936 Design Modular Liquid Propellant Launch Vehicle California State University, D. Honkawa, M. Yoozbashizadeh, Long Beach, CA 1430 hrs AIAA-2019-3940 and Numerical Investigation of Bulk Velocity Chemistry in Fuel Rich Pressure on Near Wall RP-2/GOX Combustion West Pourpoint, Purdue University, T. R. Kulakhmetov, Lafayette, IN 1430 hrs AIAA-2019-3944 Thermal, Fluid, and Neutronic Analysis of the GCD LEU Nuclear Thermal Propulsion Core Cleveland, OH M. Stewart, NASA Glenn Research Center, Nuclear Thermal Rockets - Analysis and Models Student Liquid Rocket Engine and Vehicle Programs Student Liquid Rocket Engine and Vehicle 1400 hrs AIAA-2019-3932 Uncertainty Analysis of Experimental Discharge Coefficients in Additively Manufactured Liquid Injector Elements R. Frederick, M. Costa, E. Unruh, D. Lineberry, J. Venters, University of Alabama, Huntsville, AL; J. Wood, Huntsville, AL; et al. NASA Marshall Space Flight Center, 1400 hrs AIAA-2019-3935 Update on the Student Development of a Nitrous Oxide-Ethane Bipropellant Rocket Engine University of E. Korizon, O. Copeland, A. Bower, M. Perry, Alabama, Huntsville, AL 1400 hrs AIAA-2019-3939 Carbon Deposit Formation in Supercritical Methane-based, Hydrocarbon Fuels Using a Cooling Channel Surrogate S. Frolik, J. Morehart, The Moore, B. Brady, R. Driscoll, T. Aerospace Corporation, El Segundo, CA 1400 hrs AIAA-2019-3943 Evolution of Low Enriched Uranium Nuclear and Engine Design Thermal Propulsion Vehicle D. Levack, J. Horton, Aerojet Rocketdyne, Canoga Park, CA; Palm Beach, Aerojet Rocketdyne, West Jennings, C. Joyner, T. Kokan, Aerojet Rocketdyne, Huntsville, AL; J. Mandel, FL; T. Aerojet Rocketdyne, Canoga Park, CA; et al. Monday, 19 August 2019 Monday, 50-LP-5 MARSHALL, NASA-Glenn Research Center Chaired by: S. MILLER, Aerojet Rocketdyne and W. 1330 hrs AIAA-2019-3931 Effects on Impact of Supercritical and Transcritical Rocket Engine Injector Mass Flux and Stiffness Stanford, CA N. Gloria, Stanford University, 19 August 2019 Monday, 51-LP-6 and J. RICCIUS, DLR - German Aerospace Center Chaired by: A. LEKEUX, CNES and E. BESNARD, Vector 1330 hrs AIAA-2019-3934 Student Development of a Liquid Oxygen, Methane Sounding Rocket and Launch Infrastructure K. Runkle, B. Jacob, R. S. Meriam, C. Nilsen, M. Tanner, Lafayette, IN; et al. West Groome, Purdue University, 19 August 2019 Monday, 52-LP-7 Chaired by: C. KIRCHBERGER, German Aerospace Center (DLR) and J. GRUMBACH 1330 hrs AIAA-2019-3938 Optimization of Regeneratively Cooled Rocket Engines Cooling Channel Dimensions E. Atefi, M. Naraghi, Manhattan College, Riverdale, NY 19 August 2019 Monday, 53-NFF-3 Blue Origin LLC NASA Glenn Research Center and J. CAVERA, Chaired by: B. PALASZEWSKI, 1330 hrs AIAA-2019-3942 Scaling and the Nuclear Thermal Propulsion Vehicle Importance of Densified Propellant A. Aueron, L. Thomas, University of Alabama, Huntsville, Huntsville, AL 19 August 2019 Monday, 54-PC-4 1330 - 1530 hrs A summary be provided and discussed. Invited speakers will present topics relevant to model validation of turbulent reacting flows. Significant time allocated for audience feedback of the key outcomes from Model validation for Propulsion (MVP) workshop series will and open discussion regarding MVP progress future validation efforts.

52 aiaa.org/propulsionenergy Room 202 Room 107 White River I White River G White River C/D 1530 hrs AIAA-2019-3950 Plasma-Assisted Control of Combustion Instabilities in Low-Emissions Combustors at Realistic Conditions Gomez del Campo, FGC Plasma Solutions, Somerville, MA F. 1500 hrs AIAA-2019-3949 Experimental Analysis of Thermoacoustic Oscillations in a Model Aeronautical Gas Turbine Combustor at Realistic Conditions Canada; K. Toronto, University of Toronto, Wabel, M. Passarelli, T. A. Niskayuna, NY; A. Cross, General Electric Company, Venkatesan, Atlanta, GA Steinberg, Georgia Institute of Technology, 1500 hrs AIAA-2019-3954 Numerical studies of initiations in preheated regions and possible implications to PDE RDE Swedish Defense Research Agency (FOI), J. Tegner, Stockholm, Sweden 1500 hrs AIAA-2019-3960 A simplified approach to predict Friedman Curl effect in a solid rocket motor using ROBOOST simulation tool Ponti, S. Mini, University of Bologna, Italy; A. F. S.p.A., Colleferro, Italy Annovazzi, Avio Small Satellites II Combustion Dynamics II 1430 hrs AIAA-2019-3948 Investigation of Combustion Instabilities in a Full Flow Staged Combustion Model Rocket Combustor W. Anderson, C. Slabaugh, T. Fuller, A. Lemcherfi, R. Gejji, Lafayette, IN West Purdue University, 1430 hrs AIAA-2019-3953 and the Stability of Momentum Transfer Detonations D. CT; C. Nordeen, New Cycle Engineering, LLC, Manchester, D.C. Washington, Naval Research Laboratory, Schwer, 1430 hrs Panel 1430 hrs AIAA-2019-3959 Numerical simulations of air inclusions using ROBOOST simulation tool Ponti, S. Mini, University of Bologna, Italy; A. F. S.p.A., Colleferro, Italy Annovazzi, Avio Solid Rocket Simulation and Analysis Methodologies I Experimental Efforts with Rotating Detonation Engines (RDE) Pressure Gain Combustion: Physics Modeling and Exploration I 1400 hrs AIAA-2019-3947 Combustion Instabilities in a High Transverse Pressure Multi-Element Combustor Lafayette, IN; West Anderson, Purdue University, R. Gejji, W. Lafayette, IN B. Austin, INSpace, LLC, West 1400 hrs AIAA-2019-3952 Deficits of CH4, Detonation Limits and Velocity C2H4, C2H6 and C3H8 with N2O in a Small Diameter Tube U.S. Air Force M. Knadler, M. Hageman, D. Hopper, Colorado Springs, CO Academy, 1400 hrs AIAA-2019-3956 Design, Development, and Certification, of the Seeker Robotic Free Flier Propulsion System C. Radke, M. Atwell, B. Studak, NASA Johnson Space Center, Houston, TX 1400 hrs AIAA-2019-3958 Conjugate Analysis of Silica- Fully Transient Phenolic Charring Ablation Coupled with Interior Ballistics Özyörük, Middle Y. Ankara, Turkey; C. Alanyalioglu, TUBITAK, Ankara, Turkey University, East Technical Monday, 19 August 2019 Monday, 55-PC-5 SANKARAN, US Air Force/AFRL/RQRC Chaired by: K. MCMANUS, GE Global Research Center and V. 1330 hrs Oral Presentation Challenges in Stabilizing High-Speed Ethylene- Flames over Cavity Air Premixed Turbulent Recirculation Regions with Applications to Hypersonic Propulsion Systems (Invited) H. Chelliah, University of Virginia, Charlottesville, Charlottesville, VA 19 August 2019 Monday, 56-PGC-3/HSABP-3 Chaired by: E. BACH, TU Berlin and G. MEHOLIC, The Aerospace Corporation 1330 hrs AIAA-2019-3951 Chemical Kinetic Effects on Detonation Wave Generation in a Semi-Bounded Channel West K. Schwinn, R. Gejji, C. Slabaugh, Purdue University, Lafayette, IN 19 August 2019 Monday, 57-PGC-4 1330 - 1600 hrs engines. It will cover different classes of RDEs, which fuels are friendly for research and provide design recommendations experimental RDE hardware. also review This technical workshop will review considerations for conducting experimentation of rotating detonation special considerations for test facility setup, instrumentation and data acquisition. There will be some discussion of proper interpretation measured RDE data. 19 August 2019 Monday, 58-SATS-2 Chaired by: J. STRAUB, North Dakota State University 1330 hrs AIAA-2019-3955 Comparison of Performance by different operation Resistojet Propulsion System : method of a Water AQUARIUS Installed on 6U CubeSat : EQUULEUS. M. Murohara, Y. K. Kikuchi, Nishii, M. Akiyama, Q. Wang, Bunkyo, Japan; et al. Ataka, University of Tokyo, 19 August 2019 Monday, 59-SR-2 Chaired by: R. YOUNG, Northrop Grumman Innovation Systems and J. MAJDALANI, Auburn University 1330 hrs AIAA-2019-3957 Development of the Multifactorial Computational Models of the Solid Propellants Combustion by Means of Data Science Methods –Phase III Russia; A. Cheboksary, Chuvash State University, Abrukov, V. Russia; N. Tuapse, Research Center, Lukin, Western-Caucasus C, C. Oommen, Indian Institute of Science, Bengaluru, India; D. A. Anufrieva, Chuvash State University, Kiselev, M. V. Russia; et al. Cheboksary, aiaa.org/propulsionenergy 53 Room 203 Room 205 JW Grand Ballroom 5 JW Grand Ballroom 3/4 Astronautics Purdue University Kathleen Howell JW Grand Ballroom Prefunction JW Grand Ballroom Prefunction Hsu Lo Distinguished Professor of Aeronautics and Ty Lee Ty Engineering Maxar Space Solutions Lead, Power and Propulsion Element Systems 1500 hrs AIAA-2019-3964 Making it Through the Lunar Night Using Chemicals: Internal Combustion Engine Solar Independent Propulsion MO; W. Elevated, LLC, Kansas City, C. Dyess, Technology Elevated, LLC, Brookville, PA Platts, Technology 1500 hrs AIAA-2019-3968 Cooling Tubes On The Modeling of Vortex Performance Cairo G. ElHarriri, M. AbdelGhafar, E. Khalil, K. Beshay, Cairo, Egypt University, Spaceflight Networking Break Christopher D’Souza NASA Johnson Space Center Pickering Awards Lecture Pickering Awards Space Mission Analysis and Design Navigation Technical Discipline Lead for Human Navigation Technical Young Professionals Networking Reception Young 1430 hrs AIAA-2019-3963 A Kuiper Belt Object Orbiter Enabled By 10 kW Kilopower Electric Propulsion Cleveland, OH; P. S. Oleson, NASA Glenn Research Center, Partners, LLC, Cleveland, OH Schmitz, Vantage 1430 hrs AIAA-2019-3967 Cooling of an Effusion Plate with Cross Double Wall Flow and Impingement Jet Combination Internal Cooling: Comparisons of Main Flow Contraction Ratio Effects Ligrani, University of Alabama, A. Click, D. Ritchie, P. Ho, Solar Liberatore, R. Patel, Y. Huntsville, AK; F. Inc., San Diego, CA Turbines, Thermal System Applications and Unique Environment Monday Forum 360 PM: Lunar, Martian and Deep Space Exploration: Electric Propulsion System Application Monday Forum 360 PM: Lunar, Franklin Chang Diaz CEO and Board Chairman Ad Astra Rocket Company 1400 hrs AIAA-2019-3962 A Steam Propelled Autonomous SPARROW: Retrieval Robot for Ocean Worlds G. Meirion-Griffith, D. Levine, B. Hockman, Jet Propulsion Pasadena, CA; California Institute of Technology, Laboratory, Lafayette, IN West Pourpoint, Purdue University, T. 1400 hrs AIAA-2019-3966 Successful Use of Microporous Polytetrafluoroethylene Flexible Thin Sheets in OSIRIS-REx Mission NASA’s M. Choi, B. Bos, J. Tveekrem, NASA Goddard Space Flight B. Rizk, D. Lauretta, Greenbelt, MD; C. d’Aubigny, Center, AZ Tucson, University of Arizona, Tucson, Joseph Cassady Aerojet Rocketdyne Executive Director, Space Executive Director, Monday, 19 August 2019 Monday, 60-SYS-2 Chaired by: C. JOYNER, Aerojet Rocketdyne 1330 hrs AIAA-2019-3961 System Integrated Trajectory Hybrid Transportation Design and Optimization for Mars Landing Site Accessibility M. Qu, Hampton, VA; Chai, NASA Langley Research Center, P. R. Merrill, Analytical Mechanics Associates, Inc., Hampton, VA; K. Pfrang, Hampton, VA; NASA Langley Research Center, Cambridge, MA Massachusetts Institute of Technology, 19 August 2019 Monday, 61-TM-2 Chaired by: M. CHOI, NASA-Goddard Space Flight Center and D. ZAKAR, NRL 1330 hrs AIAA-2019-3965 Effects of Coolant Supply Arrangement on Hot- Side Effusion Performance and Cold-Side Nusselt Numbers at Different Initial Blowing Ratios Ligrani, A. Click, D. Ritchie, University of Alabama, P. Ho, Solar Liberatore, R. Patel, Y. Huntsville, AL; F. Inc., San Diego, CA Turbines, 19 August 2019 Monday, 62-F360-3 1400 - 1600 hrs Moderator: Daniel Herman, Systems Branch, NASA Glenn Research Center Power and Propulsion Element Ion System Lead, Electric Panelists: Monday, 19 August 2019 Monday, 63-NW-3 1600 - 1630 hrs 19 August 2019 Monday, 64-LEC-1 1630 - 1730 hrs 19 August 2019 Monday, 65-NW-4 1800 - 1930 hrs

54 aiaa.org/propulsionenergy Room 202 White River I Room 305/06 Session Rooms JW Grand Ballroom 5 JW Grand Ballroom Prefunction David Spencer 1130 hrs AIAA-2019-3977 Heat Thermo-Radiative Cell - A New Waste for Space Power Applications Recovery Technology Anderson, Advanced Cooling W. C. Chen, R. Bonner, J. Wang, PA Inc., Lancaster, Technologies, Purdue University Director, Space Flight Projects Laboratory, and Space Flight Projects Laboratory, Director, Associate Professor, School of Aeronautics and Astronautics Associate Professor, 1100 hrs AIAA-2019-3972 Resilience-oriented Design of Extraterrestrial Habitat Systems A. A. Maghareh, Lenjani, S. Dyke, K. Marais, D. Whitaker, Lafayette, IN; et al. West Bobet, Purdue University, 1100 hrs AIAA-2019-3976 Overview of Multi-Layer Metal Insulation Development for Small Stirling Convertors at NASA GRC S. Wilson, NASA Glenn Research D. Goodell, N. Schifer, Cleveland, OH Center, Tuesday Purdue University Kathleen Howell Opening Remarks Indiana Governor, Networking Break The Honorable Eric Holcomb Tuesday Speaker Briefing Tuesday Small Launch Vehicle Propulsion Panel Small Launch Vehicle 1030 hrs AIAA-2019-3971 Commercialization and Human Settlement of the Moon and Cislunar Space - A Look Ahead at the Possibilities Over the Next 50 Years S. Borowski, Self, Cleveland, OH; Ryan, NASA Glenn Vantage Cleveland, OH; D. McCurdy, Research Center, Partners, LLC, Brook Park, OH; B. Sauls, XP4D, Seabrook, TX 1030 hrs AIAA-2019-3975 Design and Development of a Heater Head for Free-Piston Stirling Engine Morgantown, Virginia University, Gao, S. Qiu, R. Li, West Y. WV Tuesday Plenary: Partnering Advances in Aerospace Tuesday Space Architecture and Lunar Mission Considerations Hsu Lo Distinguished Professor of Aeronautics and Astronautics Stirling Energy Conversion Components and Analysis 1000 hrs AIAA-2019-3970 A Permanent Human Lunar Surface Presence Class JUMP Lander Enabled By a CLV Houston, TX R. Howard, NASA Johnson Space Center, 1000 hrs AIAA-2019-3974 Experimental Investigation of Stirling Engine Robust Foil Regenerator Morgantown, WV Virginia University, S. Qiu, West K. Yanaga, Mung Chiang Purdue University Dean of Engineering Tuesday, 20 August 2019 Tuesday, 66-SB-2 0730 - 0800 hrs 20 August 2019 Tuesday, 67-PLNRY-2 0800 - 0900 hrs Tuesday, 20 August 2019 Tuesday, 68-NW-5 0900 - 0930 hrs 20 August 2019 Tuesday, 69-AVS-1 0930 - 1200 hrs The revolutionary launch service. development of small satellites in recent years has created a strong demand for dedicate Many companies have started development of small sat launch vehicles in response to this market demand. This panel invites Small Sat Launch Vehicle developers to provide a status on their vehicle development and unique propulsion features of concepts. 20 August 2019 Tuesday, 70-COL-1 NASA Johnson Space Center Chaired by: R. HOWARD, 0930 hrs AIAA-2019-3969 Lunar Lander Architectural Considerations Moseman, The Boeing X. Simon, M. Duggan, J. Engle, T. Houston, TX Company, 20 August 2019 Tuesday, 71-ECD-1 Chaired by: D. WOERNER, Jet Propulsion Laboratory 0930 hrs AIAA-2019-3973 Analytical Evaluation of Appendix Gap Losses in Stirling Cryocoolers University of Dortmund, Graefe, H. Kuehl, Technical P. Dortmund, Germany Speakers: aiaa.org/propulsionenergy 55 Room 102 Room 301 Room 204 Room 208 1130 hrs AIAA-2019-3986 Design of a High Pressure, Optically Accessible for Plasma-Assisted Combustion Flame Tube Studies Argonne, Gomez del Campo, Argonne National Laboratory, F. IL 1100 hrs AIAA-2019-3981 Utilization of Hydraulic Damping in Explosive- Mechanical Devices H. Lee, Chemring Energetic Devices, Downers Grove, IL 1100 hrs AIAA-2019-3985 Design of Planet Landers for Soft Landing with DHEM Propulsion System-Phase-I U K, Kumaraguru College of A. Mariappan, Sukumaran, T. Sejong S. Yoon, Coimbatore, India; A. Kumar, Technology, Indian Space Sanal Kumar, Coimbatore, India; V. University, India; et al. Research Organisation, Trivandrum, 1100 hrs AIAA-2019-3990 Langmuir Probes in Non- Behavior of Triple equilibrium Plasmas K. Polzin, E. Blumhagen, NASA Marshall Space Flight University of Moeller, Huntsville, AL; A. Sherrod, T. Center, TN Tullahoma, Tullahoma, Tennessee, 1100 hrs AIAA-2019-3994 Unknown Input and State Estimation in Plasma Dynamical Systems for Data-Driven Modeling Applications College A&M University, K. Hara, M. Majji, C. Greve, Texas Station, TX Hall Thruster Plasma Plume Ion and Hall Thruster Simulations 1030 hrs AIAA-2019-3980 New Formulation For Studying of Detonation Of Gaseous Energetic Mixtures Self, La Canada Flintridge, CA L. Yang, 1030 hrs AIAA-2019-3984 Experimental Investigation of High Regression Rate Paraffin for Solid Fuel Ramjet Propulsion Azevedo, I. Alves, O. Shynkarenko, University of Brasilia, V. Brasilia, Brazilian Space Agency, Brasilia, Brazil; C. Veras, Brazil 1030 hrs AIAA-2019-3989 3D Detailed Far Field Plume Modeling of SPT-100 D. Levin, University of Illinois, Urbana- A. Tekinalp, Champaign, Urbana, IL 1030 hrs AIAA-2019-3993 A Numerical Study on Plasma Plumes of an Ion Thruster Using a decoupled PIC-MCC method Jiang, Hong Beijing, China; Y. Beihang University, J. Wang, Hong Kong, China; C. Laiwen, Kong Polytechnic University, Beijing, China Lee, Beihang University, Student Research Projects in Propulsion Education I Launch Vehicle Explosive-Mechanical Devices: Detonation Theory, Device Design and Testing Explosive-Mechanical Devices: Detonation Theory, Launch Vehicle 1000 hrs AIAA-2019-3979 Behavior of Equation-of-State (EOS) in Detonation of Solid Energetic Materials, II Self, La Canada Flintridge, CA L. Yang, 1000 hrs AIAA-2019-3983 and Autoignition Thermal Analysis Techniques for Solid Polymers: a Review Testing D. Jones, R. Frederick, University of Alabama, Huntsville, Huntsville, AL 1000 hrs AIAA-2019-3988 Erosion of Meshed Reflector in the Plume a Hall Part 2: Experiments Effect Thruster, I. Boyd, B. Jorns, University of M. Byrne, M. Meyer, MI Ann Arbor, Michigan, Ann Arbor, 1000 hrs AIAA-2019-3992 Direct Grid-Based Vlasov Simulation of Collisionless Plasma Expansion of Ion Thruster Plume University of Southern California, Los Hu, J. Wang, C. Cui, Y. Angeles, CA Tuesday, 20 August 2019 Tuesday, 72-ECS-1 University of Technology Inc. and J. ZEVENBERGEN, Delft Technical Systima Technologies, Chaired by: S. SAWHILL, 0930 hrs AIAA-2019-3978 Testing Characterization of the Influence No-Fire on Electro-Explosive Devices Utilizing Thermal (TTT) Methods Test Transient Cape Canaveral, FL; C. Moore, NASA Kennedy Space Center, Hinkel, M. Maples, Dutton, K. Heiman, NASA Johnson T. NASA Kennedy Houston, TX; M. O’Malley, Space Center, Cape Canaveral, FL; et al. Space Center, 20 August 2019 Tuesday, 73-EDU-3 and R. FREDERICK, UAH Propulsion Research Center Chaired by: A. PATEL 0930 hrs AIAA-2019-3982 of a Low Thrust Liquid Oxygen Design and Testing and Liquid Methane Rocket Engine Pomona, California State Polytechnic University, Chandler, F. CA 20 August 2019 Tuesday, 74-EP-7 AEDC and J. PILCHUK, Orbital ATK SWANSON, Chaired by: T. 0930 hrs AIAA-2019-3987 Erosion of a meshed reflector in the plume Part 1: Modeling Hall effect thruster, M. Byrne, B. Jorns, I. Boyd, University of M. Meyer, MI Ann Arbor, Michigan, Ann Arbor, 20 August 2019 Tuesday, 75-EP-8 Chaired by: R. THOMAS and M. WAINWRIGHT 0930 hrs AIAA-2019-3991 Effect of Electron Source Location on Ion Thruster Plume Neutralization and Backflow Characteristics Using PIC-DSMC R. Jambunathan, D. Levin, University of Illinois, Urbana- Champaign, Urbana, IL

56 aiaa.org/propulsionenergy Room 205 Room 311 Room 312 Room 104 JW Grand Ballroom 3/4 GE Aviation Carlos Perez 1130 hrs AIAA-2019-3999 Hall thruster performances using low cost propellant K. Shimamura, University of S. Yokota, J. Yamasaki, Japan Tsukuba, Tsukuba, 1130 hrs AIAA-2019-4004 Aerothermal Research Rig Purdue Small Turbine (STARR) Jupiter, Technologies, D. Johnson, Florida Turbine A. Wallace, Andreoli, L. Bhatnagar, V. FL; D. Cuadrado, N. Aye-Addo, Lafayette, IN; et al. West Purdue University, Advanced Systems Design & Technology Lead Advanced Systems Design & Technology 1100 hrs AIAA-2019-3998 PIC Simulations of Chemistry Effects in an Plasma Thruster Electrodeless Water E. Petro, R. Sedwick, University of Maryland, College Park, College Park, MD; L. Brieda, Particle In Cell Consulting, LLC, Village, CA Westlake 1100 hrs AIAA-2019-4003 Development and Commissioning of a High-Speed Research Compressor Facility University Technical Gümmer, Erhard, V. W. M. Schmieder, General Schuler, of Munich, Germany; C. Aalburg, P. Self, Munich, Germany; C. Schneider, Electric Company, Munich, Germany; et al. 1100 hrs AIAA-2019-4008 Experimental Vibration Analysis of an Aircraft Diesel Engine Turbocharger Clerkin, K. K. Kim, P. R. McGowan, J. Pieri, M. Szedlmayer, Aberdeen Proving Ground, Army Research Laboratory, Kruger, MD; et al. 1100 hrs AIAA-2019-4012 An Investigation of the Centrifugal Casting Wax on Earth and in Microgravity Paraffin M. Mazumder, A. Sanchez, M. Hooper, J. Wanyiri, K. Stober, Cambridge, S. Jiwani, Massachusetts Institute of Technology, MA; et al. Pratt & Whitney Irewole “Wally” Orisamolu Irewole “Wally” Associate Director, Advanced Propulsion Technologies Advanced Propulsion Technologies Associate Director, Trends) Turbines I Turbines 1030 hrs AIAA-2019-3997 Development of an Iodine Compatible Hollow Cathode Fort Colorado State University, S. Thompson, J. VanGermert, Collins, CO; C. Farnell, C. Farnell, S. Farnell, Plasma Controls, Hensen, Colorado State University, LLC, Fort Collins, CO; T. Fort Collins, CO; et al. 1030 hrs AIAA-2019-4002 (CIRT) The Compact Icing Research Tunnel E. Loth, University of Virginia, Charlottesville, E. Tetteh, J. Loebig, Cummings, Rolls-Royce Charlottesville, VA; University of Virginia, Group plc, Indianapolis, IN; N. Lilly, Charlottesville, VA 1030 hrs AIAA-2019-4007 Selection of Parameters for Numerical Models Process of Axial Uncooled Turbines the Working Intended to Perform Optimization and Verification Calculations Novikova, D. Kolmakova, Y. Zubanov, V. Matveev, V. G. Popov, Samara, Russia Samara National Research University, 1030 hrs AIAA-2019-4011 Flight of The Atlantis I Development and Test Nitrous Oxide/Paraffin-based Hybrid Rocket C. Hill, D. Quinn, Stannard, G. Doerksen, Messinger, T. Canada Calgary, Johansen, University of Calgary, Unconventional Propellants for Plasma Thrusters Test Facilities for Gas Turbine Engines and Components Facilities for Gas Turbine Test Current Programs: Objectives, Developments, and Progress to Date Sunil James Honeywell Aerospace Senior Technical Manager, Propulsion Technologies Propulsion Technologies Manager, Senior Technical Tuesday Forum 360 AM: Propulsion Efficiency: Engine Optimization and MRO Advancements (Part I - Turbine and Combustion Efficiency Forum 360 AM: Propulsion Efficiency: Engine Optimization and MRO Advancements (Part I - Tuesday 1000 hrs AIAA-2019-3996 Development of an Iodine Feeding System for Low Power Ion and Hall Effect Thrusters Paganucci, L. Bernazzani, A. Ceccarini, M. Saravia, F. University of Pisa, Italy 1000 hrs AIAA-2019-4001 Development of a 10MW facility for gas turbine engine and component testing E. Perez, J. Cameron, S. Morris, Takakura, C. Bernardini, T. University of Notre Dame, IN 1000 hrs AIAA-2019-4006 Edge Region of a Unsteady Flow Physics in the Trail Cascade VKV1 Baseline Turbine Transonic Air Force Research N. Posada, J. Clark, A. Lethander, State Wright AFB, OH; M. Wolff, Wright-Patterson Laboratory, Dayton, OH University, 1000 hrs AIAA-2019-4010 State of Art and Current Challenges the Technology Paraffin-Based Hybrid Rocket G. Leccese, E. Cavallini, M. Pizzarelli, Italian Space Agency (ASI), Rome, Italy Rolls-Royce Corporation William “Bill” Cummings Chief, Combustor and Turbine Aero Chief, Combustor and Turbine Tuesday, 20 August 2019 Tuesday, 76-EP-9 NASA Glenn Research Center and L. PINERO, Chaired by: G. BENAVIDES, 0930 hrs AIAA-2019-3995 Forward of SITAEL’s Development Status and Way Electric Propulsion Engine Air-breathing Giannetti, A. Piragino, SITAEL Andreussi, E. Ferrato, V. T. University of Turin, S.p.A., Pisa, Italy; C. Paissoni, Technical S.p.A., Pisa, Italy; et al. Italy; G. Cifali, SITAEL Turin, 20 August 2019 Tuesday, 77-F360-5 0930 - 1045 hrs Airbreathing Propulsion, Propulsion Division, Research and Engineering Directorate, NASA Glenn Center Senior Technologist, Moderator: Kenneth Suder, Panelists: 20 August 2019 Tuesday, 78-GTE-11 Virginia University Chaired by: A. NIX, West 0930 hrs AIAA-2019-4000 Purdue 3-Stage Axial Compressor Research and Beyond to Infinity, Facility: Through the Years, West Purdue University, N. Kormanik, D. Matthews, N. Key, Lafayette, IN; A. King, Rolls-Royce Group plc, Indianapolis, IN 20 August 2019 Tuesday, 79-GTE-12 Chaired by: S. SUBRAMANIAN, QuEST Global, Inc. 0930 hrs AIAA-2019-4005 Investigation of Loss Reduction in a High Lift by Localized Endwall Jets Turbine L. Thomas, Air Force Institute of H. Babcock, M. Reeder, AFB, OH; C. Marks, Air Force Wright-Patterson Technology, AFB, OH Wright-Patterson Research Laboratory, 20 August 2019 Tuesday, 80-HR-5 Jet Propulsion Laboratory at Chattanooga and A. KARP, University of Tennessee ELLIOTT, Chaired by: T. 0930 hrs AIAA-2019-4009 of a Hybrid SmallSat Low Pressure Ignition Testing Motor E. Jens, A. Karp, B. Nakazono, K. Williams, J. Rabinovitch, Jet Pasadena, California Institute of Technology, Propulsion Laboratory, Stanford, CA; et al. CA; D. Dyrda, Stanford University, aiaa.org/propulsionenergy 57 Room 308 Room 209 Room 106 Room 107 Room 309/10 1130 hrs AIAA-2019-4017 Study on steady state control schedule and characteristic calculation of hydrogen-fueled scramjet Li, Northwestern Zhang, Y. T. Chen, Z. Wang, H. Li, Y. Xi’an, China Polytechnical University, 1130 hrs AIAA-2019-4023 Degradation Modeling to Enhance MMRTG Spacecraft Power Lifetime Performance Predictions B. Phan, J. Patel, Jet Hendricks, C. Matthes, E. Wood, T. California Institute of Technology, Propulsion Laboratory, Pasadena, CA 1100 hrs AIAA-2019-4016 Using Computational Flow Imaging to Optimize Filtered Rayleigh Scattering Measurements of an Isolator Shock Train NASA Langley Danehy, R. Hunt, C. Ground, Baurle, P. Hampton, VA Research Center, 1100 hrs AIAA-2019-4021 Special topics: Propulsion Aerodynamics Workshop Supersonic Channeled Centerbody Inlet (Invited) Lafayette, IN; S. Podleski, West J. Braun, Purdue University, Self, Mukilteo, WA 1100 hrs Oral Presentation LOX Bearing Health Monitoring Using Frequency Analysis Method M. Peneda, E. Briggs, Virgin Orbit, Long Beach, CA In-Space Propulsion Liquid Rocket Engines I In-Space Liquid Propulsion II Flowpath Dynamics and Control 1030 hrs AIAA-2019-4015 Flow Path and Interaction Analysis in a Hydrogen Cooled Scramjet Model Combustor Transpiration Strauss, S. General, German Aerospace Center (DLR), F. Hardthausen, Germany; C. Manfletti, ESA, Paris, France; S. Schlechtriem, German Aerospace Center (DLR), Hardthausen, Germany 1030 hrs AIAA-2019-4020 IV Results for Propulsion Aerodynamics Workshop (Invited) the Special Topic TX N. Domel, Lockheed Martin Corporation, Fort Worth, 1030 hrs AIAA-2019-4022 High Thrust-to-Power NEXT Thruster Assessment NASA Glenn Research M. Patterson, R. Thomas, N. Arthur, Cleveland, OH; M. Crofton, The Aerospace Center, Corporation, El Segundo, CA 1030 hrs AIAA-2019-4026 of a 5 lbf LO2/LCH4 Development and Testing Reaction Control Engine C. Hansen, L. Bugarin, J. Chessa, A. Choudhuri, S. Torres, El Paso, TX University of Texas, 1030 hrs AIAA-2019-4029 Propulsion Small-Scale Hydrogen Peroxide Vapor System: Catalyst Performance and Heat Transfer B. Rhodes, E. Ulrich, The Aerospace Corporation, El Segundo, University of Southern California, Los Angeles, Ronney, CA; P. CA Propulsion Aerodynamics Workshop: Special Topic, External Compression Inlet (Invited) Special Topic, Propulsion Aerodynamics Workshop: 1000 hrs AIAA-2019-4014 Characteristics of Scramjet Research on Transient Engine Using Dynamic Simulator Sendai, Japan; S. Tomioka, University, K. Kubosaki, Tohoku Kimura, Japan Aerospace Exploration Agency (JAXA), T. Kakuda, Japan 1000 hrs AIAA-2019-4019 Analysis of a High-Speed External-Compression (Invited) Inlet with Simcenter STAR-CCM+ Siemens, Irvine, CA Yanagita, Y. O. Tong, 1000 hrs Oral Presentation Lunar Nuclear Thermal Propulsion Architectures and Possible Demonstrator Evaluations from Cis- lunar Orbit Kokan, D. Levack, C. Reynolds, T. J. Horton, C. Joyner, Aerojet Rocketdyne, Canoga Park, CA 1000 hrs AIAA-2019-4025 Genesis and Application of SMC-S-025: Evaluation Requirements for Liquid Rocket Engines and Test Goyal, K. Behring, G. Lerberghe, V. Van S. Fusselman, W. The Aerospace Corporation, El Segundo, CA Reber, 1000 hrs AIAA-2019-4028 Preliminary Results of a Micropump for MON-25/ MMH Propulsion and Attitude Control E. Besnard, Flight J. Torres, A. Besnard, S. Tennakoon, Inc., Irvine, CA Works, AIAA Propulsion th Tuesday, 20 August 2019 Tuesday, 81-HSABP-4 Aerojet Rocketdyne O’BRIEN, Raytheon Missiles Systems and R. MOEHLENKAMP, Chaired by: T. 0930 hrs AIAA-2019-4013 Modal Decomposition Analysis of the Fuel-Air mixing in the Supersonic Combustor with a Cavity Pavalavanni, J. Choi, Pusan National University, S. Jeong, P. Busan, South Korea 20 August 2019 Tuesday, 82-INPSI-4 Chaired by: J. BRAUN, Purdue 0930 hrs AIAA-2019-4018 BCFD Analysis for the 4 Hazelwood, MO The Boeing Company, C. Winkler, 20 August 2019 Tuesday, 83-ITAR-1 Aerojet Rocketdyne Chaired by: J. HORTON, 0930 hrs Oral Presentation In-Space Propulsion Overview Sack, Aerojet Rocketdyne, Canoga Park, CA W. 20 August 2019 Tuesday, 84-LP-8 JAXA Chaired by: D. COOTE, NASA Stennis Space Center and K. OKITA, 0930 hrs AIAA-2019-4024 Development Status of LE-9 Engine for H3 Launch Vehicle Kobayashi, K. Funakoshi, A. Kurosu, T. H. Kawashima, Y. Okita, Japan Aerospace Exploration Agency (JAXA), Tsukuba, Japan 20 August 2019 Tuesday, 85-LP-9 Chaired by: S. MILLER, Aerojet Rocketdyne and D. GUADAGNOLI, Orbital ATK 0930 hrs AIAA-2019-4027 Chemical Propulsion for Outer Planet Exploration A. Casillas, J. Reh, California Institute of Technology, Moog, Inc., Pasadena, CA; J. Gervasi, S. Williams, J. Yager, East Aurora, NY Aerodynamics Workshop: Special Topic Results Special Topic Aerodynamics Workshop: (Invited)

58 aiaa.org/propulsionenergy Room 105 Room 101 White River J White River H White River A/B White River C/D 1130 hrs AIAA-2019-4036 Experimental Investigation of Lean Blowout Limits of a Combustion-Air-Heater Ankara, M. Dogrudil, TUBITAK, B. Yazici, M. Pelit, B. Sümer, Istanbul, Turkey University, N. Eskin, Istanbul Technical Turkey; 1130 hrs AIAA-2019-4041 High-pressure Optical RDE Turbine-integrated (THOR) for injection and detonation dynamics assessment Andreoli, D. Cuadrado, V. Z. Ayers, Athmanathan, J. Fisher, V. Lafayette, IN; et al. West J. Braun, Purdue University, 1100 hrs AIAA-2019-4033 Mission to Neptune Using Nuclear Round-Trip Fusion Propulsion University of Alabama, Huntsville, J. Cassibry, S. Kumar, Huntsville, AL 1100 hrs AIAA-2019-4035 Fuel Sensitivity of Lean Blowout in a RQL Gas Combustor Turbine Cleveland, OH NASA Glenn Research Center, C. Wey, 1100 hrs AIAA-2019-4040 technique for ultra-fast, a laser-absorption Towards simultaneous temperature and concentration measurements inside pressure gain combustion devices E. Ninnemann, K. Thurmond, A. Laich, Z. Loparo, S. Vasu, Azim, University of Central Florida, Orlando, FL; et al. 1100 hrs AIAA-2019-4045 Effects of Heat Release Distribution on Detonation Properties in a H2/Air Rotating Detonation Combustor from OH* Chemiluminesence Chacon, M. Gamba, University of Michigan, Ann A. Feleo, F. MI Ann Arbor, Arbor, Combustion Dynamics III Missions Enabled by Nuclear Propulsion 1030 hrs AIAA-2019-4032 Applications of Nuclear Thermal Propulsion to Lunar Architectures C. Reynolds, Aerojet Rocketdyne, Huntsville, AL; J. Horton, Aerojet Aerojet Rocketdyne, West Rocketdyne, Canoga Park, CA; C. Joyner, Kokan, Aerojet Rocketdyne, Huntsville, AL; D. Palm Beach, FL; T. Levack, Aerojet Rocketdyne, Canoga Park, CA 1030 hrs AIAA-2019-4034 Characterization of Lagrangian Flame-Vorticity Bluff-Body Flame Blowout C. Rising, A. Morales, K. Ahmed, University of Central Florida, Orlando, FL 1030 hrs AIAA-2019-4039 Performance and to evaluate Turbine A Testrig Operational Strategies under pulsating Inflow Conditions R. King, A. Heinrich, M. Herbig, D. Peitsch, Topalovic, University of Berlin, Germany Technical 1030 hrs AIAA-2019-4044 in a Oblique Detonation Waves Wedge-Stabilized Hypersonic Hydrogen-Air Premixed Freestream C. Bachman, G. Goodwin, Naval Research Laboratory, D.C.; K. Ahmed, University of Central Florida, Washington, Orlando, FL Optical Combustion Diagnostics at Engine Conditions Pressure Gain Combustion: Physics Modeling and Exploration II -Fueled 4 Pressure Gain Combustion: Measurement Techniques and Test Facilities I and Test Pressure Gain Combustion: Measurement Techniques H 2 Rocket Engine Combustion Stability Prediction Using Large Eddy Simulation: A VISP Tool Overview Rocket Engine Combustion Stability Prediction Using Large Eddy Simulation: A VISP Tool 1000 hrs AIAA-2019-4031 Atmospheric Mining in the Outer Solar System: Outer Planet Resource Processing, Moon Base Design Issues Propulsion, and Vehicle Cleveland, OH B. Palaszewski, NASA Glenn Research Center, 1000 hrs AIAA-2019-4038 Area Ratio on Influence of Injector-to-Annulus Rotating Detonation Engine Operability J. Koch, L. Chang, C. Upadhye, K. Chau, M. Kurosaka, Seattle, WA Knowlen, University of Washington, 1000 hrs AIAA-2019-4043 for C Geometry Parameter Variation General Electric Tangirala, S. Monahan, K. Singh, V. Niskayuna, NY Company, Rotating Detonation Combustor Tuesday, 20 August 2019 Tuesday, 86-LP-10/PC-7 0930 - 1130 hrs VISP (Virtual Injector Screening Platform) is a collection of two high fidelity simulation codes that have been developed to predict the dynamic behavior liquid rocket engine injectors. In first hour this session an overview of both codes will be presented along with a sampling of validation cases that have been run. In the second hour a tutorial will be provided on how to setup case including selection of various setting. 20 August 2019 Tuesday, 87-NFF-4 Blue Origin LLC and J. CASSIBRY Chaired by: J. CAVERA, 0930 hrs AIAA-2019-4030 Fission Reactor Options and Scaling for Powering Magnetic Fusion Thrusters for a Manned Mars Mission West Stockett, R. Bean, C. Choi, Purdue University, P. Lafayette, IN 20 August 2019 Tuesday, 88-PC-8 0930 - 1130 hrs but their application in realistic engine environments has been limited. This session will explore recent advances aimed at bridging the of combustion physics and chemistry, Optical measurement techniques - predominantly laser-based have become indispensable for the study opportunities.gaps between measurement techniques and engine-relevant conditions, including open challenges 20 August 2019 Tuesday, 89-PC-9 CFD Research Corporation PALIES, Chaired by: C. HUANG, University of Michigan and P. 0930 hrs Oral Presentation Physical Analysis of Swirling Flames from Experimental and Numerical Data Palies, CFD Research Corporation (CFDRC), Huntsville, AL P. 20 August 2019 Tuesday, 90-PGC-5/HSABP-5 Universität Berlin and J. BURR, University of Maryland at College Park Chaired by: M. BOHON, Technische 0930 hrs AIAA-2019-4037 Engine Enhancement of the Radial Wave California State Polytechnic G. Brady, Akbari, C. Tait, P. Pomona, CA; M. Polanka, Air Force Institute of University, AFB, OH; B. Sell, Innovative Wright-Patterson Technology, Scientific Solutions, Inc., Dayton, OH 20 August 2019 Tuesday, 91-PGC-6/PC-11 Naval Postgraduate School General Electric and C. BROPHY, TANGIRALA, Chaired by: V. 0930 hrs AIAA-2019-4042 Multi-dimensional Simulations of Liquid-Fueled JP10/Oxygen Detonations D.C. Washington, Naval Research Laboratory, D. Schwer, aiaa.org/propulsionenergy 59 Room 103 Room 201 Room 203 Room 307 JW Grand Ballroom 3/4 1130 hrs AIAA-2019-4050 Knowledge Repository of the A New Web-based Launch Systems and Programs World’s Hammond, University of Central Florida, Orlando, FL W. Northrop Grumman Innovation Systems Europa Clipper Lander Solid Propulsion Retro Motor David McGrath, Jonathan Katz, Stephen Palopoli 1100 hrs AIAA-2019-4049 The Nammo Nucleus Launch: Norwegian Hybrid Sounding Rocket over 100km Nammo M. Faenza, A. Boiron, B. Haemmerli, C. Verberne, Raufoss AS, Raufoss, Norway 1100 hrs AIAA-2019-4054 Mission Architectures Made Accessible Through Economies of Scale Markusic, Firefly Aerospace, Inc., Coogan, T. K. Scholtes, W. Cedar Park, TX and MRO Movements) Space Launch Transportation Heat Transfer and Transport I and Transport Heat Transfer Northrop Grumman Innovation Systems 1030 hrs AIAA-2019-4048 Interstellar Probe with the Enabling a Near-Term Space Launch System M. Paul, R. McNutt, Johns Hopkins University Applied Physics Laurel, MD; R. Stough, D. Hitt, NASA Marshall Laboratory, Johns Hopkins Huntsville, AL; S. Vernon, Space Flight Center, Laurel, MD; E. Alvarez, University Applied Physics Laboratory, Huntsville, AL; et al. NASA Marshall Space Flight Center, 1030 hrs AIAA-2019-4053 Virtual Systems Integration Applied to Advanced Space Systems University of Lopez, A. Bower, L. Thomas, A. Aueron, V. Alabama, Huntsville, AL 1030 hrs AIAA-2019-4057 Robust 1-D Fluid Flow and Heat Transfer Cooling Passages Predictions in Gas Turbine R. Jalali, M. Darbandi, Sharif University of Technology, Waterloo, University of Waterloo, Iran; G. Schneider, Tehran, Canada Space Systems: Technology Research and Development Space Systems: Technology Mars Ascent Vehicle Solid Propulsion History and Current Progress Mars Ascent Vehicle David McGrath, Jonathan Katz, Stephen Palopoli, Eric Rohrbaugh David McGrath, Jonathan Katz, Stephen Palopoli, Eric Rohrbaugh Developments in Solid Rocket Propulsion Systems for Manned Space Flight and Deep Exploration Tuesday Forum 360 AM: Propulsion Efficiency: Engine Optimization and MRO Advancements (Part II - Fleet Replenishment, Modernization Tuesday 1000 hrs AIAA-2019-4047 Space Launch System: First Mission NASA’s Hardware Nears Completion J. Honeycutt, C. Cianciola, NASA Marshall Space Flight Huntsville, AL Center, 1000 hrs AIAA-2019-4052 Investigation of the effect composite material on rocket fin flutter speed Palacz, Z. Rydz, M. Guzik, AGH University of A. Kolusz, T. Poland Krakow, Science and Technology, 1000 hrs AIAA-2019-4056 Operation of High-Power Loop Stabilizing Transient Heat Pipes with Condenser Bypass Approach Naval Research Holman, R. Baldauff, D. Khrustalev, T. D.C. Washington, Laboratory, Northrop Grumman Innovation Systems Katie Bonner, Daniel Dunlap, David McGrath Katie Bonner, Orion Launch Abort System Attitude Control Motor Qualification Progress Tuesday, 20 August 2019 Tuesday, 92-SR-3 0930 - 1100 hrs Solid Rocket Motor design flexibility can be leveraged to meet a variety of mission-specific performance demands, including those required for manned spaceflight or deep space exploration. This session will focus on unique propulsion system approaches, qualification discussed by individuals involved in the progress to date. Key topics include: and future test/flight for several new vehicles/missions, to be requirements, risk reduction activity, Tuesday, 20 August 2019 Tuesday, 93-ST-1 HAMMOND Chaired by: W. 0930 hrs AIAA-2019-4046 Enablement of Crewed The Space Launch System’s Lunar Missions and Architectures Huntsville, AL B. Donahue, The Boeing Company, 20 August 2019 Tuesday, 94-SYS-3 TOMEK, NASA LaRC RD/CAB and J. BLOOMER, Raytheon Space & Airborne Systems Chaired by: W. 0930 hrs AIAA-2019-4051 Fatigue – Creep Phenomenological Models of Composites and Nanocomposites LR Structural Engineering, Inc., Lincolnshire, IL L. Razdolsky, 20 August 2019 Tuesday, 95-TM-3 Chaired by: M. CHOI, NASA-Goddard Space Flight Center and D. ZAKAR, NRL 0930 hrs AIAA-2019-4055 Numerical Study to Evaluate Soot Formation in of a JP Combustor Equipped to Different Types Swirler M. Darbandi, Ghafourizadeh, Sharif University of University of Iran; G. Schneider, Tehran, Technology, Canada Waterloo, Waterloo, 20 August 2019 Tuesday, 96-F360-6 1045 - 1200 hrs Global MRO Network and Cost Management, Pratt & Whitney Moderator: Marc Meredith, Executive Director, Be Confirmed Panelists: To

60 aiaa.org/propulsionenergy Room 202 Room 307 Room 301 White River J Room 305/06 Busek Company Nathaniel Demmons 1530 hrs AIAA-2019-4066 A Systems Study of a Stirling Convertor based Space Nuclear Power System Inc., Hunt Technologies, R. Sievers, Teledyne J. VanderVeer, MD; M. Amato, White, American Superconductor, Valley, Richland, WA 1530 hrs AIAA-2019-4071 Determination of the Effect Frequency and on the Thrust Using a Lab-Scale Spark Timing Pulsed Detonation Engine H. Liu, E. Crisp, J. Moore, G. Risha, Pennsylvania State Altoona, University, John Ziemer NASA Jet Propulsion Laboratory 1500 hrs AIAA-2019-4065 NASA Proof-of-Concept 1-W Stirling Convertor Development for Small RPS S. Wilson, D. Goodell, NASA Glenn Research N. Schifer, Partners, LLC, Cleveland, OH; M. Casciani, Vantage Center, Cleveland, OH 1500 hrs AIAA-2019-4070 Experimental and Numerical Studies on Jet Acoustic Characteristics of Chevron Nozzles B, Kumaraguru J, V. U K, A. Sukumaran, J. A, V. D. S, T. Coimbatore, India; et al. College of Technology, Allam Cycle for 2 Green Energy Stirling Systems ExoTerra Corporation ExoTerra Michael VanWoerkom Michael VanWoerkom The Future of Smallsat/Cubesat Propulsion Concentrated Solar Power Complemented with Oxy-Combustion 1430 hrs AIAA-2019-4060 Preliminary Design of the Ceres Mars Greenhouse Concept R. C. Murphy, A. Iordanov, A. Fichou, B. Kitsu, C. Warren, Prescott, AZ; March, Embry-Riddle Aeronautical University, et al. 1430 hrs AIAA-2019-4064 Development of an advanced Free Piston Stirling Engine of space power system Morgantown, Virginia University, Gao, West R. Li, S. Qiu, Y. WV 1430 hrs AIAA-2019-4069 Solid Fuel Regression Measurements Rate Using an Optical Hybrid Rocket Engine M. Ianuzzi, J. Moore, G. Risha, Pennsylvania State D. Over, Altoona, PA University, 1430 hrs AIAA-2019-4074 Thermodynamic Analysis of sCO A. Alenezi, J. Kapat, University of Central Florida, Orlando, FL Space Architecture and Mars Mission Considerations Student Research Projects in Propulsion Education II Thomas Liu NASA Glenn Research Center 1400 hrs AIAA-2019-4059 Mars Garden An Engineered Greenhouse for a Sustainable Residence on Mars Massachusetts Institute of S. Babakhanova, Baber, Bernelli Zazzera, Technical Cambridge, MA; F. Technology, University of Milan, Italy; E. Hinterman, J. Hoffman, Cambridge, J. Kusters, Massachusetts Institute of Technology, MA; et al. 1400 hrs AIAA-2019-4063 CFD Analyses of Thermal Lag Engine C. Fernandez-Aballi, E. Khalil, Cairo K. Beshay, M. ElDebawy, Cairo, Egypt University, 1400 hrs AIAA-2019-4068 for Aerospace Gas Cooling Generator Technologies Applications A. Patel, R. Frederick, University of Alabama, Huntsville, Huntsville, AL 1400 hrs AIAA-2019-4073 Process Flow Analysis of the Thermochemical in a Gasification Plant Conversion of Food Waste E. Ogedengbe, A. Oshodi, D. Okeke, O. Awosanya, T. Nigeria Ehinmowo, University of Lagos, Akoka-Yaba, Purdue University Alina Alexeenko Tuesday, 20 August 2019 Tuesday, 97-COL-2 NASA Johnson Space Center Chaired by: R. HOWARD, 1330 hrs AIAA-2019-4058 Optimizing the Geometric Parameters of a Space Flight Outer Shell during a Rocket’s Module’s Sequence C. Merrett, Clarkson University, A. Tricic, B. Mackey, Potsdam, NY 20 August 2019 Tuesday, 98-ECD-2 Chaired by: D. WOERNER, Jet Propulsion Laboratory 1330 hrs AIAA-2019-4062 ASC and TDC Stirling Converter Control Testing Inc., Hunt Technologies, Teledyne G. Gaines, R. Sickenberger, MD Valley, 20 August 2019 Tuesday, 99-EDU-4 U.S. Army SMDC Chaired by: R. REZENDE and M. HITT, 1330 hrs AIAA-2019-4067 External Flow Choking at the Landing Phase of Aircraft and Re-entry Vehicles D. Natarajan, A. Mariappan, Kumaraguru D. Krishnamoorthy, Sanal Kumar, Coimbatore, India; V. College of Technology, India Indian Space Research Organisation, Trivandrum, 20 August 2019 Tuesday, 100-EERE-1 Chaired by: R. AMANO, University of Wisconsin-Milwaukee and L. QIAO, School of Aeronautics & Astronautics, Purdue University 1330 hrs AIAA-2019-4072 The Opportunity for Energy Saving in Foundry- Case Study R. Amano, M. Saravani, A. Abbas, University of Wisconsin, Milwaukee, Glendale, WI 20 August 2019 Tuesday, 101-EP-10 1330 - 1500 hrs Propulsion devices for small satellites enable exciting in-space missions and create new opportunities for industrial, educational, and scientific purposes. In this panel, the current status and future directions of small satellite propulsion devices will be discussed by the leaders of specific impulse and thrustfield. The technologies include chemical and electrical propulsion systems, which cover a wide range levels. Panelists: aiaa.org/propulsionenergy 61 Room 204 Room 205 Room 311 White River I JW Grand Ballroom 3/4 Pratt & Whitney J. Brent Staubach 1530 hrs AIAA-2019-4080 Stationary Profiles and Axial Mode Oscillations in Hall Thruster University O. Chapurin, I. Romadanov, A. Smolyakov, Raitses, I. of Saskatchewan, Saskatoon, Canada; Y. Princeton, NJ Kaganovich, Princeton University, 1530 hrs AIAA-2019-4088 Statistical modeling in failure detection gas turbine Goyal, M. Xu, J. Kapat, University of Central Florida, V. Orlando, FL Manager and Chief, Systems Optimization President 1500 hrs AIAA-2019-4079 Time-varying Non-classical Collisions and in a Hollow Cathode Turbulence M. Georgin, B. Jorns, A. Gallimore, University of Michigan, MI Ann Arbor, Ann Arbor, 1500 hrs AIAA-2019-4087 Study of Electrical Properties Thermal Barrier for Aero-engine Coating under High Temperatures Smart Sensors Shanghai, China University, Duan, Shanghai Jiao Tong F. Adam Dissel Reaction Engines Inc. Advancements) Hall Thruster Plasma Oscillation Hall Thruster Design and Experiment Gas Turbine Measurement Techniques Gas Turbine 1430 hrs AIAA-2019-4078 Hall thruster with externally driven oscillations Princeton, Raitses, Princeton Plasma Physics Laboratory, Y. University of Saskatchewan, Saskatoon, NJ; I. Romadanov, Canada; J. Simmonds, Princeton Plasma Physics Laboratory, University of Saskatchewan, Princeton, NJ; A. Smolyakov, Saskatoon, Canada; I. Kaganovich, Princeton Plasma Physics Princeton, NJ Laboratory, 1430 hrs AIAA-2019-4083 Performance Comparison of a 1.5 kW Hall Thruster and Outer-Pole-Mounted with Center-Mounted Heaterless Cathodes Fort Andreano, J. Williams, Colorado State University, T. Collins, CO; M. Clement, Higher Institute of Mechanics Paris, Saint-Ouen, France; C. Farnell, Plasma Controls, LLC, Fort Collins, CO 1430 hrs AIAA-2019-4086 CFD-based design of optical diagnostic techniques for turbine vane testing Andreoli, N. Long, G. Paniagua, Purdue V. N. Aye-Addo, Lafayette, IN West University, Hermeus A Contemporary Approach to Modeling Existing Gas Turbine Engines A Contemporary Approach to Modeling Existing Gas Turbine Glenn Case Founder and Chief Technology Officer Founder and Chief Technology Tuesday Forum 360 PM: Next Steps in Supersonic and Hypersonic Propulsion: Platforms Applications (Part I - Propulsion Tuesday 1400 hrs AIAA-2019-4077 Investigation into the Use of Cathode Flow Fraction to Mitigate Pressure-Related Facility Effects on a Magnetically Shielded Hall Thruster S. Cusson, M. Byrne, B. Jorns, A. Gallimore, University of MI Ann Arbor, Michigan, Ann Arbor, 1400 hrs AIAA-2019-4082 Research progress on the ignition reliability of Hall thruster in HIT Harbin Institute Gu, Q. Gao, X. Yang, W. Lv, Y. Wu, Li, F. W. Harbin, China; et al. of Technology, 1400 hrs AIAA-2019-4085 Wireless Sensing on Aeroengine High Temperature Blade Surface Turbine Shanghai, University, Duan, Shanghai Jiao Tong F. H. Weng, China Robert Bakos Innoveering, LLC Principal and Co-founder Tuesday, 20 August 2019 Tuesday, 102-EP-11 Chaired by: R. LOBBIA, Jet Propulsion Laboratory and J. FRIEMAN, NASA Glenn Research Center 1330 hrs AIAA-2019-4076 Frequency Scaling of the Hall Thruster Breathing Mode Ann E. Dale, B. Jorns, University of Michigan, Ann Arbor, MI Arbor, 20 August 2019 Tuesday, 103-EP-12 Chaired by: D. AHERN 1330 hrs AIAA-2019-4081 Design analysis of a plasma thruster with superconducting magnets J. Glowacki, R. Badcock, N. Long, Victoria University of New Zealand Wellington, Wellington, 20 August 2019 Tuesday, 104-F360-7 1330 - 1445 hrs Project, Aeronautics Research Mission Directorate, NASA Hypersonic Technology Moderator: Steven Sinacore, Deputy Project Manager, Panelists: 20 August 2019 Tuesday, 105-GTE-13 1330 - 1600 hrs accuracy to enable their behavior and performanceThis tutorial will examine how existing gas turbine engines can be modeled simply but with sufficient to be estimated not only at a selected design point but also over an extended range of off-design operation. A corresponding ensure that the engine model works by exploring how its components interact and their behavior influences off-design characteristics. geometric model is essential and the data on which it based must be assessed with some care. We 20 August 2019 Tuesday, 106-GTE-14 Penn State AFRL/RQTT and S. LYNCH, Chaired by: R. HOWARD, 1330 hrs AIAA-2019-4084 Distribution Measurements on Turbine Temperature Blade Surface by the Aid of Simple Dotted Pt/PtRh Array Thermal Couple Test Duan, Shanghai Jiao Tong M. Hu, F. Z. Ji, H. Weng, Shanghai, China; J. Li, AECC Commercial Aircraft University, Engine Co., Ltd, Shanghai, China

62 aiaa.org/propulsionenergy the HUB Room 312 Room 102 Room 103 Room 308 1530 hrs AIAA-2019-4097 of the X-ray Determined Experimental Validation Pore Size Distribution of Porous Hybrid Motor Grains G. Nelson, University of Alabama, Huntsville, J. Buckley, Huntsville, AL 1530 hrs AIAA-2019-4102 Fuel Regression Characteristics in Hybrid Rockets Using N2O/HDPE Okuda, H. S. Ito, L. Kamps, K. Sakurai, Kageyama, T. Sapporo, Japan Nagata, Hokkaido University, 1500 hrs AIAA-2019-4092 Turbine by Increase of Efficiency Axial Uncooled Optimization of Its Blades Shape Using CFD and Optimization Software Institute, Moscow, Moscow Aviation I. Egorov, E. Marchukov, Zubanov, Novikova, V. E. Goriachkin, Y. Russia; G. Popov, Samara, Russia Samara National Research University, 1500 hrs AIAA-2019-4096 Robust Design of Hybrid Rocket Engine for Small Satellite Launchers University of Masseni, D. Pastrone, Technical L. Casalino, F. Italy Turin, Turin, 1500 hrs AIAA-2019-4101 An Experimental Study of Factors Affecting Hypergolic Ignition of Ammonia Borane Ramachandran, S. Son, Purdue P. K. Clements, M. Baier, Lafayette, IN West University, Turbines II Turbines Nozzle Performance 1430 hrs AIAA-2019-4091 Novel Hole Shapes for Film Cooling Studies of Blades Turbine E. Issakhanian, Loyola Marymount University, Z. Stiegler, Los Angeles, CA 1430 hrs AIAA-2019-4095 for PMMA/GOX Diode Laser Ignition Testing Hybrid Motors Mechentel, B. Cantwell, Stanford University, D. Dyrda, F. Stanford, CA 1430 hrs AIAA-2019-4100 Fuels Boundary-Layer Combustion of Wax-based Static Chamber Pressures under Two at Various Acceleration Environments Kyushu Institute N. Tsuboi, H. Wang, Yoshino, K. Ozawa, T. Kitakyushu, Japan of Technology, 1430 hrs AIAA-2019-4105 Experiment on Air Intake Performance of Ejector- Fuel Hybrid Rocket. Jet using Wax-based Hiratsuka, Japan; University, S. Funaki, I. Nakagawa, Tokai Kasugai, Japan; S. Hasegawa, Kanda, Chubu University, T. Japan Aerospace Exploration Agency (JAXA), Kakuda, Design and Development of Novel Hybrid Rocket Motor Concepts II Contemporary Hybrid Rocket Fuel Characterization, Visualization, and Controls I Interview with Tory Bruno, President and Chief Executive Officer, United Launch Alliance Bruno, President and Chief Executive Officer, Interview with Tory 1400 hrs AIAA-2019-4090 CFD Simulation of Flat Plate Film Cooling Shaped Hole Using LES University of Cincinnati, M. Turner, A. Sudesh, M. Boehler, Cincinnati, OH 1400 hrs AIAA-2019-4094 Experimental Investigation of ABS-Paraffin 3D Printed Hybrid Rocket Fuels Institute of Technology, B. Natan, Technion--Israel J. Bresler, Haifa, Israel 1400 hrs AIAA-2019-4099 Reconstruction of Attenuated Hybrid Motor Chamber Pressure Signals Using Maximum Likelihood Estimation and Optimal Deconvolution Logan, UT S. Whitmore, E. Zelesnik, Utah State University, 1400 hrs AIAA-2019-4104 Analysis of Afterburner Characteristics a Low Engine Bypass Ratio Turbofan National University of Sciences and Technology, M. Safdar, Islamabad, Islamabad, Pakistan; B. Mufti, Air University, National University of Sciences and Pakistan; H. Naseer, Islamabad, Pakistan; A. Farooq, J. Masud, Air Technology, Islamabad, Pakistan University, Tuesday, 20 August 2019 Tuesday, 107-GTE-15 Chaired by: D. SANDERS, Air Force Reseach Laboratory 1330 hrs AIAA-2019-4089 Hybrid Eddy Simulations of Low Reynolds Number Shaped Hole Film Cooling on an Adiabatic Flat Plate University of Cincinnati, A. Sudesh, M. Turner, M. Boehler, Cincinnati, OH 20 August 2019 Tuesday, 108-HR-6 Jet Propulsion Laboratory Chaired by: A. KARP, 1330 hrs AIAA-2019-4093 Demonstration of an Alternating-intensity Swirling Hybrid Rocket Functions Oxisizer Flow Type Tokai Koinuma, S. Tanaka, I. Nakagawa, D. Kishizato, Y. Hiratsuka, Japan University, 20 August 2019 Tuesday, 109-HR-7 Chaired by: B. MAICKE, Pennsylvania State University 1330 hrs AIAA-2019-4098 for Measuring Regression Spectroscopic Techniques Rates of Liquefying Hybrid Rocket Fuels C. McDougall, Hill, Heinrichs, Johansen, University of Canada Calgary, Calgary, 20 August 2019 Tuesday, 110-HUB-1 1330 - 1400 hrs 20 August 2019 Tuesday, 111-INPSI-5 Chaired by: D. CROWE, Air Force Research Laboratory and R. THORNOCK 1330 hrs AIAA-2019-4103 Empirical analysis of supersonic jet control using steady minijet injection Jammu, A. Perumal, Indian Institute of Technology India; A. S M, SRM Institute of Science and Technology, Kanpur, Chennai, India; R. E, Indian Institute of Technology India Kanpur, aiaa.org/propulsionenergy 63 Room 209 Room 107 Room 106 Room 104 1530 hrs AIAA-2019-4112 Conjugated Combustion and Heat Transfer Simulations of Upper and Lower Main Combustion Chambers of LE-9 Engine Daimon, H. Negishi, Kawashima, Japan Aerospace Y. Japan Exploration Agency (JAXA), Tsukuba, 1500 hrs AIAA-2019-4111 Effects of the Recess Length on Flow and Combustion Stability of Gas-Centered Coaxial Swirl Injectors Seoul, South Kim, C. Sohn, Sejong University, Y. Wang, Y. Korea 1500 hrs AIAA-2019-4116 Numerical Acoustic Prediction of a Quadratic Supersonic Jet Using CAA Hybrid Methods Strauss, F. E. Costa Ruiz, R. Stark, S. General, D. Schneider, German Aerospace Center (DLR), Hardthausen, Germany Liquid Rocket Engines II Propellants and Combustion Liquid Rocket Propellant Injectors II Liquid Propulsion Combustion Dynamics 1430 hrs AIAA-2019-4107 of a 1N AF-M315E Development and Testing Thruster for Small Satellite Applications R. Cuevas, A. Brok, J. Mejia, A. Vazquez, J. Valenzuela El Paso, TX Choudhuri, University of Texas, 1430 hrs AIAA-2019-4110 Shutdown Investigation in a LOx-Ethanol Subscale Thrust Chamber Institute of Aeronautics I. Dalmaso Brasil Dias, Technological São José dos Campos, Brazil; L. Maia Araújo, (ITA), Bartholomeu do Nascimento, Aeronautics and Space Institute Lacava, Technological (IAE), São José dos Campos, Brazil; P. São José dos Campos, Brazil; Institute of Aeronautics (ITA), C. Pagliuco, D. Soares de Almeida, Aeronautics and Space Institute (IAE), São José dos Campos, Brazil; et al. 1430 hrs AIAA-2019-4115 Optimization for Advanced Rocket Numerical Tool Nozzle Performance Prediction Larocca, D. Pastrone, Technical A. Conte, Ferrero, F. Italy Turin, University of Turin, 1430 hrs AIAA-2019-4119 Investigation of the Effect Geometrical Parameters of Pressure Swirl Atomizer on the Hollow Cone Spray A. Ulas, Ankara, Turkey; TUBITAK, B. Sümer, Tokgöz, T. Ankara, Turkey University, Middle East Technical 1400 hrs AIAA-2019-4106 Development of Aluminum Oxide, Zirconia, and Silicon Carbide based Iridium Catalyst for the Decomposition of AF-M315E - Brok, D. R. Cuevas, J. Mejia, Valenzuela A. Vazquez, El Paso, A. Choudhuri, University of Texas, Aguilar, TX 1400 hrs AIAA-2019-4109 Computational Investigation on the Effect of on Combustion the Oxidizer Inlet Temperature Instability Edwards AFB, M. Harvazinski, Air Force Research Laboratory, Shimizu, Japan Aerospace Exploration Agency (JAXA), CA; T. Kanagawa, Japan 1400 hrs AIAA-2019-4114 – Modeling and Rocket Engine Digital Twin Simulation Benefits D. Jimenez Mena, S. Pluchart, S. Mouvand, O. Broca, France Siemens, Lyon, 1400 hrs AIAA-2019-4118 Experimental Study of Swirl Coaxial Injector Hydrodynamics Under High- Frequency Self- Pulsation I. Ranade, R. Frederick, University of Alabama, Huntsville, Huntsville, AL Tuesday, 20 August 2019 Tuesday, 112-ITAR-2 Chaired by: M. JACINTO, Aerojet Rocketdyne and J. MEGIVERN 1330 hrs Oral Presentation Overview and Challenges in Solid Propellant Development Edwards AFB, CA G. Harting, Air Force Research Laboratory, 20 August 2019 Tuesday, 113-LP-11 Research Center Chaired by: J. GRUMBACH and LOCKE, United Technologies 1330 hrs AIAA-2019-4108 Forced Dynamics of Unsteady and Transversely Multi-Element Shear Coaxial Flows Two-Phase Air M. Roa, Sierra Lobo, Inc., Edwards AFB, CA; D. Talley, Edwards AFB, CA Force Research Laboratory, 20 August 2019 Tuesday, 114-LP-12 JAXA and J. RICCIUS, DLR - German Aerospace Center Chaired by: K. OKITA, 1330 hrs AIAA-2019-4113 Estimation of Model Parameters in System-Level Simulation for Liquid Rocket Engines Using the Ensemble Kalman Filter Kimura, M. Hirabayashi, K. Kawatsu, T. D. Sato, S. Tsutsumi, Japan Aerospace Exploration Agency (JAXA), Sagamihara, Japan 20 August 2019 Tuesday, 115-LP-13 and J. MOORE, Penn State Altoona Chaired by: J. QUINLAN, Georgia Institute of Technology 1330 hrs AIAA-2019-4117 Design Procedure and Cold Flow Experiments of a Pintle Injector M. Aksel, Ankara, Turkey; TUBITAK, B. Erkal, Sümer, Ankara, Turkey University, Middle East Technical

64 aiaa.org/propulsionenergy Room 105 Room 203 White River H White River A/B White River C/D 1530 hrs AIAA-2019-4124 Assessment of Using Electric Pump on Hybrid Rockets Inc., K. Gegeoglu, M. Kahraman, DeltaV Space Technologies, Istanbul, A. Karabeyoglu, Koc University, Istanbul, Turkey; Turkey 1530 hrs AIAA-2019-4127 Ignition Delay Control in Constant Volume Combustion Systems Singh, Aligarh Muslim University, P. M. Varshney, A. Varshney, Baltimore, Ali, Johns Hopkins University, Aligarh, India; S. Yusuf Aligarh, India MD; S. Alam, Aligarh Muslim University, 1530 hrs AIAA-2019-4132 Numerical Investigation on Characteristic Lengths Spray for Gaseous Detonation with Dilute Water Kanagawa, Japan; A. Matsuo, Keio University, H. Watanabe, A. Chinnayya, National Center for Scientific Research (CNRS), Poitiers, France; K. Matsuoka, A. Kawasaki, J. Kasahara, Aichi, Japan Nagoya University, 1500 hrs AIAA-2019-4123 Numerical Modeling of Priming Event Peak Pressures in Liquid Propulsion Systems Altoona, J. Moore, G. Risha, Pennsylvania State University, Gamma Technologies, A. Tiwari, J. Harrison, J. Zenker, PA; IL LLC, Westmont, 1500 hrs AIAA-2019-4126 Temperature and Mixture Gas Ratio to Influence of Autoignition of n-Octane Pyrolysis Gas Sendai, Japan; K. University, Miyaura, Tohoku S. Ogawa, T. Japan Aerospace Exploration Agency Kobayashi, S. Tomioka, (JAXA), Kakuda, Japan 1500 hrs AIAA-2019-4131 Radial Injector Mixing Effects on Detonation Zone Position in Rotating Detonation Engine University C. Knowlen, J. Koch, M. Kurosaka, Washington, Seattle, WA of Washington, Combustion Chemistry 1430 hrs AIAA-2019-4122 Multi-Node Modeling of Cryogenic Tank Pressurization System Using Generalized Fluid System Simulation Program (GFSSP) Huntsville, AL; Alabama A&M University, A. Bandyopadhyay, NASA Marshall Space J. Valenzuela, A. LeClair, A. Majumdar, Huntsville, AL Flight Center, 1430 hrs AIAA-2019-4125 Ignition and Combustion of Magnesium Diboride Equivalence Ratios of Methane- Particles in Various Oxygen Flames University of Maryland, College Park, K. Shin, Yu, Park, MD 1430 hrs AIAA-2019-4130 Novel Approach for Modeling Non-Premixed Rotating Detonation Engine Using a 2-D CFD Analysis J. Meadows, S. Subramanian, Virginia Polytechnic Institute Blacksburg, VA and State University, 1430 hrs AIAA-2019-4135 Hierarchical Reinforcement Learning Framework for Space Exploration Campaign Design Atlanta, GA H. Chen, K. Ho, Georgia Institute of Technology, Space Logistics - Optimization and Trade Studies Space Logistics - Optimization and Trade Propellant Feed System Components and Modeling Additive Manufacturing for Energetics and Propellants Pressure Gain Combustion: Physics Modeling and Exploration III 1400 hrs AIAA-2019-4121 (SMAIV) Shape Memory Alloy Isolation Valve Development and Testing Industries, South J. Cardin, R. Bhandari, Rezaei, VACCO Columbia, El Monte, CA; D. Owen, Johns Hopkins University, Edwards Hargus, Air Force Research Laboratory, MD; W. AFB, CA 1400 hrs AIAA-2019-4129 Parametric investigation of rotating detonation rocket engines using large eddy simulations Desai, C. Lietz, Sierra Lobo, Inc., Edwards AFB, CA; Y. Hargus, V. Village, CA; W. HyPerComp, Inc., Westlake Edwards AFB, CA Sankaran, Air Force Research Laboratory, 1400 hrs AIAA-2019-4134 Multi-Fidelity Space Mission Planning and Infrastructure Design Framework for Space Resource Logistics Georgia Institute of Sarton du Jonchay, H. Chen, T. Atlanta, GA; L. Hou, University of Illinois, Technology, Urbana-Champaign, Urbana, IL; K. Ho, Georgia Institute of Atlanta, GA Technology, Tuesday, 20 August 2019 Tuesday, 116-LP-14 Chaired by: G. COLL, Science Applications International Corporation and S. ALBERTS 1330 hrs AIAA-2019-4120 Comparison of Surge Pressure Mitigation Devices For Use in Propellant Feedlines During A Priming Event Engineering, Springfield, NJ Valcor R. Kelly, 20 August 2019 Tuesday, 117-PC-12 1330 - 1530 hrs researchers have been investigating similar advances for the additive manufacturing of energetic materials. This special session will include methodologies. Recently, Advances in additive manufacturing have challenged traditional design, prototyping, and discussion of the currentpresentations detailing research into energetic material additive manufacturing techniques as well challenges that must be overcome prior to technology adoption. 20 August 2019 Tuesday, 118-PC-13 Technology Chaired by: C. LI, Air Force Office of Scientific Research and A. STEINBERG, Georgia Institute 1330 hrs Oral Presentation Recent Progress in Combustion Chemistry (Kinetics) Models for Real Fuels Propulsion Applications (Invited) VA C. Li, Air Force Office of Scientific Research, Arlington, 20 August 2019 Tuesday, 119-PGC-7 NASA Glenn Research Center and M. GAMBA, University of Michigan Chaired by: D. PAXSON, 1330 hrs AIAA-2019-4128 Dynamics of a Partially Premixed Rotating Wave Detonation Engine University of I. Dunn, K. Thurmond, K. Ahmed, S. Vasu, Central Florida, Orlando, FL 20 August 2019 Tuesday, 120-SL-1 TOMEK, NASA LaRC RD/CAB and J. BLOOMER, Raytheon Space & Airborne Systems CHAI, NASA Langley Research Center and W. Chaired by: P. 1330 hrs AIAA-2019-4133 Lunar Surface Logistical Capability: A Study of Spacecraft Needed to Support Human Habitation, Scientific Research, and Commercial Operations on the Lunar Surface Kokan, D. Levack, Morris, Aerojet T. Kinsman, C. Joyner, P. Rocketdyne, Canoga Park, CA aiaa.org/propulsionenergy 65 the HUB Room 101 Room 201 Room 302/03 Investigator Mohammad Kassemi NASA Glenn Research Center Case Western ReserveCase Western University/ Zero Boil-Off Tank experiment Principal Zero Boil-Off Tank 1530 hrs AIAA-2019-4140 0D Unsteady - 1D Quasi-Stationary Internal Ballistic coupling for ROBOOST simulation tool S. Mini, University of Bologna, Ponti, N. Souhair, F. S.p.A., Colleferro, Italy Italy; A. Annovazzi, Avio Wesley Johnson Wesley Cryogenics Team Lead Cryogenics Team NASA Glenn Research Center 1500 hrs AIAA-2019-4139 The Numerical Simulation on the Flow Field Instability Thrust Solid Rocket Motor Features of a Variable Beijing, China; Li, X. Sui, Beijing Institute of Technology, Y. (CAST), Hou, China Academy of Space Technology W. Beijing Institute of Electronic System Tianjin, China; J. Wang, Engineering, Beijing, China 1500 hrs AIAA-2019-4144 Structural, Propulsion, Mechanical, and Dynamics Guidance for Reusable Launch Vehicles D. Sutton, A. Triplett, Goyal, A. Mehrparvar, S. Fusselman, V. The Aerospace Corporation, El Segundo, CA Dayna Ise NASA Headquarters Demonstration Mission Space Technology Mission Directorate Space Technology Program Element Manager for Technology Program Element Manager for Technology Speaker John Zevenbergen Principal Investigator The Netherlands Organization Beyond-Earth Transportation Innovations in the Field of Energetic Materials 1430 hrs AIAA-2019-4138 Comparative Analysis and Justification of Optimal Rocket Motor Selection in NASA USLI By Applying Mass Body Second Law to a Variable Newton’s Elliott, University of B. Roberts, A. Sam, J. Brand, T. Chattanooga, TN Tennessee, 1430 hrs AIAA-2019-4143 CEPUS: A Configurable Electric Propulsion Utility Stage to Support Science and Exploration of the Solar System Cleveland, OH; C. NASA Glenn Research Center, J. Woytach, Moog, Inc., Chattsworth, CA Loghry, Solid Rocket Simulation and Analysis Methodologies II Stephen Edwards The Pursuit of In Space Cryogenic Propellant Storage and Transfer NASA Marshall Spaceflight Center Mission Architecture Subject Matter Expert Directorate NASA Headquarters Francis Chiaramonte 1400 hrs AIAA-2019-4137 Quasi-one Dimensional Model of Pressure Oscillations in Aft-Finocyl Solid Rocket Motors: a Critical Evaluation of Alternative Closure Sub- Models and Calibrations M. Laureti, Grossi, B. Favini, University of Rome “La Sapienza”, Rome, Italy 1400 hrs AIAA-2019-4142 Lunar Surface Missions Enabled by Small- to Medium-Lift Launch Vehicles Markusic, Firefly Aerospace, Inc., Coogan, K. Scholtes, T. W. LLC, Boyce, VA Cedar Park, TX; H. Runge, RungeTech, Division of Space Life and Physical Sciences Research and Applications Human Exploration ad Operations Mission Lead for NASA Thomas Brown NASA Marshall Space Flight Center In-Space Transportation Systems Capability In-Space Transportation The innovations presented here are the continuous additive manufacturing of energetic materials in terms of so-called 3D gradient printing, the development cool gas generators producing nitrogen, oxygen and hydrogen at room temperature without active cooling development of larger scale production facilities based on flow chemistry principles. Tuesday, 20 August 2019 Tuesday, 121-SP-1 1330 - 1600 hrs A major hurdle As NASA embarks on the Artemis Program to sustainably explore the moon with an eye toward Mars, there is renewed interest in gaining performance and sustainability benefits of cryogenic propellants, a long term goal of the space exploration community. has been the lack of experience managing and transferring cryogenic propellants, for more than hours of duration, in the space environment. The perceived development risks this paradox creates have, past, prevented vehicle designs that benefit from performance of cryogens. How can this paradox be solved? This panel brings senior leaders and subject matter experts from NASA together to discuss the benefits cryogenic propellants bring to conceptual lunar and Mars architectures, technology advancements that can improve the efficiency of in space cryogenic fluid storage and to engineering demonstrations) work with the community acquire data and experience needed enable long duration in space storage transfer of cryogenic and several approaches that NASA is implementing or considering (from fundamental science transfer, propellants. Finally the panel solicits questions from audience on alternative technical and programmatic approaches. Fellow for Cryogenics NASA Technical Moderator: Michael Meyer, Panelists: Tuesday, 20 August 2019 Tuesday, 122-SR-4 Chaired by: J. MAJDALANI, Auburn University and E. TRIGGS, Auburn University 1330 hrs AIAA-2019-4136 Effect of Oxidative Jet Flow in Throat and Divergence Section on Nozzle Performance K. Xie, Beijing Institute of Technology, Z. Wei, D. Yan, Beijing, China 20 August 2019 Tuesday, 123-ST-2 HAMMOND Chaired by: M. FULLER, Northrop Grumman Inovation Systems and W. 1330 hrs AIAA-2019-4141 A Joinable Undercarriage to Maximize Payload (JUMP) Lunar Lander for Cargo Delivery to the Lunar Surface Houston, TX R. Howard, NASA Johnson Space Center, 20 August 2019 Tuesday, 124-HUB-2 1400 - 1445 hrs

66 aiaa.org/propulsionenergy the HUB the HUB Room 309/10 Session Rooms Exposition Hall Exposition Hall JW Grand Ballroom 5 JW Grand Ballroom 5 JW Grand Ballroom 3/4 PJ Steffen Rolls-Royce Corporation Chief, Future Projects Engineer Omar Mireles NASA Marshall Space Flight Center GE Aviation GE Aviation Carlos Perez Advanced Systems Design & Technology Lead Advanced Systems Design & Technology Paul Gradl Wednesday Keynote Speaker Roberto Guerrero Networking Break Propulsion Advancements) Wednesday Speaker Briefing Wednesday NASA Marshall Space Flight Center von Kármán Lecture in Astronautics Introduction to Additive Manufacturing Welcome Reception (Proof of Purchase Required) Welcome Deputy Assistant Secretary of the Air Force for Operational Energy Introduction to the Use of NASA Chemical Equilibrium Applications (CEA) Pratt & Whitney Office of the Assistant Secretary of the Air Force for Installations, Environment and Energy Irewole “Wally” Orisamolu Irewole “Wally” Interview with Simon Weeks, Chief Technology Officer, Aerospace Technology Institute Aerospace Officer, Chief Technology Interview with Simon Weeks, Associate Director, Advanced Propulsion Technologies Advanced Propulsion Technologies Associate Director, Wednesday Plenary: Optimizing the U.S. Air Force’s Operational Energy Use through 21st Century Tools and Technologies Operational Energy Use through 21st Century Tools Plenary: Optimizing the U.S. Air Force’s Wednesday Tuesday Forum 360 PM: Next Steps in Supersonic and Hypersonic Propulsion: Platforms Applications (Part II - Commercial Tuesday Nathan Andrews FAA Southwest Research Institute Rebecca Cointin Director, Office of Environment and Energy Director, Tuesday, 20 August 2019 Tuesday, 125-F360-8 1445 - 1600 hrs Aeronautics Research Mission Directorate, NASA Moderator: Peter Coen, Low Boom Flight Demonstration Mission Manager, Panelists: 20 August 2019 Tuesday, 126-HUB-3 1445 - 1630 hrs Additive manufacturing is increasing in prevalence and importance across many industries. This tutorial will provide a thorough introduction to the technologies involved, typical manufacturing process, common design approaches, and qualification considerations with using this new technology. Speakers: Tuesday, 20 August 2019 Tuesday, 127-LP-15 1500 - 1600 hrs and determinesCEA is a program which calculates chemical equilibrium product concentrations from any set of reactants thermodynamic and transport properties for the product mixture. In this tutorial, Thomas Lavelle, NASA, will provide a brief overview of the tool, some theoretical background, and basic instructions on using CEA for mixed and reactive flows. 20 August 2019 Tuesday, 128-NW-6 1600 - 1630 hrs 20 August 2019 Tuesday, 129-LEC-2 1630 - 1730 hrs 20 August 2019 Tuesday, 130-NW-7 1800 - 1930 hrs 21 August 2019 Wednesday, 131-SB-3 0730 - 0800 hrs 21 August 2019 Wednesday, 132-PLNRY-3 0800 - 0900 hrs 21 August 2019 Wednesday, 133-HUB-4 0900 - 0930 hrs aiaa.org/propulsionenergy 67 Room 202 Room 203 Room 301 Room 201 Exposition Hall 1130 hrs AIAA-2019-4152 Flocking Canada Energy Conservation of V-Shaped Switching Geese through Leader and Tail A. Mirzaeinia, M. Hassanalian, New Mexico Institute of Socorro, NM Mining and Technology, 1130 hrs AIAA-2019-4157 A Conceptual Method to Recycle Space Debris into Fuels and Artificial Soil in the ISS for Numerous Applications A. Mariappan, Kumaraguru College of Technology, Indian Space Research Sanal Kumar, Coimbatore, India; V. Anand, Kumaraguru India; V. Organisation, Trivandrum, Coimbatore, India; S. Weddell, College of Technology, Christchurch, New Zealand; I. Jeung, University of Canterbury, Seoul, South Korea Seoul National University, 1100 hrs AIAA-2019-4147 Kinetic modeling of parasitic currents on spacecraft surfaces due to ambient space plasmas N. Nuwal, D. Levin, University of Illinois, Urbana-Champaign, Urbana, IL 1100 hrs AIAA-2019-4151 Drone-Station Matching in Smart Cities through Hungarian Algorithm: Power Minimization and Management M. Hassanalian, New Mexico A. Mirzaeinia, S. Bradley, Socorro, NM Institute of Mining and Technology, 1100 hrs AIAA-2019-4156 of a Non- Design, Fabrication, and Testing Premixed Methane/Oxygen Diffusion Flame Burner J. L. Nunamaker, L. Eckenrode, M. Ianuzzi, Litzinger, Altoona, PA; Crist, J. Moore, Pennsylvania State University, et al. 1100 hrs AIAA-2019-4161 Effect of Preheating in Alumina Reduction Using Aluminum Energy Cycle for Laser Ablation Toward the Lunar Night K. Komurasaki, H. Koizumi, University S. Yamada, S. Tanaka, Japan Tokyo, of Tokyo, Networking Break 1030 hrs AIAA-2019-4146 Study Thermal Runaway Propagation Testing of Lithium-ion Cells and for Safe Transportation Batteries TX; J. Jeevarajan, Underwriter Laboratories, Inc., League City, TX; S. Azam, C. Lopez, Stress Engineering Services, Waller, TX; S. Kinyon, Underwriter Laboratories, Inc., League City, TX Stress Engineering Services, Waller, 1030 hrs AIAA-2019-4150 Analysis and Comparison of Different Chemistry Models for the Computation of Reacting Flows on Re-entry and Hypersonic Vehicles Dias, University of Beira Interior Covilha, Portugal; F. Göteborg, C. Xisto, Chalmers University of Technology, Sweden; J. Páscoa, University of Beira Interior Covilha, Covilha, Portugal 1030 hrs AIAA-2019-4155 Combustion of a TMEDA/WFNA Hypergolic in Bipropellant Rocket Engine D. Kiaoulias, L. Eckenrode, J. J. Hollingshead, M. Litzinger, Altoona, Moore, G. Risha, Pennsylvania State University, et al. PA; 1030 hrs AIAA-2019-4160 Performance Evaluation of an Aerodynamic Blade Model Using a Bottom-mounted Force Balance System C. Ebuzeme, Z. Quadri, O. Noah, E. Ogedengbe, Eguma, Nigeria University of Lagos, Akoka-Yaba, Student Research Projects in Propulsion Education III Advanced Vehicle Designs of Launch Vehicles and Drones Designs of Launch Vehicles Advanced Vehicle Experimental and Computational Energy Efficiency Studies I Emerging Lithium-Ion Battery Technologies, Space Plasma Effect on Spacecraft Surfaces Emerging Lithium-Ion Battery Technologies, 1000 hrs Oral Presentation Physics-Based Modeling and Simulation of for Aerospace Emerging Battery Technologies Moffett M. Mehta, J. Lawson, NASA Ames Research Center, Field, CA 1000 hrs AIAA-2019-4149 Stage Solid Mars Ascent Vehicle A Design for a Two Huntsville, AL; A. Prince, NASA Marshall Space Flight Center, Jacobs, Huntsville, AL; A. Schnell, D. Yaghoubi, Kibbey, T. Huntsville, AL; A. Karp, NASA Marshall Space Flight Center, California Institute of B. Nakazono, Jet Propulsion Laboratory, Pasadena, CA Technology, 1000 hrs AIAA-2019-4154 Injectors Using Analytical Design of Two-Phase and Numerical Methods with Application to Hybrid Rockets Toronto, Niño, M. Razavi, University of Toronto, E. Vargas Canada 1000 hrs AIAA-2019-4159 - A Revolutionary Change Thermolyzer Technology in WTE Processing LLC, Austintown, OH H. Brandhorst, CHZ Technologies, Wednesday, 21 August 2019 Wednesday, 134-NW-8 0900 - 0930 hrs 21 August 2019 Wednesday, 135-APS-1 US Merchant Marine Academy and J. HAINES, Retired - formerly ESA/ESTEC Chaired by: M. PATEL, 0930 hrs AIAA-2019-4145 Li-Ion Intelli-Pack® Battery: Smart, High Energy and Safe Battery for mission and safety critical Aerospace platforms E. Burke, Space Information Laboratories, Santa Maria, CA 21 August 2019 Wednesday, 136-AVS-2 CHEN, NASA Pomona CA and T. CHANDLER, Cal Poly University, Chaired by: F. 0930 hrs AIAA-2019-4148 with of a Small Launch Vehicle Design and Testing Lessons Learned Pomona, California State Polytechnic University, Chandler, F. CA 21 August 2019 Wednesday, 137-EDU-5 Chaired by: D. JONES, UAH Propulsion Research Center and J. VENTERS, 0930 hrs AIAA-2019-4153 & IAE Solid Rocket Motor RDSX ITA São Institute of Aeronautics (ITA), Technological A. Bahdur, Shimote, Aeronautics and Space José dos Campos, Brazil; W. Institute (IAE), São José dos Campos, Brazil; D. Tenorio, São José dos Institute of Aeronautics (ITA), Technological Campos, Brazil 21 August 2019 Wednesday, 138-EERE-2 Chaired by: D. CARRINGTON, Los Alamos National Laboratory and K. OKAI, Japan Aerospace Exploration Agency 0930 hrs AIAA-2019-4158 Model Selection for Pyrolysis of Versatile Lignocellulosic-Biomass Components K. Burra, A. Gupta, University of Maryland, College Park, College Park, MD

68 aiaa.org/propulsionenergy Room 204 Room 205 Room 208 Room 305/06 JW Grand Ballroom 3/4 Carla Sands Aviation Week Network Week Aviation Program Manager, Workforce Workforce Program Manager, Purdue Online Gerry McCartney Executive Vice President 1100 hrs AIAA-2019-4168 Fluorescence in the Plume of a Laser-Induced Radiofrequency Ion Thruster: Measurements and Excitation Schemes Scholze, C. Bundesmann, D. Spemann, H. C. Eichhorn, F. Neumann, Leibniz Institute of Surface Engineering (IOM), ArianeGroup, Lampoldshausen, Leipzig, Germany; H. Leiter, Germany Commissioner Teresa Lubbers Teresa Ion Thruster Flight Development Indiana Commission for Higher Education Small Satellite Hall Thruster Systems Electrospray and Multimode Propulsion Undergraduate Engine Design Competition 1030 hrs AIAA-2019-4164 Preliminary Design of a Single Stage Bismuth SPT Hall Thruster for Small Spacecraft Applications A. Hepburn, D. White, Embry-Riddle Aeronautical University, Prescott, AZ 1030 hrs AIAA-2019-4167 Qualification of the Flight Heaters for NEXT-C Hollow Cathodes Sarver- Partners, LLC, Brook Park, OH; T. Vantage N. Arthur, NASA Glenn Research Center, G. Soulas, J. Mackey, Verhey, Cleveland, OH 1030 hrs AIAA-2019-4171 Modeling of the Dissipation and Self-Heating Propellant in Electrospray Thrusters M. Magnani, Gamero, University of California, Irvine, Irvine, CA Wednesday Forum 360 AM: Rising to the Challenge of America’s Workforce Needs Workforce Forum 360 AM: Rising to the Challenge of America’s Wednesday Shaun Humes Collins Aerospace Senior Manager, Program Management Senior Manager, 1000 hrs AIAA-2019-4163 Halo Micro Electric Results of ExoTerra’s Test Propulsion System for Microsatellites G. Pulido, A. Seidcheck, Gorokhovsky, V. M. VanWoerkom, Resource, LLC, Littleton, CO; J. Williams, Colorado ExoTerra Fort Collins, CO; C. Farnell, Plasma Controls, State University, LLC, Fort Collins, CO 1000 hrs AIAA-2019-4166 Ion Thruster Produced Roll Torque Partners, LLC, Brook Park, OH Vantage N. Arthur, 1000 hrs AIAA-2019-4170 Solvated Ion Cluster Dissociation Rates for Ionic Liquid Electrospray Propellants R. Bemish, Air Force Research B. Prince, C. Annesley, Kirtland AFB, NM; S. Hunt, Boston College, Laboratory, Albuquerque, NM David L. Dimmett Project Lead The Way Project Lead The Way Senior Vice President and Chief Engagement Officer Wednesday, 21 August 2019 Wednesday, 139-EP-14 PETERSON, NASA Glenn Research Center and J. FOSTER, University of Michigan Chaired by: P. 0930 hrs AIAA-2019-4162 Development of a High-Propellant Throughput Small Spacecraft Electric Propulsion System to Enable Lower Cost NASA Science Missions Sarver-Verhey, Liu, L. Pinero, T. G. Benavides, H. Kamhawi, T. Cleveland, OH; C. Rhodes, NASA Glenn Research Center, et al. 21 August 2019 Wednesday, 140-EP-15 Chaired by: D. HERMAN, NASA Glenn Research Ctr and G. WILLIAMS 0930 hrs AIAA-2019-4165 NEXT Ion Propulsion System Risk-Mitigation Tests in Support of the Double Asteroid Redirection Test Mission (DART) R. Thomas, M. Patterson, NASA Glenn Research Center, Cleveland, OH; J. John, Johns Hopkins University Applied Laurel, MD; M. Crofton, The Aerospace Physics Laboratory, Corporation, El Segundo, CA 21 August 2019 Wednesday, 141-EP-16 Chaired by: J. ZIEMER, Jet Propulsion Laboratory and N. DEMMONS, Busek Co., Inc. 0930 hrs AIAA-2019-4169 Review of Chemical-Electric Multimode Space Propulsion A. Mundahl, N. Rasmont, University of C. Lyne, J. Rovey, Illinois, Urbana-Champaign, Urbana, IL; M. Glascock, Missouri University of Science and Technology, Wainwright, Rolla, MO; et al. 21 August 2019 Wednesday, 142-F360-9 0930 - 1130 hrs Rolls-Royce Corporation Head, Research and Technology, Moderator: Lisa Teague, Network Week Aviation Workforce, Opening Remarks: Carla Sands, Program Manager, Panelists: Wednesday, 21 August 2019 Wednesday, 143-GTE-16 0930 - 1200 hrs Students will be presenting their projects for judging and awards aiaa.org/propulsionenergy 69 Room 312 Room 311 Room 104 White River J 1130 hrs AIAA-2019-4176 Computational Finite Element Analysis of Adaptive Flow Interactions for Stator-Rotor Gas Turbine Lift Propulsion Future Vertical Ames, IA; L. Bravo, M. N. Kozak, Iowa State University, Aberdeen Murugan, A. Ghoshal, Army Research Laboratory, Aberdeen, Kestrel Team, Khine, CREATE Proving Ground, MD; Y. Providence, RI; et al. Bazilevs, Brown University, MD; Y. 1130 hrs AIAA-2019-4185 Estimation of the Hydraulic Losses in Work Engine of a Gas Compressor Shaft of a Gas Turbine Operating Conditions Unit under Various G. Popov, Zubanov, V. O. Baturin, D. Kolmakova, A. Krivcov, Samara, Russia Samara National Research University, 1130 hrs AIAA-2019-4190 Sweating Hybrid Rocket Fuels; Inclusion and Activated Release of Liquid Fuels in Temperature Solid Binders Pourpoint, Purdue M. McClain, C. Farrell, M. Paik, T. Lafayette, IN West University, 1100 hrs AIAA-2019-4175 Numerical investigation of Non-Synchronous vibration using Scale Adaptive Simulation turbulence model Patel, University of Miami, Coral Gables, FL; H. Im, Doosan P. America, Palm Beach Gardens, FL; G. Zha, University of ATS Miami, Coral Gables, FL 1100 hrs AIAA-2019-4180 Boundary Layer in Strongly Heated Turbulent Channel with Staggered Pin Fins Lafayette, IN West C. Lee, Purdue University, 1100 hrs AIAA-2019-4184 The Optimal Design of Damper Rings for Aviation Gears Beihang University, Yang, W. Wu, X. Jiang, Y. Wang, Z. Li, Y. Beijing, China 1100 hrs AIAA-2019-4189 Aluminum Powder Effects with Aft-chamber Extension and Baffle Plate Installation for Hybrid Rocket Nihon University, A. Takahashi, Kanbayashi, K. Takahashi, Y. Funabashi, Japan Turbomachinery Gas Turbine Heat Transfer I Heat Transfer Gas Turbine Hybrid-Electric and Mechanical Systems 1030 hrs AIAA-2019-4174 The Effects of Non-Uniform Blade Spacing on Compressor Rotor Flutter Stability Lafayette, IN West Purdue University, Leng, N. Key, Y. 1030 hrs AIAA-2019-4179 Investigation of Unsteady Flow Structures in a Rectangular Channel with Pin Fin Array E. Fernandez, J. Kapat, University of Central Florida, Tran, P. Orlando, FL 1030 hrs AIAA-2019-4183 Electrical Power System Sizing within the Numerical Propulsion System Simulation Lavelle, NASA Glenn Research Center, T. J. Csank, D. Sadey, Queretaro, Cleveland, OH; J. Garcia, General Electric Company, Cleveland, OH Mexico; J. Bergeson, NASA Glenn Research Center, 1030 hrs AIAA-2019-4188 with Characteristics of Solid Fuel Based on WAX Added Polypropylene for Hybrid Rocket Nihon University, Matsumoto, K. Takahashi, K. Kinoshita, Y. Narashinodai, Japan Green Propellants, Contemporary Materials, Modern Applications, and Advanced Manufacturing Techniques 1000 hrs AIAA-2019-4173 Multiple Scale Analysis of the Forced Response a Mistuned Bladed Disk with Nonlinear Friction Forces University of Madrid, J. Martín Bautista, C. Martel, Technical Madrid, Spain 1000 hrs AIAA-2019-4178 Experimental and Numerical Investigation of Fully Flow in a Rectangular Channel with Turbulent Dimples and Protrusions G. Gupta, E. Fernandez, M. Otto, J. Kapat, University of Central Florida, Orlando, FL 1000 hrs AIAA-2019-4182 Propulsion Dynamic Analysis of the STARC-ABL System Cleveland, J. Kratz, G. Thomas, NASA Glenn Research Center, OH 1000 hrs AIAA-2019-4187 of Paraffin Development and Preliminary Testing Hybrid Rocket Fuel Grains with Helical Port Structures Middletown, CT University, L. Pabarcius, Wesleyan Wednesday, 21 August 2019 Wednesday, 144-GTE-17 HASTI Chaired by: V. 0930 hrs AIAA-2019-4172 Design on the 3D Optimization of the Fir-tree Disk/Blade attachment Turbine University, Nanyang Technological Chow, Yi, W. J. Lee, Y. Singapore, Singapore 21 August 2019 Wednesday, 145-GTE-18 Chaired by: M. RICKLICK, Embry Riddle Aeronautical University 0930 hrs AIAA-2019-4177 Effect of Surface Pattern for Harbor Seal Whisker Inspired Pin Geometries for Enhanced Heat Transfer A. Prasad, M. Ricklick, Embry-Riddle Aeronautical University, Daytona Beach, FL 21 August 2019 Wednesday, 146-GTE-19 NASA Glenn Research Center and C. PERULLO, Georgia Institute of Technology Chaired by: D. CULLEY, 0930 hrs AIAA-2019-4181 Fuel burn evaluation of a turbo-electric propulsive fuselage aircraft Maldonado, Safran Group, Châteaufort, Giannakakis, Y. P. C. Frantz, Safran Group, Villaroche, France; N. Tantot, France France; M. Belleville, Airbus, Toulouse, 21 August 2019 Wednesday, 147-HR-8 Jet Propulsion Laboratory at Chattanooga and A. KARP, University of Tennessee ELLIOTT, Chaired by: T. 0930 hrs AIAA-2019-4186 Medical Grade N2O/O2 Mixtures as Inexpensive Efficient Oxidizers for Small and Volumetrically Spacecraft Hybrid Propulsion Systems Logan, UT S. Whitmore, R. Stoddard, Utah State University,

70 aiaa.org/propulsionenergy the HUB Room 103 Room 308 Room 209 Room 309/10 1130 hrs AIAA-2019-4195 Recent advancements in experimental and numerical characterization of paraffin-based fuels for hybrid rocket application G. Di Martino, G. Gallo, S. Mungiguerra, C. Carmicino, R. Savino, University of Naples “Federico II”, Naples, Italy; D. Cardillo, Italian Aerospace Research Center (CIRA), Capua, Italy; et al. 1100 hrs AIAA-2019-4194 Numerical investigation of a low thrust Paraffin/ N2O hybrid rocket A. Ingenito, University of Rome “La Sapienza”, Rome, Italy 1100 hrs AIAA-2019-4199 CFD Evaluation Of Lean-Direct Injection Combustors for Commercial Supersonics Technology Lee, Partners, LLC, Cleveland, OH; P. K. Ajmani, Vantage Inc., Zeeland, MI; C. Chang, M. Kudlac, FST, Woodward Cleveland, OH NASA Glenn Research Center, 1100 hrs AIAA-2019-4205 Bantam Afterburning Rocket Engine Propulsion Bed System for a Reusable Hypersonic Test FL Sack, Aerojet Rocketdyne, Jupiter, J. Castro, W. Hypersonics High-Speed Injection and Mixing Meet the AIAA Technical Committees Meet the AIAA Technical Inlets: Integration and Performance I 1030 hrs AIAA-2019-4193 Data Clustering of Hybrid Rocket Combustion Flame A. Petrarolo, German Aerospace Center (DLR), Hardthausen, Germany; A. Ruettgers, German Aerospace Center (DLR), Cologne, Germany; M. Kobald, German Aerospace Center (DLR), Hardthausen, Germany 1030 hrs AIAA-2019-4198 Effect of Mach Number on the Flow Characteristics of Free and Confined Pulsed Jets C. Leos, G. Acosta, O. Rodriguez, R. Freeman, I. Choutapalli, Edinburg, TX Rio Grande Valley, University of Texas, 1030 hrs AIAA-2019-4202 The impact of inlet boundary layer thickness on the unsteady aerodynamics of S-duct intakes Zachos, D. MacManus, Cranfield University, M. Migliorini, P. Bedford, United Kingdom 1030 hrs AIAA-2019-4204 Computational model for a Dual-Mode Real-Time Ramjet Engine Simulation Cleveland, OH G. Kopasakis, NASA Glenn Research Center, Contemporary Hybrid Rocket Fuel Characterization, Visualization, and Controls II 1000 hrs AIAA-2019-4192 Optically Resolved Fuel Regression of a Clear PMMA Hybrid Rocket Motor Mechentel, B. Hord, Cantwell, Stanford University, F. Stanford, CA 1000 hrs AIAA-2019-4197 Reacting Dynamic Hybrid Reynolds-Averaged Simulations of a Mach Navier-Stokes/Large-Eddy 3 Cavity E. Hassan, D. Peterson, Air Force Research Laboratory, AFB, OH Wright-Patterson 1000 hrs AIAA-2019-4201 An assessment on the unsteady flow distortion generated by an S-duct intake Zachos, D. MacManus, Cranfield University, M. Migliorini, P. Bedford, United Kingdom 1000 hrs AIAA-2019-4203 Dual-Mode Ramjet Integration of a Real-Time Simulation with the Combined Cycle Engine Large Experiments Testbed Scale Inlet for Mode Transition G. Kopasakis, D. Le, R. Thomas, NASA Glenn Stueber, T. Partners, Sowers, Vantage Cleveland, OH; T. Research Center, LLC, Cleveland, OH Wednesday, 21 August 2019 Wednesday, 148-HR-9 NASA Marshall Space Flight Center Chaired by: G. STORY, 0930 hrs AIAA-2019-4191 Modification of Paraffin-based Hybrid Rocket Fuels Using Structural Lattices C. Johansen, University of Messinger, C. Hill, McDougall, T. Canada Calgary, Calgary, 21 August 2019 Wednesday, 149-HSABP-7 SMITH, Boeing Engineering Operations & Technology and T. Chaired by: J. EDWARDS 0930 hrs AIAA-2019-4196 Numerical Investigation and Optimization of a Flushwall Injector for Scramjet Applications at Hypervelocity Flow Conditions E. Axdahl, R. Baurle, NASA Langley Drozda, R. Shenoy, T. Hampton, VA Research Center, 21 August 2019 Wednesday, 150-HUB-5 0930 - 1030 hrs technical committee members. Learn what exactly technical committees do, initiatives they’re currently working on, when they meet, and how you can bring your YP perspective to them! Stop by this interactive session with some of AIAA’s 21 August 2019 Wednesday, 151-INPSI-6 NASA Glenn Research Center Chaired by: D. RITTENBERG, Siemens PLM Software and J. SLATER, 0930 hrs AIAA-2019-4200 Experimental assessment of a non-conventional fighter aircraft: effects of canard on the performance of a dorsal intake Catalano, University of São Bravo Mosquera, F. B. Ribeiro, P. Paulo, São Carlos, Brazil 21 August 2019 Wednesday, 152-ITAR-3 Chaired by: B. MUZEK and M. JACINTO, Aerojet Rocketdyne 0930 hrs Oral Presentation Combined-Cycle Engine Large Scale Inlet for Experiments (CCE-LIMX) Program Mode Transition Overview (Invited) Cleveland, OH NASA Glenn Research Center, Stueber, T. aiaa.org/propulsionenergy 71 Room 102 Room 105 White River G White River H White River A/B 1130 hrs AIAA-2019-4208 Influence of compressibility effect on supersonic combustion modeling X. Fan, Chinese Academy of Sciences, Yao, L. Chen, W. Beijing, China 1100 hrs AIAA-2019-4207 Numerical Simulation of Underwater Burst Events Using Sharp Interface Capturing Methods N. Kakumanu, J. Edwards, North Carolina State University, Seoul, South Korea University, Raleigh, NC; J. Choi, Yonsei 1100 hrs AIAA-2019-4210 Modeling of HMX Monopropellant Combustion with Detailed Condensed-Phase Kinetics S. Thynell, Pennsylvania State M. Khichar, L. Patidar, University Park, PA University, 1100 hrs AIAA-2019-4214 Performance Characterization of a Natural Gas-Air Rotating Detonation Engine at Elevated Pressure C. C. Journell, A. Lemcherfi, R. Gejji, S. Heister, I. Walters, Lafayette, IN West Slabaugh, Purdue University, Liquid Propulsion History Solid Propulsion Modeling High Fidelity Combustion Modeling II 1030 hrs AIAA-2019-4206 of a Moment-Based Soot Model on Validation Benchmark and Production Aircraft Engine Combustors H. Koo, Rolls-Royce Group plc, Indianapolis, IN; R. Eggels, Germany; M. Rolls-Royce Group plc, Blankenfelde-Mahlow, Anand, Rolls-Royce Group plc, Indianapolis, IN 1030 hrs AIAA-2019-4209 Studies on Flame Spread Acceleration and Detonation Kernel in a Dual-thrust Rocket Indian Space Research Organisation, Sanal Kumar, V. India; A. Sukumaran, Kumaraguru College of Trivandrum, S, Indian Institute Coimbatore, India; N. C, V. Technology, of Science, Bengaluru, India; A. Mariappan, Moorthi, Coimbatore, India; et al. Kumaraguru College of Technology, 1030 hrs AIAA-2019-4213 Minimization of Pressure Fluctuations in an Axial Stage Under Periodic Inflow Conditions Turbine A. Heinrich, D. Peitsch, R. King, S. Wolff, D. Topalovic, University of Berlin, Germany Technical Intelligent Data Analysis for Combustion and Flow Dynamics Pressure Gain Combustion: Performance, Integration and Applications I 1000 hrs AIAA-2019-4212 Experimental Performance Characterization of an Pressure RDE Using Equivalent Available J. Codoni, Naval Postgraduate School, Monterey, C. Brophy, CA Wednesday, 21 August 2019 Wednesday, 153-LP-16 0930 - 1200 hrs the F-1, J-2, Lunar Module Descent Engine, and Ascent Engine by engineers that responsible for propulsion systems. This session will present video recordings made in 2006 discussing the development and operation of 21 August 2019 Wednesday, 154-PC-15 0930 - 1130 hrs Spectral Energies, Inc. by Sukesh Roy, Tutorial Modern combustion dynamic behavior but at the expense of swamping analytical systems with vast amounts data. The presentation will provide a brief overview computational and experimental capabilities are making it possible to explore increasingly complex of various non- linear data analysis tools that can significantly improve the post-processing speed, enable intelligent mining of large num erical or experimental sets, and provide reduced-order modeling (ROM) adaptive control strategies. It will also cover development of a comprehensive software for the above-mentioned analysis. 21 August 2019 Wednesday, 155-PC-16 and M. ANAND, Rolls-Royce Corp Chaired by: J. OEFELEIN, Georgia Institute of Technology 0930 hrs Oral Presentation Future Directions for Multiphysics LES of Aero-Propulsion Systems (Invited) Atlanta, GA J. Oefelein, Georgia Institute of Technology, 21 August 2019 Wednesday, 156-PC-17 SANKARAN, US Air Force/AFRL/RQRC JACKSON, University of Florida and V. Chaired by: T. 0930 hrs Oral Presentation Recent Advances in the Modeling and Simulation of AP-based Solid Propellants (Invited) Jackson, University of Florida, Gainesville, FL T. 21 August 2019 Wednesday, 157-PGC-8 General Electric TANGIRALA, Chaired by: D. SCHWER, Naval Research Lab and V. 0930 hrs AIAA-2019-4211 Field Geometry Effects on the Pressure, Velocity and Operation of an Airbreathing Constant-Volume Combustion Chamber B. Boust, Q. Michalski, M. Bellenoue, National Center for Scientific Research (CNRS), Poitiers, France

72 aiaa.org/propulsionenergy the HUB the HUB Room 106 Room 107 Room 307 White River C/D 1130 hrs AIAA-2019-4219 Effect of air flow rate on the mode combustion in rotating detonation engines Beijing, Beijing University of Chemical Technology, Wang, Y. China; J. Le, China Aerodynamics Research and Development Mianyang, China Center, 1130 hrs AIAA-2019-4226 On the Modeling of Smoke Management Sprinklers In a Medium Sized Sprinklered Car Park D. Khalil, Dar Al-Handasah, Cairo, Egypt; E. Cairo Cairo, Egypt University, 1100 hrs AIAA-2019-4218 Ultrahigh-Speed Imaging of a Propagating in a High Aspect Ratio Detonation Wave Rectangular Channel West C. Slabaugh, R. Gejji, M. Frederick, Purdue University, Lafayette, IN; J. Shepherd, California Institute of Technology, Pasadena, CA 1100 hrs AIAA-2019-4225 Numerical Simulation of Phase Change Materials to Predict the Energy Storage Process Accurately A. Khademi, M. Darbandi, Behshad Shafii, Sharif Iran; G. Schneider, Tehran, University of Technology, Canada Waterloo, University of Waterloo, Heat Transfer and Transport II and Transport Heat Transfer 1030 hrs AIAA-2019-4217 OH PLIF Visualization of an Optically Accessible Rotating Detonation Combustor Chacon, M. Gamba, University of Michigan, Ann Arbor, F. MI Ann Arbor, 1030 hrs AIAA-2019-4224 Simulation of Thermal Management in a Surgical Operating Theatre and Its Experimental Verification Cairo, Egypt Cairo University, E. Khalil, A. ElDegwy, OmegA Rocket – Affordable, Reliable Access to Space of the Air Force for Installations, Environment and Energy Solid Rocket Propellant Characterization and Motor Ballistics Risk Management for University Research in Solid Propellant Pressure Gain Combustion: Measurement Techniques and Test Facilities II and Test Pressure Gain Combustion: Measurement Techniques Extended Q&A with Roberto Guerrero, Deputy Assistant Secretary of the Air Force for Operational Energy, Office of the Assistant Secretary Extended Q&A with Roberto Guerrero, Deputy Assistant Secretary of the Air Force for Operational Energy, 1000 hrs AIAA-2019-4216 Wave Interaction in Injector Flowfield-Detonation Unwrapped RDE Channel University of Maryland, College K. Yu, S. Redhal, J. Burr, Park, College MD 1000 hrs AIAA-2019-4221 Examination of Flow Field Inside Grain Port and Grain Regression Characteristics of a Nozzleless Solid Propellant Rocket Motor Özyörük, Y. Ankara, Turkey; TUBITAK, B. Sümer, A. Özer, Ankara, Turkey University, Middle East Technical 1000 hrs AIAA-2019-4223 Characterization of spray structures formed during water injection into a free supersonic air jet Zhao, Louisiana State University, S. Menon, H. Jones, W. Baton Rouge, LA Wednesday, 21 August 2019 Wednesday, 158-PGC-9 The University of Alabama Chaired by: M. GAMBA, University of Michigan and A. AGRAWAL, 0930 hrs AIAA-2019-4215 Characterization of CH4-O2 Detonation in Unwrapped RDE Channel Combustor University of Maryland, College Park, K. Yu, J. Burr, Park, MD 21 August 2019 Wednesday, 159-SR-5 Chaired by: D. SCARBOROUGH and R. YOUNG, Northrop Grumman Innovation Systems 0930 hrs AIAA-2019-4220 Combustion of Aluminized Solid Propellants with Bimodal Oxidizer Particle Size Distribution B. Elzein, Reaction Dynamics, Montréal, Canada; J. Xing, Canada; O. Jobin, E. Robert, Toronto, University of Toronto, Polytechnique Montréal, Canada 21 August 2019 Wednesday, 160-SR-6 0930 - 1030 hrs and university level protocols in place, proposed, desired to foster Discussion will be focused on topics affecting the development, instrumentation, and utilization of solid rocket experimental testing facilities. This includes the risk management, design, fire safety, maintain a safe and effective solid rocket program. 21 August 2019 Wednesday, 161-TM-5 Chaired by: M. CHOI, NASA-Goddard Space Flight Center and D. ZAKAR, NRL 0930 hrs AIAA-2019-4222 Stabilizing Loop Heat Pipe Operation with Control Heaters Naval Research Holman, R. Baldauff, D. Khrustalev, T. D.C. Washington, Laboratory, 21 August 2019 Wednesday, 162-HUB-6 1130 - 1200 hrs 21 August 2019 Wednesday, 163-HUB-7 1200 - 1230 hrs Speaker: Thomas Carroll, Director of Business Development, Commercial Launch Services the upper stage. NorthropThe OmegA rocket uses solely solid propulsion for the boost phases of flight, and RL-10 engines or Grumman is rapidly developing and qualifying the intermediate/heavy lift OmegA rocket to be affordable and low risk—essential characteristics for launching critical national security payloads and large commercial satellites. aiaa.org/propulsionenergy 73 the HUB Room 301 Room 311 Room 202 White River A/B JW Grand Ballroom 5 1600 hrs AIAA-2019-4231 Performance of a Small-Orifice Rocket Injector Utilizing Additive Manufacturing J. Kolano, A. Gupta, I. Rall, Bassett, I. Vorbach, N. Gloria, W. Stanford, CA; et al. Stanford University, 1530 hrs AIAA-2019-4230 Usage Of Consumer Grade Additive Manufacturing Of PLA For Hybrid Rockets Vilenius, M. Yli-Opas, J. Kattelus, A. Ikäheimo, E. Kittilä, V. P. Espoo, Finland; et al. Manninen, Aalto University, Rocket Shot Contest Advanced Propulsion Concepts III 1500 hrs AIAA-2019-4229 of Conventional and Development and Testing Additively Manufactured Aerospike Nozzles for Small Satellite Propulsion Logan, UT S. Whitmore, I. Armstrong, Utah State University, 1500 hrs AIAA-2019-4234 Propulsion Requirements for Future Generation Space Habitats K. MacLeod, J. Martin, Space Propulsion Synergy Team (SPST), Cocoa, FL 1500 hrs AIAA-2019-4237 Propulsion AC to DC Converter for Turboelectric Sitton, K. Furmanczyk, Crane Aerospace and Electronics, T. WA Lynnwood, Aircraft and Spacecraft Power System Technologies Additive Manufacturing: Test Results and Feasibility I Additive Manufacturing: Test Excellence in Aerospace Award Luncheon (Proof of Purchase Required) Excellence in Aerospace Award Rolling Recap on Aircraft Electrified Propulsion and Power/NASA Urban Air Grand Challenge 1430 hrs AIAA-2019-4228 Testing Using GRCop-42 Development and Hot-fire Additive Manufacturing Powder Bed Fusion for Channel-cooled Combustion Chambers NASA Marshall Space Flight Gradl, C. Protz, K. Cooper, P. Huntsville, AL; D. Ellis, L. Evans, NASA Glenn Center, Cleveland, OH; C. Garcia, NASA Marshall Research Center, Huntsville, AL Space Flight Center, 1430 hrs AIAA-2019-4233 Burner-Enabled A Small Multi-Inter Turbine Applications Engine for UAV Turboshaft C. Spytek, Spytek Aerospace Corporation, Bensenville, IL 1430 hrs AIAA-2019-4236 Solar Power for Deep-Space Applications: State of Art and Development A. Boca, C. MacFarland, R. Kowalczyk, Jet Propulsion Pasadena, CA California Institute of Technology, Laboratory, Wednesday, 21 August 2019 Wednesday, 164-LUNCH-1 1230 - 1400 hrs 21 August 2019 Wednesday, 165-HUB-8 1300 - 1400 hrs provided. Grab a foam rocket launcher and take aim at the bulls eye for your chance to win prize! Rockets are 21 August 2019 Wednesday, 166-AMP-1 Pomona CA CHANDLER, Cal Poly University, Chaired by: E. JENS, Jet Propulsion Laboratory and F. 1400 hrs AIAA-2019-4227 Development of a Low-Cost 0.1N High Test Peroxide Thruster Using Additive Manufacturing E. Fonda-Marsland, G. Roberts, University of Southampton, Southampton, United Kingdom; D. Gibbon, Surrey Satellite Ltd., Guildford, United Kingdom; C. Ryan, Technology, University of Southampton, United Kingdom 21 August 2019 Wednesday, 167-APC-4 GIEL, Jacobs Technology Chaired by: J. ROBINSON and T. 1400 hrs AIAA-2019-4232 Performance Enhancement of An Ethylene-Fueled Scramjet Combustor Using A Porous Cylindrical Burner Taiwan Taipei, University, Lee, K. Pan, National Taiwan W. 21 August 2019 Wednesday, 168-APS-2 US Merchant Marine Academy Chaired by: J. HAINES, Retired - formerly ESA/ESTEC and M. PATEL, 1400 hrs AIAA-2019-4235 Mission to Saturn: An Exemplary Collaboration between NASA and International Rectifier HiRel Products A. Gohardani, International Rectifier HiRel Products, El California Segundo, CA; M. Staab, Jet Propulsion Laboratory, Pasadena, CA Institute of Technology, 21 August 2019 Wednesday, 169-EATS-1 1400 - 1630 hrs objective is to disseminate information in the rapidly emerging and exciting area of Aircraft Electrified Propulsion Power technology to forum attendees. The session presents a summary of papers/panel sessions from previous AIAA conferences on The Rolling Recap session’s electric aircraft and propulsion, keeps the community informed. The session also presents an opportunity to discuss relevant technology developments and activities in the industry. facilitate community-wide (ARMD) plans to host a series of Urban Air Mobility (UAM) “Grand Challenges.” The Grand Challenge (GC) is designed promote public confidence in UAM safety, Starr Ginn will discuss the NASA Aeronautics Research Mission Directorate’s performance, imagination, and give prospective manufacturers operators insights into the evolving regulatory safety assurance, airspace interoperability, and operational environment. The Grand Challenge series will focus on Vehicle learning while capturing the public’s readiness for civil use, and noise.

74 aiaa.org/propulsionenergy Room 201 Room 204 Room 205 White River C/D Justin Koo cathode 6 Air Force Office of Scientific Research 1600 hrs AIAA-2019-4250 Low-frequency cathode plume oscillations in a 5-30A LaB G. Becatti, M. Saravia, University of Pisa, Italy; D. Paganucci, University of S.p.A., Pisa, Italy; F. Pedrini, SITAEL S.p.A., Andreussi, M. Andrenucci, SITAEL Pisa, Italy; T. Pisa, Italy Daniel Herman NASA Glenn Research Center 1530 hrs AIAA-2019-4241 Field Calculations of an Equipment Temperature Panel in Remote Sensing Spacecraft Cairo, Egypt; A. Farag, Egyptian E. Khalil, Cairo University, Armed Forces, Cairo, Egypt 1530 hrs AIAA-2019-4245 Experimental Investigation on Discharge Degradation Characteristics for Micro-cathode Arc Thruster N. Wang, Wang, Ling, J. Qureshi, W. S. Chen, X. Liu, Y. Beijing, China; et al. Beijing Institute of Technology, 1530 hrs AIAA-2019-4249 High-energy ion generation due to the plasma wave driven by current-carrying instabilities College Station, TX A&M University, K. Hara, Texas Cathodes Joe Cassidy Aerojet Rocketdyne Small Satellite Electric Propulsion The Next Step for In-Space Electric Propulsion 1500 hrs AIAA-2019-4240 Investigation of Experimental Jet Array For Impinging Cooling of Blades Nourin, A. Salem, N. DiPasquale, University of R. Amano, F. Wisconsin, Milwaukee, Glendale, WI 1500 hrs AIAA-2019-4244 Experimental Characterization of Nozzle Performance at Low Reynolds Numbers for Water Resistojet Thrusters K. Nishii, H. Koizumi, Komurasaki, University of Tokyo, Bunkyo, Japan 1500 hrs AIAA-2019-4248 Evaluation of the Effects Sea-Level Ambient Environmental Exposure on Emission Performance inserts of Impregnated Dispenser-Type eBeam, Inc., Self, Babson Park, FL; B. Vancil, Ohlinger, W. Beaverton, OR Experimental and Computational Energy Efficiency Studies II John Brophy NASA Jet Propulsion Laboratory 1430 hrs AIAA-2019-4239 Energy Consumption, Energy-saving and Emissions Plants Treatment Reduction of Wastewater (WWTPs) in Wisconsin R. Amano, A. Abbas, M. Al-Haddad, Qandil, University of Wisconsin, Milwaukee, Glendale, WI 1430 hrs AIAA-2019-4243 Micro-Nozzle Design for an Electrothermal Plasma Thruster Croteau, A. Greig, California Polytechnic State University, T. San Luis Obispo, CA 1430 hrs AIAA-2019-4247 Characterization of Propellant Flow and Bias Required to Initiate an Arc Discharge in a Heaterless Hollow Cathode Fort Collins, R. Ham, J. Williams, Colorado State University, Partners, LLC, Cleveland, OH; G. CO; S. Hall, Vantage NASA Glenn Research Center, Sarver-Verhey, Benavides, T. Cleveland, OH Rostislav Spektor The Aerospace Corporation Wednesday, 21 August 2019 Wednesday, 170-EERE-3 Chaired by: D. CARRINGTON, Los Alamos National Laboratory and D. PEPPER, UNLV 1400 hrs AIAA-2019-4238 Study of industrial energy assessments for different sectors R. Amano, A. Abbas, Salem, AbdelHadi, M. Qandil, University of Wisconsin, Milwaukee, Glendale, WI 21 August 2019 Wednesday, 171-EP-17 1400 - 1530 hrs The Electric Age for Spacecraft propulsion has arrived. Moderately powered electric thrusters (1-5 kW) are routinely flown on commercial and government missions, and industry projections suggest that in the next decade, over half of all future spacecraft will have electric of kilowatts electric propulsion in orbit. Is there a government or thrusters next? on them. This recent success invites new questions about the future of this field. What comes With the Advanced Electric Propulsion System (AEPS) we may soon be able to achieve 10’s of kilowatts - perhaps even megawatts – more ambitious robotic and crewed missions become possible. Is there a pull for this technology? What types of scientific commercial demand for higher power electric thrusters in space? Pushing the envelope to 100’s there are recent proposals for launching constellations of hundreds or even thousands moderately-powered electric propulsion systems. What the practical and technical challenges technical advances are required to enable this future? Leaving aside questions of power, government, and academia to discuss the need for high-power EP over next 50 years. Particular emphasis will be placed on answering the question how do research and development performedachieving this? This panel brings together experts today meet the from industry, needs for electric propulsion systems of tomorrow? Panelists: Wednesday, 21 August 2019 Wednesday, 172-EP-18 LIU, NASA Glenn Research Center and M. GLASCOCK Chaired by: T. 1400 hrs AIAA-2019-4242 Characterization of the Dielectric Barrier Discharge Thruster for Microsatellite Applications R. J. Correy, K. Durkee, A. Kullman, S. Fraser, K. Vereen, Seattle, WA Winglee, University of Washington, 21 August 2019 Wednesday, 173-EP-19 Inc. Lynntech Chaired by: J. POLK, Jet Propulsion Laboratory and M. MARTIN, 1400 hrs AIAA-2019-4246 Pressure in Scaling Relationships for the Total Orificed Hollow Cathodes E. Choueiri, Princeton University, C. Wordingham, Taunay, P. Princeton, NJ aiaa.org/propulsionenergy 75 Room 106 Room 102 White River I White River J JW Grand Ballroom 3/4 Simon Weeks Simon Weeks 1600 hrs AIAA-2019-4255 Experimental Investigation of an Oscillating Jet Induced by Cylinder Wakes K. Krishna, M. Ricklick, Embry-Riddle Aeronautical University, Daytona Beach, FL 1600 hrs AIAA-2019-4260 Turbine Combustor Simulation Using Efficient Gas Full Simulation Methodology (FSM) University of Notre Dame, A. Jemcov, R. Kelly, IN; S. Rida, Honeywell International, Inc., Phoenix, AZ; J. Basani, Honeywell International, Inc., Bengaluru, India Chief Technology Officer Chief Technology Aerospace Technologies Institute Aerospace Technologies 1530 hrs AIAA-2019-4254 Flow and heat transfer characteristics of jets impinging on a narrowly confined concave surface Nanjing University of J. Mao, H. Qian, X. Han, Z. Tu, Yang, Y. Aeronautics and Astronautics, Nanjing, China 1530 hrs AIAA-2019-4259 Numerical modelling of a realistic annular effusion cooling system Desarnaud, Safran Group, Magny-les-Hameaux, F. G. Crouzy, France Millan, ONERA, Toulouse, France; E. Laroche, P. 1530 hrs AIAA-2019-4264 Investigation of Graphite Nozzle Erosion in Hybrid Rockets Using N2O/HDPE Sapporo, Japan; L. Kamps, K. Sakurai, Hokkaido University, Kitakyushu, Japan; K. Ozawa, Kyushu Institute of Technology, Sapporo, Japan H. Nagata, Hokkaido University, Steven Martens Office of Naval Research (Part I - Funding Agencies) Internal Ballistics Modeling Gas Turbine Heat Transfer II Heat Transfer Gas Turbine Combustion and Thermal Management 1500 hrs AIAA-2019-4253 Efficient calibration of a turbine disc heat transfer model under uncertainty Nashville, University, A. White, S. Mahadevan, Vanderbilt CO; J. Boulder, University of Colorado, Boulder, TN; Z. Grey, A. Karl, Rolls-Royce Group plc, Indianapolis, IN Schmucker, 1500 hrs AIAA-2019-4258 Design of Pre-diffuser Cone for Dump Diffusers Engines Aero Gas Turbine A. S, S. G, Sukumaran, Mariappan, K, Kumaraguru Sanal Kumar, Coimbatore, India; V. College of Technology, India Indian Space Research Organisation, Trivandrum, 1500 hrs AIAA-2019-4263 CFD Analysis of Paraffin-Based Hybrid Rockets with Coupled Nozzle Erosion Characterization Nasuti, M. Onofri, University of D. Bianchi, M. Migliorino, F. Rome “La Sapienza”, Rome, Italy Program Officer, Power, Propulsion and Thermal Management Power, Program Officer, Introduction to Propulsion Simulation Using NPSS and OTAC Wednesday Forum 360 PM: Challenges and Opportunities in Continuing Advancement of Gas Turbine Technologies Technologies Forum 360 PM: Challenges and Opportunities in Continuing Advancement of Gas Turbine Wednesday 1430 hrs AIAA-2019-4252 Rib to Enhance Gas 3D Design of Turbulated Internal Cooling Turbine University, Nanyang Technological Chow, C. Ng, W. Yu, Y. Singapore, Singapore 1430 hrs AIAA-2019-4257 Design and Challenges of Lean Fully Premixed Engines Injectors for Gas Turbine Palies, R. Acharya, A. Hoffie, CFD Research Corporation P. (CFDRC), Huntsville, AL 1430 hrs AIAA-2019-4262 Evaluation of Discretization Schemes in Biglobal Stability Analysis of Cylindrically-Shaped Solid and Hybrid Rockets University of Tennessee, Grider, Elliott, A. Sam, T. T. Chattanooga, TN; J. Majdalani, Auburn Auburn, AL University, Robert Hancock Air Force Research Laboratory Principal Scientist, Turbine Engine Division Principal Scientist, Turbine Wednesday, 21 August 2019 Wednesday, 174-F360-10 1400 - 1515 hrs Program, Aeronautics Research Mission Directorate, NASA Advanced Air Vehicles Deputy Director, Moderator: Barbara Esker, Panelists: Wednesday, 21 August 2019 Wednesday, 175-GTE-21 Purdue University Chaired by: G. PANIAGUA, 1400 hrs AIAA-2019-4251 on Turbulent Effects of Longitudinal Vortices Junction Flow Heat Transfer Pennsylvania State J. Zuccarello, E. Lange, S. Lynch, University Park, PA University, 21 August 2019 Wednesday, 176-GTE-22 Embry-Riddle Aeronautical University Chaired by: S. MARTIN, 1400 hrs AIAA-2019-4256 The Nature of Combustor Turbulence University of Cambridge, M. Folk, R. Miller, United Kingdom 21 August 2019 Wednesday, 177-GTE-24 1400 - 1600 hrs Propulsion system simulation is relevant at all stages of development, from preliminary design through production testing. This tutorial will provide insight into the modeling and analysis of propulsion systems using one more common simulation environments. In addition, this tutorial will cover a recent turbomachinery modeling development by NASA Glenn Research Center. 21 August 2019 Wednesday, 178-HR-10 Chaired by: M. KOBALD, DLR-German Aerospace Center 1400 hrs AIAA-2019-4261 Predictive CFD Model for Internal Ballistics of Hybrid Rocket Engines using Supercritical Paraffin- wax and Oxygen Nasuti, University of Rome “La M. Migliorino, D. Bianchi, F. Sapienza”, Rome, Italy

76 aiaa.org/propulsionenergy Room 103 Room 308 Room 209 Room 107 Room 309/10 1600 hrs AIAA-2019-4273 A Comparative Study of Subgrid Models, Reaction Mechanisms and Combustion Models in LES of Supersonic Combustion Swedish Defense Research Agency (FOI), C. Fureby, Stockholm, Sweden 1530 hrs AIAA-2019-4268 Development of a 2D Optically Accessible Hybrid Rocket Motor Auburn, AL S. Boyle, D. Scarborough, Auburn University, 1530 hrs AIAA-2019-4272 Flame Sustainability and Thermal Choking Study of Supersonic Combustion Hydrogen, Methane, and Ethylene Inc., Centereach, NY Ladeinde, TTC Technologies, Li, F. W. Scramjet School Flameholding and Combustion Inlets: Integration and Performance II 1500 hrs AIAA-2019-4267 Flight testing of technology demonstrator with hydrogen peroxide hybrid rocket Korea Advanced Institute of Science and Technology, Yun, Y. Research Daejeon, South Korea; J. Seo, Satellite Technology Daejeon, South Korea; K. Park, NARA Space Center, Inc., Seoul, South Korea; J. Jeong, Kim, S. Technology, Kwon, Korea Advanced Institute of Science and Technology, Daejeon, South Korea 1500 hrs AIAA-2019-4271 Experimental data from ramjet/scramjet combustion and numerical validation perspectives G. Riva, Daminelli, National Research Council (CNR), Maggi, G. Colombo, S. Carlotti, Milan, Italy; L. Galfetti, F. University of Milan, Italy; et al. Technical 1500 hrs AIAA-2019-4276 Flow Field Analysis Inside First Stage Rotor (LPC) of Engine With Integrated Low By Pass Ratio Turbofan Aircraft Intake Data Islamabad, A. Farooq, J. Masud, M. Shehzad, Air University, Pakistan 1500 hrs AIAA-2019-4279 Design and first results of an injector test setup for green hypergolic propellants Lauck, J. Witte, M. Negri, D. Freudenmann, S. F. Schlechtriem, German Aerospace Center (DLR), Hardthausen, Germany Green Propulsion Systems for Space Applications I Combustion Stability, Motor Performance, and Related Issues II Combustion Stability, 1430 hrs AIAA-2019-4266 of a Hydrogen Deep Throttling Tests Real-Time Peroxide Hybrid Rocket Motor F. Barato, D. Pavarin, A. Ruffin, E. Paccagnella, M. Santi, University of Padua, Italy 1430 hrs AIAA-2019-4270 Premixed Ethylene-Air Combustion in a Dual-Mode Inflow Scramjet Cavity Combustor with a Turbulent Naval Research G. Goodwin, R. Johnson, D. Kessler, D.C.; H. Chelliah, University of Washington, Laboratory, Virginia, Charlottesville, VA 1430 hrs AIAA-2019-4275 Unsteady swirl distortion characteristics for S-ducts using Lattice Boltzmann and time-resolved, stereo PIV methods Zachos, D. MacManus, M. Migliorini, M. Guerrero-Hurtado, P. Trapani, Cranfield, United Kingdom; G. Cranfield University, Dassault Group, Madrid, Spain 1430 hrs AIAA-2019-4278 Development and characterization of a catalyst for the decomposition of hydrogen peroxide Heraeus Group, Hanau, S. Casu, R. Kiemel, B. Geiger, Germany; J. Anthoine, Lestrade, ONERA, Mauzac, France Wednesday, 21 August 2019 Wednesday, 179-HR-11 Space Propulsion Group, Inc. Chaired by: B. EVANS, 1400 hrs AIAA-2019-4265 Basic research on improvement of combustion Wax fuel hybrid rocket efficiency of Hiratuka, Japan University, Tokai I. Nakagawa, K. Yasuda, 21 August 2019 Wednesday, 180-HSABP-8 General Electric TANGIRALA, Chaired by: Z. HONG, National Research Council Canada and V. 1400 hrs AIAA-2019-4269 and Mass A Theory for Momentum, Energy, in Supersonic Spray Combustion Transport Stony Brook, NY Ladeinde, Stony Brook University, F. 21 August 2019 Wednesday, 181-INPSI-8 NASA Glenn Research Center Chaired by: E. LOTH, University of Virginia and S. HIRT, 1400 hrs AIAA-2019-4274 A CFD Investigation of a Diverterless Supersonic Inlet of Ellipsoidal Entrance Shape R. Montes, California State Polytechnic Chandler, F. Pomona, CA University, 21 August 2019 Wednesday, 182-ITAR-4 1400 - 1600 hrs 21 August 2019 Wednesday, 183-LP-17 Jet Propulsion Laboratory Chaired by: B. RHODES, The Aerospace Corporation and C. GATTO, 1400 hrs AIAA-2019-4277 of a 3D Printed 10 N Hydrogen Design and Testing Peroxide Monopropellant Thruster Barato, D. Pavarin, University of M. Santi, I. Dorgnach, F. Padua, Italy aiaa.org/propulsionenergy 77 Room 104 Room 101 White River G White River H Rocket X /LO 2 Combustor with Multiple Injectors Using Real Gas Flamelet Model 1600 hrs AIAA-2019-4288 to Theory and Technology An Examination of Warp Determine the State of Art and Feasibility University of Alabama, Huntsville, AL J. Agnew, 1600 hrs AIAA-2019-4293 Numerical Simulation of a GH Pusan, South Hwang, Pusan National University, W. Han, K. Huh, Pohang University of Science and Korea; W. Pohang, South Korea; S. Goo, B. Lee, Seoul Technology, Seoul, South Korea; J. Choi, Pusan National University, Pusan, South Korea National University, 1600 hrs AIAA-2019-4296 Comparative analysis of vaporization and thermal decomposition from simultaneous thermal analysis studies of cyclotrimethylenetrinitramine (RDX) S. Thynell, Pennsylvania State L. Patidar, M. Khichar, University Park, PA University, 1530 hrs AIAA-2019-4283 Synopsis of LOX/Liquid Methane and Liquid Natural Gas Rocket Propellant Explosion Hazards A. Sutton, N. Sedano, Air Force Research Laboratory, Edwards AFB, CA 1530 hrs AIAA-2019-4287 Fusion Research Development at the University of Alabama in Huntsville University of E. Burns, J. Cassibry, S. Westrich, R. Wagner, Alabama, Huntsville, AL 1530 hrs AIAA-2019-4292 Molecular Dynamics Investigation of Sub-to- of n-Alkane Fuel Mixtures supercritical Transition in Nitrogen Lafayette, IN West L. Qiao, Purdue University, S. Chakraborty, 1530 hrs AIAA-2019-4295 Sensitivity Analysis of Solid Propellant Burn Rate by Measurements Using Ultrasound Technique Different Data Deduction Methods Madras, Chennai, India; A. M, Indian Institute of Technology S. B S, Defence Research and Development Organisation, Hyderabad, India; C. S R, R. Rathi, G. S, J. K, Indian Institute Madras, Chennai, India of Technology High-Pressure Combustion Solid Propulsion Diagnostics Coaxial Jet Flame: Comparison with PLIF 2 Propellant Storage and Management I -O 2 Measurements 1500 hrs AIAA-2019-4282 against Zero-Boil- CFD Jet Mixing Model Validation (ZBOT) Microgravity Experiment Off Tank ReserveO. Kartuzova, M. Kassemi, Case Western University, Cleveland, OH 1500 hrs AIAA-2019-4286 pulse induced Flow features of annular-laser explosions and the impulsive performance on a sphere Nagoya, Japan K. Mori, Nagoya University, C. Xie, D. Tran, 1500 hrs AIAA-2019-4291 of LES for High-Pressure Gaseous Validation H S. Matsuyama, Japan Aerospace Exploration Agency (JAXA), Chofu, Japan 1500 hrs AIAA-2019-4294 Linear Burn Rate of Ionic Liquid Multimode Monopropellant N. Rasmont, E. Broemmelsiek, A. Mundahl, J. Rovey, University of Illinois, Urbana-Champaign, Urbana, IL The Future of Nuclear and Breakthrough Propulsion 1430 hrs AIAA-2019-4281 SINDA/FLUINT and Thermal Desktop Multi-Node Modeling of Settled and Unsettled Propellant Tank Zero Boil Off Test NASA Glenn Research Center, B. Sakowski, D. Hauser, ReserveCleveland, OH; M. Kassemi, Case Western University, Cleveland, OH 1430 hrs AIAA-2019-4285 New Experimental Results for Mach Effect Gravitation Assist ( MEGA ) drives Fullerton, California State University, H. Fearn, J. Woodward, CA 1430 hrs AIAA-2019-4290 Exploration of a Reacting Jet-in-Crossflow in High-Pressure Axial Stage Combustor Genova, M. Otero, B. Stiehl, J. Reyes, University of Central T. Florida, Orlando, FL; S. Martin, Embry-Riddle Aeronautical Daytona, FL; K. Ahmed, University of Central University, Florida, Orlando, FL Wednesday, 21 August 2019 Wednesday, 184-LP-19 BEHRUZI, ArianeGroup Chaired by: M. MEYER, NASA Langley Research Center and P. 1400 hrs AIAA-2019-4280 Thermal Modeling of Zero Boil Off Tank Experiment Cleveland, NASA Glenn Research Center, D. Hauser, E. Tesny, OH 21 August 2019 Wednesday, 185-NFF-6 Blue Origin LLC and G. WILLIAMS Chaired by: J. CAVERA, 1400 hrs AIAA-2019-4284 Development of a pulse-recharge magnetic nozzle for PuFF University of Alabama, Huntsville, N. Schilling, J. Cassibry, Huntsville, AL 21 August 2019 Wednesday, 186-PC-18 AFRL/RQRC SANKARAN, US Air Force/AFRL/RQRC and M. HARVAZINSKI, Chaired by: V. 1400 hrs AIAA-2019-4289 Characteristics of a Premixed Reacting Jet-in- Crossflow at Elevated Pressures University Genova, K. Ahmed, B. Stiehl, S. Vasu, M. Otero, T. of Central Florida, Orlando, FL; S. Martin, Embry-Riddle Daytona Beach, FL Aeronautical University, 21 August 2019 Wednesday, 187-PC-19 Warfare Center Chaired by: C. LI, Air Force Office of Scientific Research and DENNIS, Naval 1400 hrs Oral Presentation Optical Diagnostics for Solid Propellant Combustion Systems (Invited) China Lake, CA Center, C. Dennis, Naval Air Warfare

78 aiaa.org/propulsionenergy the HUB Room 105 Room 307 Room 305/06 Exposition Hall JW Grand Ballroom 3/4 Michael Winter Pratt & Whitney 1600 hrs AIAA-2019-4307 Energy Saving of Echelon Flocking Northern bald wingtips spacing: Possibility of ibises with Variable New Swarming for Drones M. Hassanalian, New A. Mirzaeinia, Q. Bradfield, S. Bradley, Socorro, NM Mexico Institute of Mining and Technology, Senior Fellow, Advanced Technology Advanced Technology Senior Fellow, 1530 hrs AIAA-2019-4306 Hybrid Powertrain Improvements for Increased Flight Duration in Multirotor Unmanned Aerial Systems Corvallis, OR J. Benbrook, C. Hagen, Oregon State University, Mark Wilson Networking Break Chief Operating Officer Rolls-Royce LibertyWorks Rolls-Royce LibertyWorks Thermal Systems and Components 1500 hrs AIAA-2019-4299 Performance of a Rotating Detonation Rocket Convergent Nozzles Engine with Various Edwards AFB, J. Bennewitz, Air Force Research Laboratory, Hargus, ERC, Inc., Edwards, CA; S. Danczyk, W. CA; B. Bigler, Edwards AFB, CA; R. Smith, Air Force Research Laboratory, GHKN Engineering LLC, Kirland, WA 1500 hrs AIAA-2019-4302 A Novel Method of Cooling Channel Optimization for Active-Cooled Structure Using the Calculus of Variations X. Fan, Chinese Academy of Sciences, Lu, K. Wu, X. Li, Y. Beijing, China 1500 hrs AIAA-2019-4305 Design of a Distributed Hybrid Electric Propulsion System for a Light Aircraft based on genetic algorithm Cranfield University, S. Wang, J. Economou, A. Tsourdos, Wiltshire, United Kingdom Allison Engine’s Apollo Lunar Excursion Module Allison Engine’s Unmanned Aircraft Systems: Propulsion, Energy and Applications I Pressure Gain Combustion: Performance, Integration and Applications II Wednesday Forum 360 PM: Challenges and Opportunities in Continuing Advancement of Gas Turbine Technologies (Part II - OEMs) Technologies Forum 360 PM: Challenges and Opportunities in Continuing Advancement of Gas Turbine Wednesday 1430 hrs AIAA-2019-4298 An Experimental Study of In-Space Rotating Detonation Rocket Engine with Cylindrical Configuration K. Goto, J. Kim, Matsuoka, A. Kawasaki, R. Yokoo, Nagoya, Japan; et al. Kasahara, Nagoya University, 1430 hrs AIAA-2019-4301 Experimental Studies of an Air Cooled, Two-phase Graphitic Foam Heat Exchanger Water, Massachusetts J. Mizerak, Lincoln Laboratory, J. Thayer, Lexington, MA Institute of Technology, 1430 hrs AIAA-2019-4304 Preliminary sizing correlations for UAVs’ propulsion system E. Cando, D. Rodriguez, National Alulema, E. Valencia, V. Quito, Ecuador Polytechnic University, GE Aviation Eric Ducharme Chief Engineer and General Manager 2 /GO 4 H 2 Wednesday, 21 August 2019 Wednesday, 188-PGC-10/LP-20 HARGUS, USAF/AFRL/RQRC and S. CLAFLIN, Aerojet Rocketdyne Chaired by: W. 1400 hrs AIAA-2019-4297 Operational Characteristics of a Rocket-type RDE Using C Busan, South H. Han, J. Choi, Pusan National University, Korea 21 August 2019 Wednesday, 189-TM-4 Chaired by: M. CHOI, NASA-Goddard Space Flight Center and D. ZAKAR, NRL 1400 hrs AIAA-2019-4300 Using Paraffin PCM for Thermal Management of BOLAS Planetary CubeSats with Ion Thrusters Greenbelt, MD M. Choi, NASA Goddard Space Flight Center, 21 August 2019 Wednesday, 190-UAS-1 A&M University Chaired by: L. CHEN, Texas 1400 hrs AIAA-2019-4303 Modeling of Hybrid-Electric Powertrain for Unmanned Aerial Systems Baton D. Dehesa , S. Menon, Louisiana State University, Rouge, LA 21 August 2019 Wednesday, 191-HUB-9 1500 - 1530 hrs – Allison Branch and from some of the by Allison. Come join us in the HUB to hear about tank from Rolls-Royce Heritage Trust Rolls-Royce will have at its booth one of the fuel/oxidizer tanks used for Apollo Lunar Excursion Module (LEM), manufactu red in 1960’s people who worked on the program and helped make lunar landings a success. 21 August 2019 Wednesday, 192-F360-11 1515 - 1630 hrs Program, Aeronautics Research Mission Directorate, NASA Advanced Air Vehicles Deputy Director, Moderator: Barbara Esker, Panelists: Wednesday, 21 August 2019 Wednesday, 193-NW-9 1600 - 1630 hrs aiaa.org/propulsionenergy 79 the HUB Room 311 Room 301 Session Rooms Exposition Hall JW Grand Ballroom 5 1100 hrs AIAA-2019-4314 A Simplified Model for the Simulation of Rocket Engine Synergistic Air-Breathing University, Shanghai Jiao Tong Dong, Q. Yang, W. X. Yang, Shanghai, China; R. Mao, Aero Engine Corporation of China (AECC), Shanghai, China Thursday Alan Newby Keynote Speaker Networking Break Rolls-Royce Corporation Thursday Speaker Briefing Advanced Propulsion Concepts IV 1030 hrs AIAA-2019-4310 Minimizing hydraulic losses in additively manufactured swirl coaxial injectors R. Spearrin, University of California, Los A. Nair, D. Morrow, Angeles, Los CA 1030 hrs AIAA-2019-4313 Field Cooling Magnetization and Losses of an Improved Architecture of Trapped-Field Superconducting Rotor for Aircraft Applications Climente-Alarcon, A. Smara, Patel, B. Glowacki, V. University of Cambridge, United Kingdom; A. Baskys, European Organization for Nuclear Research (CERN), Reis, Oswald Electromotoren GmbH, Meyrin, Switzerland; T. Miltenberg, Germany Director, Aerospace Technology and Future Programmes Aerospace Technology Director, Thursday Plenary: Toward Sustainable Aviation Thursday Plenary: Toward Additive Manufacturing: Test Results and Feasibility II Additive Manufacturing: Test ASCEND: Accelerating Space Commerce, Exploration, and New Discovery 1000 hrs AIAA-2019-4309 and Additive Manufacturing of Propellant Tank Structural Supports of CubeSat Cold Gas Propulsion System H. Doude, Mississippi State M. Priddy, J. Young, J. Easley, Starkville, MS University, 1000 hrs AIAA-2019-4312 Silent Strong Compression, Nearly-Complete Air- Insulation, and High Thrust Repeatedly Obtained by Pulsed Rocket Engine Based on Colliding Supermulti-jets R. Konagaya, S. Kawaguchi, J. Mikoda, K. Kinoshita, H. Japan; Tokyo, University, Kobayashi, Waseda Makimoto, Y. et al. Thursday, 22 August 2019 Thursday, 194-SB-4 0730 - 0800 hrs 22 August 2019 Thursday, 195-PLNRY-4 0800 - 0900 hrs 22 August 2019 Thursday, 196-HUB-10 0900 - 0930 hrs Recipient, NASA Glenn Research Center Propulsion Award Speaker: Stanley Borowski, 2019 Wyld Nevada, ASCEND will convene luminaries from across the space community to discuss, debate, and develop a shared vision for future of Join us in the HUB during coffee break to learn more about ASCEND! Launching 16–18 November 2020, in Las Vegas, winner for sustained outstanding contributions in advanced propulsion, including the development and application of Propulsion Award Stanley Borowski, the 2019 Wyld Dr. economy and human exploration. As a taste of what to expect at ASCEND, we are proud feature nuclear thermalencore presentation of his paper entitled, “Commercialization and Human Settlement the Moon Cislunar Space - A Look Ahead at Possibilities Over Next 50 Years.” propulsion for future human lunar and Mars exploration missions. He will deliver an 22 August 2019 Thursday, 197-NW-10 0900 - 0930 hrs 22 August 2019 Thursday, 198-AMP-2 Pomona CA and E. JENS, Jet Propulsion Laboratory CHANDLER, Cal Poly University, Chaired by: F. 0930 hrs AIAA-2019-4308 PermiAM: Porous Additively Manufactured L-PBF Flow Property Characterization for Rocket Engines M. Kuhns, Masten Space Systems, Inc., Mojave, CA; J. Nuechterlein, J. Iten, Elementum3D, Erie, CO; G. Rixon, Roberson, Masten Space Systems, Inc., Mojave, CA; A. T. Polizzi, Elementum3D, Erie, CO; et al. 22 August 2019 Thursday, 199-APC-5 and J. ROBINSON GIEL, Jacobs Technology Chaired by: T. 0930 hrs AIAA-2019-4311 model for CFD-based Fluidic Thrust Vectoring fighter aircraft E. Capello, A. Ferrero, R. Marsilio, M. Ferlauto, Technical Italy Turin, University of Turin,

80 aiaa.org/propulsionenergy Room 204 Room 208 Room 201 L. Yang L. Yang Consultant JW Grand Ballroom 3/4 John Nairus Air Force Research Laboratory 1130 hrs AIAA-2019-4322 Harvesting Energy by Base Excitations of Troops’ Backpacks for Charging Drones U. Javed, American University of Iraq, Sulaimania, Iraq; H. Abdelmoula, Gowell International, Houston, TX; M. Hassanalian, A. Mirzaeinia, New Mexico Institute of Mining Socorro, NM; M. Naghdi, University of and Technology, Mississippi, Oxford, MS; B. Majeed, National Islamabad, Pakistan University of Sciences and Technology, Chief Engineer, Power & Control Division Chief Engineer, B. Neyer Excelitas Tech Consultant D. Jackson GE Aviation GE Aviation Hao Huang 1100 hrs AIAA-2019-4321 Mathematical Modeling and Simulation of Heat Solar Thermal Collectors Pipe Evacuated Tube A. Farag, Egyptian Armed Forces, Cairo, Egypt; E. Khalil, Cairo, Egypt Cairo University, Technology Chief, Electrical Power Technology LMSS J. Gormley MHD and Solar Energy Conversion Systems 1030 hrs AIAA-2019-4317 Diffusion Characterization and Modelling of Mimosa pudica Extract towards the Production of Organic Solar Module M. Shitta, E. Ogedengbe, O. Familoni, Ogundipe, Nigeria University of Lagos, Akoka-Yaba, 1030 hrs AIAA-2019-4320 Performance Enhancement of an External Compression Intake by the Boundary Layer Suction S. Esmaeili, B. Forouzi Feshalami, Ferdowsi J. Sepahi-Younsi, Pellerito, Lawrence University of Mashhad, Iran; V. Southfield, MI; M. Hassanalian, New University, Technological Socorro, NM Mexico Institute of Mining and Technology, Experimental and Computational Energy Efficiency Studies III President Andrew Gibson S. Goldstein Launch System Explosive Devices - How They are Tested and Qualified for Missions Launch System Explosive Devices - How They are Tested Empirical Systems Aerospace, Inc. Thursday Forum 360: Electrified Aircraft Propulsion Technologies – Air Taxis to Airliners Technologies – Air Thursday Forum 360: Electrified Aircraft Propulsion The Aerospace Corporation NSWC 1000 hrs AIAA-2019-4316 Numerical model of back powered channel for MHD generator application Albany, Laboratory, H. Kim, National Energy Technology Laboratory, National Energy Technology OR; E. Huckaby, D. Oryshchyn, M. Fein, C. Woodside, Morgantown, WV; OR Albany, Laboratory, National Energy Technology 1000 hrs AIAA-2019-4319 Performance Analysis of a Bioinspired Albatross Wing Surface: Experimental Airfoil with Heated Top Study Macomb, University, Pellerito, Lawrence Technological V. MI; M. Hassanalian, New Mexico Institute of Mining and Sabri, L. Borvayeh, Socorro, NM; A. Sedaghat, F. Technology, S. Sadeghi, Australian College of Kuwait, Kuwait J. Burchett NASA Barbara Esker Consultant Aeronautics Research Mission Directorate T. Blachowski T. Deputy Director, Advanced Air Vehicles Program Advanced Air Vehicles Deputy Director, Thursday, 22 August 2019 Thursday, 200-ECD-3 Chaired by: N. SCHIFER, NASA 0930 hrs AIAA-2019-4315 Numerical Study of Plasma Ignition in Frozen Inert Gas Plasma Magnetohydrodynamic Generator Japan; Y. Tsukuba, Fujino, University of Tsukuba, S. Ito, T. Japan Yokohama, Institute of Technology, Okuno, Tokyo 22 August 2019 Thursday, 201-ECS-4 0930 - 1030 hrs This panel will focus on key criteria to certify safe and reliable performance of ECS, and incorporate history and lessons learned from space and launch vehicle programs; an introductory for young engineers interested in ordnance applications and rocket science. Panelists are Energetic Components and Systems (ECS) subject matter experts and authors of the AIAA S-113A-2016 that guides design, manufacture, test performance certification of explosive systems. Panelists: 22 August 2019 Thursday, 202-EERE-4 de Aeronáutica Chaired by: D. CARRINGTON, Los Alamos National Laboratory and M. DE LEMOS, Instituto Tecnológico 0930 hrs AIAA-2019-4318 Heat transfer effects on aerodynamic performance of a S809 airfoil for wind turbine application Bravo Mosquera, H. Cerón-Muñoz, D. Garcia Ribeiro, P. University of São Paulo, Carlos, Brazil 22 August 2019 Thursday, 203-F360-12 0930 - 1130 hrs The Boeing Company Fellow, Technical Moderator: Marty Bradley, Panelists: aiaa.org/propulsionenergy 81 Room 202 Room 307 Room 103 White River I White River J White River A/B 1130 hrs AIAA-2019-4338 Hypergolic Hybrid Rocket Motor Characterization with MON-25 at Atmospheric and Reduced Pressures A. Benhidjeb-Carayon, J. McCormick, C. Yilmaz, J. Gabl, B. Lafayette, West Pourpoint, Purdue University, Whitehead, T. IN 1100 hrs AIAA-2019-4326 Effect of Fuel Dilution in a Hydrogen-Methane Blended Fuel Under Oxy-Distributed Combustion A. Gupta, University of Maryland, S. Karyeyen, J. Feser, College Park, MD 1100 hrs AIAA-2019-4330 Evaluation of Hot Sand Models Applied on Moderate and Heavy Deposition Cases Rolls-Royce Group plc, B. Varney, K. Hsu, B. Barker, Indianapolis, IN 1100 hrs AIAA-2019-4337 Thermochemical structure of a hybrid rocket reaction layer based on laser absorption tomography Bendana, J. Castillo, C. Hagström, R. Spearrin, University F. of California, Los Angeles, CA Gas Turbine Fuels Gas Turbine Gas Turbine Combustion Gas Turbine Fuels and Power Generation I Combustion Dynamics and Mixing Efficiencies 1030 hrs AIAA-2019-4325 of a Pintle Injector for Oxy-Coal Design and Test Combustion M. Khan, A. Choudhuri, University of A. Rios, M. Chowdhury, El Paso, TX Texas, 1030 hrs AIAA-2019-4329 Enabling aero-engine thermal model calibration using active subspaces Constantine, University of Colorado, Boulder, P. Z. Grey, CO; A. White, Rolls-Royce Group plc, Indianapolis, IN Boulder, 1030 hrs AIAA-2019-4333 on Size and Velocity Effect of Reduced Surface Tension Distributions of Ethanol-water Drop Fragments Formed via Multi-mode and Sheet-thinning Breakup Sojka, J. Chen, Purdue Shang, P. W. D. Obenauf, L. Yao, Lafayette, IN West University, 1030 hrs AIAA-2019-4336 Experimental Findings on Pre- and Post- combustion Chamber Effects in a Laboratory-scale Motor Stanford, CA Mechentel, B. Cantwell, Stanford University, F. Hands-On OpenFOAM Aerospace/Propulsion Tutorial Analysis and Reduction of Losses for Low Pressure Turbine Secondary Flows Analysis and Reduction of Losses for Low Pressure Turbine O hybrid rocket engine 2 1000 hrs AIAA-2019-4324 Semi-intrusive temperature measurement technique in supercritical carbon dioxide N. Sullivan, M. Ricklick, Embry-Riddle Aeronautical University, Daytona Beach, FL 1000 hrs AIAA-2019-4328 A Combined Experimental and Computational Study of Jet Engine Combustion – Baseline Operation Swedish Defense Research K. Danel, N. Zettervall, C. Fureby, Agency (FOI), Stockholm, Sweden 1000 hrs AIAA-2019-4332 Comparative assessment of manufacturing setups fuel production from for blended sugar-to-aviation non-food feedstocks for green aviation S. Jagtap, Imperial College London, United Kingdom 1000 hrs AIAA-2019-4335 Performance of solid state emulsions isoamyl low-MW polyethylene, alcohol in EVA-stabilized nylon scaffolds as fuels structured by laser-sintered in N W. Cranfield, United Kingdom; D. Zdybal, Cranfield University, AGH Drozdz, Z. Rydz, K. Kobus, B. Wyciszkiewicz, Klos, P. Poland; et al. Kracow, University of Science and Technology, Thursday, 22 August 2019 Thursday, 204-FPG-1 Chaired by: L. QIAO, School of Aeronautics & Astronautics, Purdue University 0930 hrs AIAA-2019-4323 Premixed Laser Diagnostics of Highly Turbulent Methane-Air Flow Over a Backward Facing Step Using PIV and OH-PLIF A. Acosta-Zamora, M. Islam, Hossain, De la Torre, El Paso, TX Choudhuri, University of Texas, 22 August 2019 Thursday, 205-GTE-25 0930 - 1100 hrs techniques used historically. This will talk cover the background of LPT endwall flows, related analysis techniques and loss reduction 22 August 2019 Thursday, 206-GTE-26 Chaired by: J. SMITH, GE Aviation 0930 hrs AIAA-2019-4327 Rise Combustor Suggestions on High Temperature CA J. Chin, Self, Laguna Woods, 22 August 2019 Thursday, 207-GTE-27 Chaired by: S. DRENNAN, Convergent Science, Inc. and G. KUMAR, 0930 hrs AIAA-2019-4331 Soot formation behind reflected shock waves in ethylene and oxygenated biofuels S. Barak, Neupane, E. Ninnemann, R. Rahman, A. Laich, University of Central Florida, Orlando, FL S. Vasu, 22 August 2019 Thursday, 208-HR-13 Incorporated and S. WHITMORE, Utah State University CHEN, TiSPACE Chaired by: Y. 0930 hrs AIAA-2019-4334 on Hybrid Rocket Effect of Aft Chamber Volume Combustion Efficiency L. Kageyama, Kamps, H. Nagata, Hokkaido University, Sapporo, Japan 22 August 2019 Thursday, 209-INPSI-9 0930 - 1200 hrs The demonstration will show the use of OpenFOAM for industrial applications through Visual-CFD, the officially endorsed pre- Propulsion Aerodynamics Workshop. OpenCFD is pleased to offer this OpenFOAM demonstration, based on the IFCPT S-Duct from 4th holders for the official OpenFOAM version released every six months as open-source software fully QAed under ISO-9001:2015. by OpenCFD staff, IP and Trademark processor for OpenFOAM, and execution of the latest release OpenFOAM v1906. It will be delivered

82 aiaa.org/propulsionenergy Room 209 Room 107 Room 305/06 Room 309/10 1130 hrs AIAA-2019-4355 Design Methodology for a Central Injection Type Supersonic Air Ejector and Diffuser System for Altitude Simulation A. Ankara, Turkey; TUBITAK, B. Yazici, B. Sümer, A. Aydogdu, Ankara, Turkey University, Ulas, Middle East Technical 1100 hrs AIAA-2019-4342 Unsteady Simulation of an Inertial Particle Separator E. Loth, University of Virginia, Charlottesville, B. Connolly, C. Smth, Rolls-Royce Group plc, Charlottesville, VA; Indianapolis, IN 1100 hrs AIAA-2019-4346 Design and Performance Analysis of a Scaled 3-Bearing Swivel Duct Nozzle Zhang, Beijing, China; Y. University, Xiangyang, Tsinghua W. China; R. Xue, Aero Engine YanTai, University, Naval Aviation Corporation of China (AECC), Beijing, China; J. Zhu, H. Qi, Beijing, China University, Tsinghua 1100 hrs AIAA-2019-4350 5000+ Hours Operation of High Temperature Digital Smart Node for Distributed Jet Engine Control Spectral Energies, LLC, Beavercreek, S. Gogineni, C. Ruscher, Chodavarapu, G. Subramanyam, University of Dayton, OH; V. Dayton, OH; K. Semega, A. Behbahani, Air Force Research AFB, OH Wright-Patterson Laboratory, 1100 hrs AIAA-2019-4354 in Commercial Re-usable Sub- Propulsion Testing orbital Rockets Lafayette, West S. Collicott, A. Alexeenko, Purdue University, IN Nozzle Thrust Vectoring Advanced Intelligent Controls II Liquid Rocket Propulsion Test Facilities Liquid Rocket Propulsion Test Inlet Particle Ingestion and Separation 1030 hrs AIAA-2019-4341 Drag and Bounce of Irregular Particles Test Dust E. Loth, University of Virginia, Charlottesville, B. Connolly, C. Smth, Rolls-Royce Group plc, Charlottesville, VA; Indianapolis, IN 1030 hrs AIAA-2019-4345 Model For Efficient Thrust Reverser Source Term CFD Analysis S. Subramaniyam, R. Pandya, The S. Sato, R. Moody, Seattle, WA Boeing Company, 1030 hrs AIAA-2019-4349 Integrated Intelligent Control of Hybrid-Electric Unmanned Air Vehicles Intelligent Automation, Inc., N. Nigam, A. Tyagi, J. Valverde, Rockville, MD; J. Lieh, M. Nicholson, A. Behbahani, Air Force AFB, OH Wright-Patterson Research Laboratory, 1030 hrs AIAA-2019-4353 Development and Characterization of the Purdue Altitude Chamber Facility for 100 lbf Scale Thrusters Pourpoint, B. Whitehead, C. Yilmaz, J. McCormick, J. Gabl, T. Lafayette, IN West Purdue University, 1000 hrs AIAA-2019-4340 Scaling Effects on Inertial Particle Separator Performance E. Loth, University of Virginia, C. Goss, B. Connolly, C. Smth, Rolls-Royce Charlottesville, VA; Group plc, Indianapolis, IN 1000 hrs AIAA-2019-4344 Performance Analyses of Fluidic Thrust Vector Control System Using Dual Throat Nozzle Maruyama, Okayama University of Science, Okayama, Y. Ltd., Tokyo, Japan; M. Sakata, Chuo Engineering Company, Okayama University of Science, Takahashi, Japan; Y. Okayama, Japan 1000 hrs AIAA-2019-4348 Developing Optimal Control Architecture for Energy Optimization in Hybrid Electric UAVs optoXense, Inc., San Ramon, CA; O. Sanni, M. Pakmehr, Atlanta, GA; A. E. Feron, Georgia Institute of Technology, Behbahani, M. Nicholson, Air Force Research Laboratory, AFB, OH Wright-Patterson 1000 hrs AIAA-2019-4352 Particle-Impact Ignition of Metals in High-Pressure, Oxygen-Rich Environments K. Lam, M. Crofton, D. Arnold, J. Morehart, The Aerospace Corporation, El Segundo, CA Thursday, 22 August 2019 Thursday, 210-INPSI-10 Chaired by: D. RITTENBERG, Siemens PLM Software 0930 hrs AIAA-2019-4339 Engine Ingested Particle Monitoring: A Novel Turbine Application of Quantum Cascade IR Laser Extinction Lowe, Virginia Polytechnic Institute and C. Moon, G. Byun, T. C. Smth, Rolls-Royce Group Blacksburg, VA; State University, plc, Indianapolis, IN 22 August 2019 Thursday, 211-INPSI-11 Chaired by: M. FERLAUTO, Politecnico di Torino 0930 hrs AIAA-2019-4343 Influence of the External Flow Conditions to Performances of a SVC Nozzle Jet-Vectoring Turin, University of Turin, M. Ferlauto, R. Marsilio, Technical Italy 22 August 2019 Thursday, 212-ITAR-5 Chaired by: A. BEHBAHANI, Air Force Research Laboratory 0930 hrs AIAA-2019-4347 Gain Scheduled Robust Control System Geometry Gas Development for Future Variable Engine Turbine optoXense, Inc., San Ramon, CA; K. Wilcher, M. Pakmehr, FL; A. University of South Florida, Tampa, Yucelen, T. Wright-Patterson Behbahani, Air Force Research Laboratory, AFB, OH 22 August 2019 Thursday, 213-LP-21 Research Center Chaired by: D. COOTE, NASA Stennis Space Center and J. LOCKE, United Technologies 0930 hrs AIAA-2019-4351 Apparatus for the Characterization of A Test Ignitability and Flammability of Metals in High Pressure Oxygen L. Gevorkyan, S. McCall, J. Smolke, R. Driscoll, The Aerospace Corporation, El Segundo, CA aiaa.org/propulsionenergy 83 Room 105 Room 106 Room 205 White River G White River H 1130 hrs AIAA-2019-4360 Simulation of Aircraft Fuel System with Complex Geometry Using a 1D Flow Solution 3D Tank IL LLC, Westmont, A. Tiwari, J. Harrison, Gamma Technologies, 1130 hrs AIAA-2019-4368 Very-High-Pressure Burning Rates of AP/HTPB- AP Particle Composite Propellants with Varying Sizes and Distributions Rodriguez, J. Thomas, E. Sammet, F. E. Petersen, T. C. Dillier, College Station, TX A&M University, Petersen, Texas 1100 hrs AIAA-2019-4359 Class 3 Composite Overwrap Pressure Vessel – A Recommended Strategy of Acceptance Testing Airbus Defence & Space Ltd. A. Konietzke, D. Catherall, Airbus, Stevenage, United Kingdom 1100 hrs AIAA-2019-4367 Thermal Decomposition of Hydroxylammonium Set Development for Nitrate: ReaxFF Training Molecular Dynamics Simulations University of Southern S. Parmar, J. Wang, D. Depew, California, Los Angeles, CA; S. Chambreau, ERC, Inc., University of Utah, Salt Lake City, Edwards, CA; D. Bedrov, A. van Duin, Pennsylvania State University, UT; Salt Lake City, et al. University Park, PA; 1100 hrs AIAA-2019-4372 The Effect of Swirl Intensity on Spray Characteristics in Single Element Lean Direct Injection Combustor L. Li, J. Suo, D. Xu, H. Liang, Zheng, Northwestern Xi’an, China Polytechnical University, Air-Breathing Combustion Air-Breathing Solid Propellant Chemistry Propellant Storage and Management II Conceptual Design and Analysis of Turbines 1030 hrs AIAA-2019-4358 CFD Modelling of Phase Change in Cryogenic Rocket Tanks Behruzi, ArianeGroup, Bremen, Germany P. 1030 hrs AIAA-2019-4363 The Effect of Surface Roughness on LCH4 Boiling Performance of Conventionally Heat Transfer and Additively Manufactured Rocket Engine Regenerative Cooling Channels L. Hernandez, R. Palacios, D. Ortega, J. Adams, L. Bugarin, El Paso, TX; et al. M. Rahman, University of Texas, 1030 hrs AIAA-2019-4366 Combustion Behavior of Ammonium Perchlorate at High Pressures E. Petersen, Rodriguez, J. Thomas, C. Dillier, E. Petersen, F. College Station, TX A&M University, Texas 1030 hrs AIAA-2019-4371 Pilot Injector Redesign to Reduce N+3 Cycle Combustor Emissions For A Gas-Turbine Lee, Partners, LLC, Cleveland, OH; P. K. Ajmani, Vantage NASA Inc., Zeeland, MI; C. Chang, K. Tacina, FST, Woodward Cleveland, OH Glenn Research Center, Novel Manufacturing and Advanced Materials for Liquid Rocket Engines 1000 hrs AIAA-2019-4357 Asymmetric Propellant Positioning in Symmetric and PMDs Tanks Lafayette, IN; B. Yendler, West S. Collicott, Purdue University, YSPM, LLC, Saratoga, CA 1000 hrs AIAA-2019-4362 Testing of Additive Manufacturing and Hot-fire Nozzles Using Blown Liquid Rocket Channel Wall Powder Directed Energy Deposition Inconel 625 and JBK-75 Alloys NASA Marshall Space Flight Wammen, Gradl, C. Protz, T. P. Huntsville, AL Center, 1000 hrs AIAA-2019-4365 Manufacturing and Burning of Composite AP/ HTPB/AP Laminate Propellants E. Petersen, Sammet, C. Dillier, Rodriguez, T. J. Thomas, F. College Station, TX A&M University, Petersen, Texas 1000 hrs AIAA-2019-4370 Atomizers for Mixing and Evaluation of Air-Blast Combustion in Supersonic Flows D. Ranjan, S. Menon, H. Ballance, B. Ochs, Oleksander, Atlanta, GA Georgia Institute Of Technology, Thursday, 22 August 2019 Thursday, 214-LP-22 Chaired by: J. MOORE, Penn State Altoona and K. PHILIPPART 0930 hrs AIAA-2019-4356 Modeling for Design of a Sub-orbital Payload Supporting Cryogenic Gauging Demonstration Lafayette, IN West S. Alberts, S. Collicott, Purdue University, 22 August 2019 Thursday, 215-LP-23 Chaired by: C. COWLES, SpaceX and J. SAUER, Sierra Nevada Corporation 0930 hrs AIAA-2019-4361 Nozzle Development and Bimetallic Channel Wall Testing Using Additively Manufactured Hot-fire Laser Wire Direct Closeout Technology NASA Marshall Space Flight Wammen, Gradl, S. Greene, T. P. Huntsville, AL Center, 22 August 2019 Thursday, 216-LP-24 0930 - 1200 hrs Bogdan Marcu, Aerojet Rocketdyne conceptual principles are presented based on fundamental thermodynamics and fluid mechanics leading to the basic Euler equation. Based on conceptual principles, consequent generation of stage geometry at concept level is presented for a generic stage of an Turbine time allowing) radial turbine. Furthermore, using the axial turbine as a working case, h-s (Molierre) diagrams are presented in conjunction with an example design case and analysis. axial and (possibly, 22 August 2019 Thursday, 217-PC-20 Air Force Research Laboratory Chaired by: K. BROWN and G. HARTING, 0930 hrs AIAA-2019-4364 Thermal Decomposition Behavior and Burning Characteristics of Ammonium Nitrate/ Polytetrahydrofuran Propellants with Glycerol Propoxylate as a Crosslinking Agent Japan Yokosuka, M. Kohga, National Defense Academy, 22 August 2019 Thursday, 218-PC-21 SANKARAN, US Air Force/AFRL/RQRC and A. COMER, University of Michigan, Ann Arbor Chaired by: V. 0930 hrs AIAA-2019-4369 Reaction Zone Characterization of a Low Emission Reverse- Cross Flow Combustor Kanpur, Kanpur, S. Gupta, Indian Institute of Technology India; S. Pramanik, Indian Institute of Science, Bengaluru, Kanpur, Arghode, Indian Institute of Technology India; V. India; R. Ravikrishna, Indian Institute of Science, Kanpur, Bengaluru, India

84 aiaa.org/propulsionenergy the HUB Room 104 Room 101 Room 208 Exposition Hall White River C/D 1130 hrs AIAA-2019-4381 Experimental wall heat transfer measurements for various combustion regimes: Deflagration, Autoignition and Detonation H. Quintens, Q. Michalski, J. Moussou, C. Strozzi, Sotton, (CNRS), Research Scientific for National Center Bellenoue, M. Chasseneuil du Poitou, France; et al. 1100 hrs AIAA-2019-4380 Rainbow Schlieren Imaging of Density Field in the Exhaust Flow of Rotating Detonation Combustion D. Depperschmidt, K. Bell, Langner, J. Tobias, R. Miller, AL Tuscaloosa, A. Agrawal, University of Alabama, Tuscaloosa, USC’s Student Rocketry Success USC’s Reduced-Order Combustion Modeling Solid Rocket Design and Development 1030 hrs AIAA-2019-4376 Low-order Network Model of a Duct with Mean Non-Uniform Cross-Section and Varying in the Presence of Mean Flow Temperature University of Munich, Polifke, Technical W. Schaefer, F. Garching, Germany 1030 hrs AIAA-2019-4379 PIV Measurements of Flow Field Time-Resolved at the Exit of a Diffuser Mounted on Rotating Detonation Combustor A. Agrawal, University R. Miller, D. Depperschmidt, J. Tobias, AL Tuscaloosa, of Alabama, Tuscaloosa, 1030 hrs AIAA-2019-4384 Quench Collection and Artificial Neural Network Prediction of Micro and Ultra-fine Aluminum Agglomeration Phenomena in Combustion of Solid Rocket Propellants: Experiments and Modeling Defence Research and Development Vemana, K, V. T. Organisation, Hyderabad, India; J. K, Indian Institute of Madras, Chennai, India Technology Networking Boxed Luncheon (Proof of Purchase Required) Pressure Gain Combustion: Measurement Techniques and Test Facilities III and Test Pressure Gain Combustion: Measurement Techniques Modeling and Testing of Nitrous Oxide Systems for Explosive Decomposition Modeling and Testing Example of hands-on undergraduate training that provides students with experience-based engineering before graduation 1000 hrs AIAA-2019-4375 Study of Combustion Instabilities in Transverse Functions Instability Chamber Using Flame Transfer Anderson, Purdue S. Sardeshmukh, W. G. Tamanampudi, Lafayette, IN West University, 1000 hrs AIAA-2019-4378 Numerical analysis on the effect of CTAP measurements in pulse and rotating detonation combustors Z. Liu, J. Braun, Saavedra, G. Paniagua, Purdue University, Lafayette, IN West 1000 hrs AIAA-2019-4383 Design of a Dual Thrust Solid Motor Using Star Grain College, Cairo, Egypt Military Technical H. Belal, M. Elnagger, Thursday, 22 August 2019 Thursday, 219-PC-22 HyPerComp, Incorporated Chaired by: R. MUNIPALLI, 0930 hrs AIAA-2019-4374 A low order modeling approach to transverse combustion instability Nasuti, University of Rome “La S. D’Alessandro, B. Favini, F. Sapienza”, Rome, Italy 22 August 2019 Thursday, 220-PGC-11 AKBARI, Cal Poly University NASA Glenn Research Center and P. Chaired by: D. PAXSON, 0930 hrs AIAA-2019-4377 Analysis of RDC operation by Dynamic Mode Decomposition (DMD) University of C. Paschereit, Technical M. Bohon, R. Bluemner, Berlin, Germany; E. Gutmark, University of Cincinnati, Cincinnati, OH 22 August 2019 Thursday, 221-SR-7 NASA John F Kennedy Space Center RYAN, Chaired by: K. NAUMANN, Bayern-Chemie GmbH and W. 0930 hrs AIAA-2019-4382 The Optimum Rocket Nozzle Expansion Ratio: An Air – to Missile Demonstration R. Hiers, Knapke, Arnold Engineering Development Complex, Arnold AFB, TN 22 August 2019 Thursday, 222-ECS-5 1100 - 1200 hrs Presented by Arif Karabeyoglu, Space Propulsion Group, Inc. Tutorial hazards do exist especially in propulsion systems for which large quantities are stored accidents is quite limited, due to its abnormallyEven though nitrous oxide (N2O) is a widely used energetic liquid, the number of decomposition related slow decomposition kinetics. However, N2O could be one of the safest oxidizers unique to N2O operations will be shared. The general conclusion is that despite its potential decomposition hazard, if handled properly, in flight weight tanks and the ignition sources are readily available. Safety related recommendations being used in rocket propulsion systems. 22 August 2019 Thursday, 223-HUB-11 1100 - 1145 hrs USC has three major efforts to provide students hands on training before graduation in the Department of Astronautical Engineering. The hands on activities to augment the academic curriculum specifically in space systems before graduation, while challenging from resources and laboratory facilities, provide benefits to students and industry upon transition. USC will present one successful group, the Rocket Propulsion Laboratory that has been in existence for 15 years. 22 August 2019 Thursday, 224-LUNCH-2 1200 - 1330 hrs aiaa.org/propulsionenergy 85 the HUB Room 209 Room 311 Room 301 Room 137-139 (Conference Center) 1530 hrs AIAA-2019-4389 Modular Smart Nodes for High Temperature Distributed Engine Controls M. Francis, Ozark Integrated Circuits, Inc., Fayetteville, AR 1500 hrs AIAA-2019-4388 Extreme Environment Sensor System Development: (TIT) Sensing for Inlet Temperature Optical Turbine Jet Engine J. Costa, optoXense, Inc., San Ramon, CA; M. Pakmehr, A. Behbahani, K. Semega, Air Force Research Laboratory, AFB, OH Wright-Patterson Unique Propulsion Systems Advanced Intelligent Controls I Additive Manufacturing Technology 1430 hrs AIAA-2019-4387 Developing Concepts for Optimal Scheduling in Engine Control Systems Distributed Turbine optoXense, Inc., San Ramon, CA; R. M. Pakmehr, R. Cohen, E. Feron, L. Sutter, Chakravarthy Muralidhar, Atlanta, GA; A. Behbahani, Georgia Institute of Technology, AFB, OH Wright-Patterson Air Force Research Laboratory, 1430 hrs AIAA-2019-4392 Design and Additive Manufacturing Considerations for Liquid Rocket Engine Development Devalaraju, Den Berghe, V. N. Patel, S. Standbridge, M. Van University of Southern California, Los Angeles, CA 1430 hrs AIAA-2019-4395 Helical Engine Huntsville, AL D. Burns, NASA Marshall Space Flight Center, Electric Aircraft Technologies Symposium Keynote Electric Aircraft Technologies Controlled Explosives in Aerospace Applications…How We Learned to Love Things That Go Boom! Controlled Explosives in Aerospace Applications…How We 1400 hrs AIAA-2019-4386 Trim Method for the Aerodynamic A High Efficiency Analysis of XH-59A Rotor in Forward Flight Zhang, X. Zhao, N. Huang, Northwestern Polytechnical Y. Olin College of Franklin W. Xi’an, China; X. Wu, University, Engineering, Needham, MA 1400 hrs AIAA-2019-4391 Geometry and Distortion Evaluations of Additively Manufactured IN718 Internally Cooled Radial Turbines C. Krouse, N. Andrews, G. Musgrove, Southwest Research Institute, San Antonio, TX 1400 hrs AIAA-2019-4394 center combustion engine: Weakly-pulsated effect resulting in nearly-complete air-insulation caused by wall reflection of pressure-wave Kobayashi, J. Mikoda, K. Kinoshita, H. Makimoto, Y. T. Japan; et al. Tokyo, University, Kobayashi, S. Lujiang, Waseda Thursday, 22 August 2019 Thursday, 225-EATS-21 1230 - 1330 hrs 22 August 2019 Thursday, 226-HUB-12 1245 - 1330 hrs Speaker: John G. Scott, United Launch Alliance everySo you are thinking of where want to take your career? Energetic components allow touch portion of space launch, beginning to end…...Within the energetics industry there is a whole host of products in the space launch, tactical missile, automotive and now know that the successful engineer or scientist commercial ordnance produced at very high reliability and low relative costs. High energy density of pyrotechnics provides a lot work (large source / mechanical power) in small package – that is the boom! We in the industry get to do it all… gets to apply everything from classical statics/dynamics through in depth chemical engineering to pure statistics! We 22 August 2019 Thursday, 227-AIIPC-1 Chaired by: A. BEHBAHANI, Air Force Research Laboratory 1330 hrs AIAA-2019-4385 AI-driven Predictive Modeling of Gas Towards Using Big Data Turbines S. Raj, Fernandes, A. Michel, S. Jha, University of Central Florida, Orlando, FL 22 August 2019 Thursday, 228-AMP-3 Chaired by: E. JENS, Jet Propulsion Laboratory and K. MARK, Jet Propulsion Laboratory 1330 hrs AIAA-2019-4390 Testing of Additive Manufacturing and Hot-fire Bimetallic GRCop-84 and C-18150 Channel-Cooled Combustion Chambers Using Powder Bed Fusion and Inconel 625 Hybrid Directed Energy Deposition Gradl, C. Protz, NASA Marshall Space Flight Center, P. Doshi, H. McCallum, Virgin Huntsville, AL; K. Zagorski, V. Orbit, Long Beach, CA 22 August 2019 Thursday, 229-APC-6 GIEL, Jacobs Technology Chaired by: J. ROBINSON and T. 1330 hrs AIAA-2019-4393 Air and Space Thermal Rocket Engine with Turbojet (ASTRET) University of Alabama, Huntsville, AL D. Nikitaev,

86 aiaa.org/propulsionenergy Room 205 John Kizito Room 135 (Conference Center) Room 136 (Conference Center) Room 134 (Convention Center) Patrick McCluskey Thermal Management University of Maryland North Carolina A&T State University 1530 hrs Oral Presentation stator for aero propulsion Low loss superconducting motors operating at above 40K A. Otto, L. Saraco, Solid Material Solutions, LLC, North Chelmsford, MA Thomas Jahns Electric Machines University of Wisconsin, Madison 1500 hrs Oral Presentation An Introduction to the AIAA Guidelines for Analysis of Hybrid/Electric Aircraft System Studies A. Isikveren, Safran Group, Magny-Les-Hameaux, France; K. Ansell, University of Illinois, Urbana-Champaign, Haran, P. Atlanta, Urbana, IL; J. Gladin, Georgia Institute of Technology, GA; B. Schiltgen, Empirical Systems Aerospace, Inc., San Luis Obispo, CA 1500 hrs AIAA-2019-4402 for Resilient, Integrated Grounding Topologies Composite Electrical Power Systems for Future Aircraft Applications Norman, G. Burt, C. Jones, M. Sztykiel, R. Pena-Alzola, P. United Kingdom University of Strathclyde, Glasgow, 1500 hrs AIAA-2019-4406 Using Multi-physics System Simulation to Predict Battery Pack Thermal Performance and Risk of Thermal Runaway During eVTOL Aircraft Operations IL; LLC, Westmont, J. Harrison, Gamma Technologies, Gamma D. Charles, Airbus, Santa Clara, CA; J. Zenker, IL; E. Frank, Airbus, Santa LLC, Westmont, Technologies, Clara, CA Jin Wang Jin Wang Power Electronics The Ohio State University 1430 hrs AIAA-2019-4398 Evaluation of a Regional Aircraft with Fuselage Boundary Layer Ingestion Institute of Aeronautics Lacava, Technological M. Secchi, P. R. Ribeiro, São José dos Campos, Brazil; G. Trapp, (ITA), São José dos Campos, Brazil Embraer, 1430 hrs AIAA-2019-4401 Common Mode EMI Filter Design for Si and SiC Inverters in an Aerospace Drive System Columbus, OH; M. Perdikakis, Ohio State University, W. UES, Inc., Oxford, OH; C. Kitzmiller, Scott, Miami University, Columbus, Beavercreek, OH; B. Hall, Ohio State University, Wright- A. Sheets, Air Force Research Laboratory, OH; K. Yost, Patterson AFB, OH 1430 hrs AIAA-2019-4405 Thermal Integration of a High-Frequency High- Variable Specific-Power Motor within Electrically Engine X. Yi, K. Haran, University of Illinois, Urbana-Champaign, Urbana, IL Topic Area 1: Electrified Aircraft System Studies Topic Topic Area 3: Component Integration and System Architectures Topic Topic Area 2: Motor Power Electronics and System Fault Detection Topic Electric Propulsion - Challenges and Opportunities, A NASA University-Led Initiative Vikas Prakash Energy Storage Marcello Canova The Ohio State University Case Western ReserveCase Western University 1400 hrs AIAA-2019-4397 Hybrid-Electric Regional Jet Aircraft Operation Efficiency Ansell, University of Illinois, Urbana- P. G. Wroblewski, Champaign, Urbana, IL 1400 hrs AIAA-2019-4400 Development of an 11 kW lightweight, high efficiency motor controller for NASA X-57 Distributed Electric Propulsion using SiC MOSFET Switches S. Kowalewski, J. M. Granger, M. Garrett, D. Avanesian, Cleveland, OH; W. Maroli, NASA Glenn Research Center, Partners, LLC, Brook Park, OH; et al. Vantage Miller, 1400 hrs AIAA-2019-4404 Electric Propulsion Architectures Heavy-duty UAV and Multi-timescale Multi-physics Modeling Corvallis, OR Cao, A. Thurlbeck, Oregon State University, Y. Chris Perullo System Integration Georgia Institute of Technology Thursday, 22 August 2019 Thursday, 230-EATS-2 ANSELL, University of Illinois at Urbana-Champaign and B. SCHILTGEN Chaired by: P. 1330 hrs AIAA-2019-4396 Fuel Burn and Energy Consumption Reductions of a Single-Aisle Class Parallel Hybrid Propulsion System Corporation, East C. Lents, L. Hardin, United Technologies Hartford, CT 22 August 2019 Thursday, 231-EATS-3 Research Center Chaired by: C. JONES, University of Strathclyde and X. WU, United Technologies 1330 hrs AIAA-2019-4399 Advanced Electric Drives for Aerospace and Hybrid Propulsion A. Salam, Honeywell International, Inc., Torrance, E. Ganev, CA 22 August 2019 Thursday, 232-EATS-4 Krause and Associates O’CONNELL, P.C. Chaired by: T. 1330 hrs AIAA-2019-4403 for Modeling and Analysis of Electrified A Tool Aircraft Power Systems NASA Glenn Hanlon, G. Thomas, J. Csank, D. Sadey, P. Cleveland, OH Research Center, 22 August 2019 Thursday, 233-EATS-5 1330 - 1600 hrs M.J. Benzakein, The Ohio State University Introduction and Overview, Panelists: aiaa.org/propulsionenergy 87 Room 208 Room 201 Room 202 Room 102 Room 312 Room 137-139 (Conference Center) 1530 hrs AIAA-2019-4418 Flow Burning Behavior Investigation of a Vortex Pancake Hybrid Rocket Engine Massimo, Technical Lisi, L. Galfetti, P. C. Paravan, R. Bisin, F. University of Milan, Italy 1500 hrs AIAA-2019-4410 Proposed New Experimental Setup for Direct/ Indirect Evaporative Cooling Performance Analyses Cairo, Egypt E. Khalil, Cairo University, M. ElGawady, 1500 hrs AIAA-2019-4417 ABS Matrix The Development of a Powder-Filled, for Use as Fuel in a Hybrid Rocket Motor W. M. McVey, Grizzel, S. Holladay, Aarant, J. Bass, T. T. Knoxville, TN; Putthoff, University of Tennessee, et al. Fuels and Power Generation II Performance of Components and Systems 1430 hrs AIAA-2019-4409 Large Scale Thermal Acoustic Generator E. Wilson, Rolls-Royce Group plc, Indianapolis, IN 1430 hrs AIAA-2019-4413 Prediction of the Autoignition a Fuel Jet in Turbulent Hot Coflow Using Machine Confined Learning Methods Beijing, University, Qian, M. Zhu, Tsinghua S. Li, H. Liu, W. China; C. Markides, Imperial College London, United Kingdom 1430 hrs AIAA-2019-4416 Study of Regression Rates in a Hybrid Rocket Motor Raleigh, J. Dhanasekaran, North Carolina State University, Madras, Ramanan, Indian Institute of Technology NC; V. Chennai, India 1430 hrs AIAA-2019-4421 Development and optimization of a hypersonic civil aircraft propulsion plant with regenerator system B. Saracoglu, von Kármán Institute for Goncalves, A. Ispir, P. Fluid Dynamics, Rhode-Saint-Genèse, Belgium Process Hazards Analysis for Propulsion Education Experimental and Computational Energy Efficiency Studies IV Electric Propulsion: Challenges and Opportunities, A NASA Led Initiative Contemporary Hybrid Rocket Combustion Simulation, Characterization, Instrumentation, and Visualization 1400 hrs AIAA-2019-4408 in Kaplan Hydro- Study of a Cavitation Treatment turbine ElGammal, University of Wisconsin, Milwaukee, R. Amano, T. Glendale, WI 1400 hrs AIAA-2019-4412 jet Evaluation of blended Fischer-Tropsch fuel feedstocks for minimizing human and environmental health impacts of aviation S. Jagtap, Imperial College London, United Kingdom 1400 hrs AIAA-2019-4415 Numerical Simulation of Combustion in a Hybrid Rocket with Liquefying Fuels M. Gurunadhan, A. Baran, S. Menon, Louisiana State Baton Rouge, LA University, 1400 hrs AIAA-2019-4420 Design of a Solid Fuel Ramjet Ground Launch Demonstrator West Purdue University, A. Martinez, S. Kubicki, J. Rohwer, Lafayette, IN Thursday, 22 August 2019 Thursday, 234-EATS-22 1330 - 1530 hrs 22 August 2019 Thursday, 235-EDU-6 1330 - 1500 hrs include process hazards analysis, documentation, training, and lessons learned. This session features a panel discussion of propulsion laboratory safety related to government and university settings. Topics 22 August 2019 Thursday, 236-EERE-5 University of Maryland Chaired by: R. AMANO, University of Wisconsin-Milwaukee and A. GUPTA, 1330 hrs AIAA-2019-4407 Development of a Renewable Energy Sizing Calculator for Building Energy Audit and Appliance’ Performance Assessment Aderoju, M. Shitta, E. D. Nkwaze, J. Aruwajoye, P. Odumuyiwa, University of Lagos, Akoka-Yaba, Ogedengbe, V. Nigeria 22 August 2019 Thursday, 237-FPG-2 de Aeronáutica Chaired by: M. DE LEMOS, Instituto Tecnológico 1330 hrs AIAA-2019-4411 The Feasibility of Hydrogen Assisted Combustors and Fuel Reformation Technologies King, A. Carneiro dos B. Khandelwal, C. Wijesinghe, P. Santos, A. Al-Sheboul, University of Sheffield, United Kingdom 22 August 2019 Thursday, 238-HR-14 Space Propulsion Group, Inc. Chaired by: B. EVANS, 1330 hrs AIAA-2019-4414 CFD Modeling of a Hybrid Rocket Using Generalized One-dimensional Model of the Flame Temperature Crispin, Embry-Riddle Aeronautical University, N. Uddanti, Y. Daytona Beach, FL 22 August 2019 Thursday, 239-HSABP-10 Chaired by: A. DRAKE, Northrop Grumman 1330 hrs AIAA-2019-4419 Effects of Momentum Flux Ratio on Combustion in the Hyshot Scramjet Engine Stony Brook, NY Ladeinde, Stony Brook University, F.

88 aiaa.org/propulsionenergy Room 104 Room 106 Room 105 Room 305/06 1530 hrs AIAA-2019-4434 Development of a hydrostatic journal bearing with micro porous CMC material M. Ortelt, German Aerospace Center (DLR), H. Seiler, University of Stuttgart, Germany; M. Böhle, Technical Kaiserslautern, Kaiserslautern, Germany 1530 hrs AIAA-2019-4439 Numerical Simulation on Liquid Hydrogen Chill- Pipeline down Process of Vertical Umemura, Japan Aerospace Exploration Agency (JAXA), Y. Japan; Tokyo, Himeno, University of Tokyo, Ibaraki, Japan; T. Saito, Japan Aerospace Exploration Agency K. Kinefuchi, Y. NASA Glenn (JAXA), Ibaraki, Japan; B. Sakowski, D. Hauser, Cleveland, OH; et al. Research Center, 1500 hrs AIAA-2019-4425 Numerical Assessment of Intake Buzz with Nano- Particles across a Supersonic External Compression Intake Calgary, R. Jagannathan, C. Johansen, University of Calgary, Canada 1500 hrs AIAA-2019-4429 An Experimental Study of a Nitrous Oxide / Ethanol (NOEL) Propulsion System Yamamoto, N. Suzuki, T. Yagishita, K. Goto, T. S. Tokudome, Japan Aerospace Exploration Agency (JAXA), Sagamihara, Japan 1500 hrs AIAA-2019-4433 Clearance Effects in a Numerical Study of Tip Centrifugal Pump with Unshrouded Impeller for Liquid Rocket Engines H. Negishi, Japan Aerospace Exploration Agency (JAXA), Ltd., Japan; S. Ohno, Ryoyu Systems Company, Tsukuba, Minato, Japan 1500 hrs AIAA-2019-4438 and Pressure Measurement Effect of Temperature Uncertainties on Phase Change Calculations with Liquid Hydrogen Lafayette, IN West Srikanth, S. Collicott, Purdue University, P. Supersonic Inlets Liquid Rocket Engine Turbomachinery Propellant Storage and Management III 1430 hrs AIAA-2019-4424 of Rectangular Supersonic Air Tests Wind Tunnel Inlet at ITU I. Karpuzcu, ROKETSAN Missile Industries, Inc., Ankara, Turkey; U. Poyraz, Ankara, Turkey; University, Istanbul Technical K. Yuceil, U. Olgun, ROKETSAN Missile Industries, Inc., Ankara, E. Arisoy, Ankara, Turkey University, Istanbul Technical H. Tabanli, Turkey; 1430 hrs AIAA-2019-4428 Influence of Propellant Composition on the Performance of a Gel Rocket Combustion Chamber D. Freudenmann, H. Ciezki, German C. Kirchberger, Aerospace Center (DLR), Lampoldshausen, Germany 1430 hrs AIAA-2019-4432 of Centrifugal Fuel Pump for Design and Testing Liquid Propellant Rocket Engine L75 R. Reis, L. Silva, C. Pagliuco, D. Almeida, Aeronautics and Space Institute (IAE), São José dos Campos, Brazil 1430 hrs AIAA-2019-4437 Dynamics of Low-Gravity Sloshing in Spherical Phases of Landers during Touchdown Tanks University of Watanabe, Sakuma, T. Himeno, Y. K. Anii, T. Bunkyo, Japan; M. Baba, Otsuki, Japan Aerospace Tokyo, Exploration Agency (JAXA), Sagamihara, Japan; et al. Green Propulsion Systems for Space Applications II 1400 hrs AIAA-2019-4423 Vortex Generators in a Streamline- Refinement of External-Compression Supersonic Inlet Traced, Cleveland, OH NASA Glenn Research Center, J. Slater, 1400 hrs AIAA-2019-4427 Safe 0.5N Green Monopropellant Thruster for Small Satellite Propulsion Systems Japan; H. Matsuura, IHI Corporation, Tomioka, S. Igarashi, Y. Ikeda, K. Hatai, Japan Aerospace Exploration Agency (JAXA), Japan Tsukuba, 1400 hrs AIAA-2019-4431 Numerical Modeling of Different Designs for a Inducer Rocket Propellant Turbopump Bacchi, A. Scarabino, National University Zanardi, F. J. Torres of La Plata, Argentina 1400 hrs AIAA-2019-4436 Critical Review of Damping Prediction Methods for Annular Ring Slosh Baffles S. Coogan, Green, Southwest Research Institute, San Antonio, TX Thursday, 22 August 2019 Thursday, 240-INPSI-12 Research Center Chaired by: S. OCHS, United Technologies 1330 hrs AIAA-2019-4422 Effect of Side Gust on the Performance Supersonic Inlet with Bleed System H. Halwas, S. Aggarwal, University of Illinois, Chicago, Chicago, IL 22 August 2019 Thursday, 241-LP-25 Jet Propulsion Laboratory and B. RHODES, The Aerospace Corporation Chaired by: C. GATTO, 1330 hrs AIAA-2019-4426 Thermoanalytical Study of Hydroxylammonium Nitrate Decomposition at High Pressures Texas, El Paso, A. Esparza, E. Shafirovich, University of Paso, TX 22 August 2019 Thursday, 242-LP-27 LASSOUDIERE, Ariane Group and J. RICCIUS, DLR - German Aerospace Center Chaired by: F. 1330 hrs AIAA-2019-4430 The Development Status of LE-9 Engine for H3 Launch Vehicle Turbopumps Kobayashi, K. Okita, Japan N. Azuma, M. Kojima, T. Japan; T. Aerospace Exploration Agency (JAXA), Tsukuba, Motomura, IHI Corporation, Mizuho, Japan; et al. 22 August 2019 Thursday, 243-LP-28 Northrop Grumman Innovation Systems and C. RADKE, NASA Johnson Space Center Chaired by: J. MOLINSKY, 1330 hrs AIAA-2019-4435 Subsystem SSPD Restore-L Propellant Transfer Progress O. Pankiewicz, K. Schlee, NASA Goddard G. Coll, Webster, Aranyos, B. Nufer, Greenbelt, MD; T. Space Flight Center, Cape Canaveral, FL; et al. NASA Kennedy Space Center, aiaa.org/propulsionenergy 89 Room 203 White River G White River H White River C/D JW Grand Ballroom 5 1530 hrs AIAA-2019-4444 Perfluorooctanoate the of Influence the of Investigation Ferric Salt on Combustion Agglomeration in Aluminized HTPB Solid Composite Propellant Beijing L. Wang, Xiao, R. Yang, Zhen, L. Meng, F. X. Zhou, F. Beijing, China; et al. Institute of Technology, 1500 hrs AIAA-2019-4443 Solid Propellant with Embedded Additively Manufactured Reactive Components Fleck, N. Rahmann, J. Rhoads, T. D. Collard, M. McClain, T. Lafayette, IN; et al. West Purdue University, Meyer, 1500 hrs AIAA-2019-4454 Development of a deep space nuclear electric propulsion (NEP) system – a NuAER plasma NEP reactor Institute of Technology, J. Kalyan Raj I., Technion--Israel Haifa, Israel; G. Parks, University of Cambridge, United Kingdom Deep Space Talk Show Deep Space Talk Combustion Diagnostics Space Nuclear Power Systems Solid Propellant Development 1430 hrs AIAA-2019-4442 The Effect of Encapsulated Nanoscale and Micron- scale Catalyst Particles on the Decomposition of Ammonium Perchlorate Crystals Manship, Purdue S. Fehlberg, Son, M. Örnek, T. Lafayette, IN West University, 1430 hrs AIAA-2019-4447 for Small-volume, High-throughput Techniques Fuel Physical Property Measurements Baton Dang, S. Menon, Louisiana State University, W. Rouge, LA 1430 hrs AIAA-2019-4450 Impact of Inlet Area Ratio on the Operation an Axial Air Inlet Configuration Rotating Detonation Combustor Chacon, A. Feleo, M. Gamba, University of Michigan, Ann F. MI Ann Arbor, Arbor, 1430 hrs AIAA-2019-4453 NTP Design Derivatives and Enhancements for Lunar and Mars Missions FL; M. Eades, Ultra Safe Aerojet Rocketdyne, Jupiter, C. Joyner, D. Hanks, Aerojet Rocketdyne, Nuclear Corporation, Seattle, WA; FL; Jennings, Aerojet Rocketdyne, Jupiter, Canoga Park, CA; T. Kokan, Aerojet Rocketdyne, Huntsville, AL; D. Levack, T. Rocketdyne, Canoga Park, CA; et al. Pressure Gain Combustion: Physics Modeling and Exploration IV 1400 hrs AIAA-2019-4441 Effect of CuO-Graphene Foam (GF) Micro- structures on the Decomposition of AP-NC Composite Solid Propellant West L. Qiao, Purdue University, S. Jain, Chakraborty, Lafayette, IN 1400 hrs AIAA-2019-4446 Determination of Nitric Oxide Concentrations via IR in Mixtures with Nitrogen Tetroxide Spectrometry Pourpoint, Purdue J. Marcum, T. C. Yilmaz, Z. Truckenbrod, Lafayette, IN West University, 1400 hrs AIAA-2019-4449 Thermodynamic and Operability Implications of Product Recirculation in Rotating Detonation Engines R. Fievisohn, National Academy of Sciences, Washington, D.C.; J. Hoke, Innovative Scientific Solutions, Inc., Dayton, Wright- Air Force Research Laboratory, OH; A. Holley, Patterson AFB, OH 1400 hrs AIAA-2019-4452 Hydrogen Loss Effects on Microreactors for Space and Planetary Nuclear Power Production Los McClure, Los Alamos National Laboratory, Mehta, P. V. Georgia Institute of Technology, Alamos, NM; D. Kotlyar, Atlanta, GA Thursday, 22 August 2019 Thursday, 244-PC-23 HyPerComp, Incorporated SANKARAN, US Air Force/AFRL/RQRC and R. MUNIPALLI, Chaired by: V. 1330 hrs AIAA-2019-4440 Burning Rate Characterization of Ammonium Perchlorate Pellets Containing Catalytic Additives E. Sammet, E. Petersen, C. Dillier, Rodriguez, J. Thomas, T. F. Orlando, TX A&M University, Petersen, Texas 22 August 2019 Thursday, 245-PC-24 Arbor Chaired by: C. LI, Air Force Office of Scientific Research and A. COMER, University Michigan, Ann 1330 hrs AIAA-2019-4445 Reacting Jets in Vitiated Crossflow at High Speeds: The Development of an Optically-Accessible Secondary Combustion Zone Purdue Senior, Busari, W. N. Rodrigues, C. McDonald, T. Lafayette, IN; A. North, Siemens, Orlando, West University, Germany; et al. Chen, Siemens, Mülheim an der Ruhr, FL; Y. 22 August 2019 Thursday, 246-PGC-12 Laboratory and G. MEHOLIC, The Aerospace Corporation Chaired by: D. FERGUSON, National Energy Technology 1330 hrs AIAA-2019-4448 Conjugate heat transfer analysis of rotating detonation engines Istanbul, University, Istanbul Technical O. Tuncer, U. Yelken, B. Saracoglu, von Kármán Institute for Fluid Turkey; Dynamics, Brussels, Belgium 22 August 2019 Thursday, 247-SNP-2 Chaired by: G. SEMRAU, Moog, Inc., Space, Advanced Programs 1330 hrs AIAA-2019-4451 Selection of a Space Reactor Moderator Using Lessons Learned from SNAP and ANP Programs Los McClure, Los Alamos National Laboratory, Mehta, P. V. Georgia Institute of Technology, Alamos, NM; D. Kotlyar, Atlanta, GA 22 August 2019 Thursday, 248-SP-2 1330 - 1430 hrs

90 aiaa.org/propulsionenergy Room 204 Room 308 FAA Bill Schinstock Room 134 (Convention Center) Room 137-139 (Conference Center) Room 137-139 (Conference Center) Room 137-139 (Conference Center) 1530 hrs AIAA-2019-4459 New Results from Reduced-Order CFD-Based Multi- Heat Exchangers Rating of Aviation Stony Brook, NY Ladeinde, Stony Brook University, F. 1530 hrs AIAA-2019-4464 Modeling a propulsion system for the trajectory correction of weather balloons E. Lopez, National Polytechnic E. Valencia, D. Vera, Banda, University of Hamburg, Quito, Ecuador; W. University, Hamburg, Germany Bob Bayles Collins Aerospace 1500 hrs AIAA-2019-4458 Analytical Modeling of Minimum Hot Surface Fluids for Aviation Ignition Temperature West L. Dillard, J. Gore, Purdue University, M. Ulcay, Lafayette, IN 1500 hrs AIAA-2019-4463 Particle Swarm Optimization for Wireless Charging of Swarming Drones through Ambient Radio Frequencies A. Mirzaeinia, New Mexico Institute of Mining and Technology, Socorro, NM; M. Mirzaeinia, Amirkabir University of Technology, M. Hassanalian, New Mexico Iran; Q. Bradfield, S. Bradley, Tehran, Socorro, NM Institute of Mining and Technology, NASA Friday Nick Borer The Many Possible Futures of Electric Flight Thermal Modeling, Simulation, and Analysis 1430 hrs AIAA-2019-4457 Thermal management and Building Codes Nexus Cairo, Egypt E. Khalil, Cairo University, 1430 hrs AIAA-2019-4462 Autonomous Routing and Power Management of Drones in GPS-Denied Environments through Dijkstra Algorithm Roghanchi, M. Hassanalian, A. Mirzaeinia, J. Shahmoradi, P. Socorro, NM New Mexico Institute of Mining and Technology, Safety, Standards, and Regulations for Electrified Aircraft Safety, Standards, and Regulations for Electrified Aircraft Safety, Electric Aircraft Technologies Symposium Networking Break Electric Aircraft Technologies Unmanned Aircraft Systems: Propulsion, Energy and Applications II SAE Mark DeAngelo 1400 hrs AIAA-2019-4456 for Finite Element Reducing the Time-to-Solution Engines Analysis of Gas Turbine Simons, J. Ong, Rolls-Royce Group plc, Indianapolis, IN; R. T. Rouet, R. Grimes, Livermore Software Technology Lucas, F. Corporation, Livermore, CA; E. Gulyeruz, University of Illinois, Urbana-Champaign, Urbana, IL; et al. 1400 hrs AIAA-2019-4461 Experimental Performance Assessment of an with an Alternative Distributed Electric UAV Wetland Propulsion Configuration Implemented for Monitoring M. Oña, D. Rodriguez, A. National E. Valencia, Quito, Ecuador Polytechnic University, Herb Schlickenmaier HS Advanced Concepts Thursday, 22 August 2019 Thursday, 249-TM-6 Chaired by: D. ZAKAR, NRL and M. CHOI, NASA-Goddard Space Flight Center 1330 hrs AIAA-2019-4455 Numerical Analysis For Smoke Spread In An Aircraft Hangar Cairo, Egypt; E. Cairo University, E. Khalil, A. Morsy, Institute, Cairo, Egypt; H. Kayed, Cairo Aviation AbdelGhany, Cairo, Egypt University, 22 August 2019 Thursday, 250-UAS-3 A&M University Chaired by: L. CHEN, Texas 1330 hrs AIAA-2019-4460 Design, Characterization, and Integration of a Power System for Small Unmanned Turboelectric Multirotor Aircraft Oklahoma State University, C. Replogle, K. Rouser, K. Moody, OK Stillwater, 22 August 2019 Thursday, 251-EATS-6 1600 - 1730 hrs Moderator: Phil Krein, University of Illinois at Urbana-Champaign Panelists: 22 August 2019 Thursday, 252-EATS-23 1600 - 1730 hrs 23 August 2019 Friday, 253-EATS-24 0800 - 0900 hrs 23 August 2019 Friday, 254-NW-12 0900 - 0930 hrs aiaa.org/propulsionenergy 91 Room 135 (Conference Center) Room 136 (Conference Center) Room 134 (Convention Center) Room 134 (Convention Center) Room 137-139 (Conference Center) Room 137-139 (Conference Center) Room 137-139 (Conference Center) Bell Helicopter Carey Cannon 1130 hrs AIAA-2019-4470 A New Development Strategy of Light Wight Solid Oxide Fuel Cells for Electrified Airplane System Kasugai, Japan; R. Miyata, S. Hashimoto, Chubu University, Tohoku K. Yoshimi, H. Takamura, K. Kobayashi, Yashiro, Sendai, Japan; et al. University, 1130 hrs AIAA-2019-4474 Health Management and Prognostics for Electric Aircraft Powertrain C. Kulkarni, M. Corbetta, Stinger Ghaffarian Technologies, Inc., Moffett Field, CA 1100 hrs Oral Presentation Foundation of the Center for High-Efficiency for Aircraft, a NASA Electrical Technologies University Leadership Initiative Study Ansell, University of Illinois, Urbana-Champaign, Urbana, IL P. 1100 hrs Oral Presentation Boost Capacitor Simulation and test results with discussion of future military technologies TX Lockheed Martin Corporation, Fort Worth, R. Brewer, 1100 hrs AIAA-2019-4473 Cryogenically-Cooled Inverter for Electric MW-Class Aircraft Applications D. Costinett, R. Chen, H. Gui, J. Niu, L. Tolbert, Wang, F. Knoxville, TN; et al. University of Tennessee, NASA Sean Clarke Topic Area 3: Power Converters Topic Topic Area 2: Energy Storage Systems Topic 1030 hrs AIAA-2019-4467 A High Efficiency Low Noise VTOL/ESTOL Concept Using CoFLow Jet Airfoil Ren, J. Gan, D. Espinal, University of Miami, G. Zha, Y. Miami, FL 1030 hrs Oral Presentation Superconducting-Magnetic-Energy-Storage (SMES) for Electric Aircraft Propulsion Wright- Bullard, Air Force Research Laboratory, Haugan, T. T. Patterson AFB, OH 1030 hrs AIAA-2019-4472 Development of A High Power Density Megawatt- Power Converter for Aircraft Scale Medium-Voltage Hybrid-Electric Propulsion Systems D. Zhang, J. He, Pan, M. Dame, Schutten, General Niskayuna, NY Electric Company, Electric Aircraft Technologies Symposium Lunch Electric Aircraft Technologies Topic Area 1: Electrified Aircraft Design and Novel Concepts Topic Electric Aircraft Technologies Symposium Networking Break Electric Aircraft Technologies Electrified Propulsion Technologies for Emerging Small Aircraft Markets Electrified Propulsion Electrified Propulsion Technologies for Emerging Small Aircraft Markets Electrified Propulsion 1000 hrs AIAA-2019-4466 Parallel Hybrid Propulsion System for a Regional Conceptual Design and Benefits Analysis Turboprop: Spierling, Montréal, Canada; T. Bertrand, Pratt & Whitney, P. Collins Aerospace, Rockford, IL; C. Lents, United Technologies Corporation, East Hartford, CT 1000 hrs AIAA-2019-4469 A simulation tool for battery life prediction of a Regional Jet for the NASA Turbo-Hybrid-Electric ULI Program M. D’Arpino, Cancian, A. Sergent, Canova, Columbus, OH; C. Perullo, Benzakein, Ohio State University, Atlanta, GA Georgia Institute of Technology, 1000 hrs Oral Presentation Mega-watt Class Ultra-high Density DC-DC Converters for Future Electric Aircraft Systems S. Dwari, United Kshirsagar, Channegowda, S. Du, P. P. Corporation, East Hartford, CT Technologies Rich Ouellette The Boeing Company Friday, 23 August 2019 Friday, 255-EATS-7 Chaired by: H. KIM and G. CINAR 0930 hrs AIAA-2019-4465 Aircraft Conceptual Design and Optimization Including Powertrain Architecture and Distributed Propulsion F. Nicolosi, University Vecchia, D. Ciliberti, P. Della Orefice, F. of Naples “Federico II”, Naples, Italy 23 August 2019 Friday, 256-EATS-8 NASA Glenn Research Center Chaired by: L. TAYLOR, 0930 hrs AIAA-2019-4468 On the Feasibility of a LiS Battery for Aircraft Electric Propulsion R. Hess, BAE Systems, Endicott, NY 23 August 2019 Friday, 257-EATS-9 Inc. Chaired by: K. RAJASHEKARA, University of Houston and R. RODRIGUEZ, Rolls-Royce North American Technologies, 0930 hrs AIAA-2019-4471 Control of a DC-DC Converter as an Active Filter in Combination with Switched Reluctance Generators Applications for Gas Turbine Aachen RWTH D. Pham, A. Klein-Hessling, R. De Doncker, Aachen, Germany University, 23 August 2019 Friday, 258-EATS-25 1200 - 1300 hrs 23 August 2019 Friday, 259-EATS-10 1300 - 1430 hrs Moderator: Starr Ginn, NASA Panelists: Friday, 23 August 2019 Friday, 260-EATS-26 1300 - 1430 hrs 23 August 2019 Friday, 261-NW-11 1430 - 1500 hrs

92 aiaa.org/propulsionenergy Room 136 (Conference Center) Room 135 (Conference Center) Room 134 (Convention Center) Room 134 (Convention Center) Room 137-139 (Conference Center) 1700 hrs AIAA-2019-4479 Engine: A Hybrid Assisted Regenerative Turbofan case study for XWB-84 modification National University of Sciences A. Sarosh, H. Talat, R. Yousaf, Oregon State Islamabad, Pakistan; R. Wajid, and Technology, Corvallis, OR University, 1700 hrs AIAA-2019-4484 A Micro Electrostatic Motor with Multiple Driving Stages Beihang J. Leng, M. Qi, X. Zhang, D. Huang, Z. Liu, Yan, Beijing, China University, 1700 hrs AIAA-2019-4489 loads allocation for MEA electrical Optimized LV power systems Madonna, S. Sumsurooah, C. Hill, C. Spagnolo, V. Bozhko, University of Nottingham, United Kingdom 1100 hrs AIAA-2019-4494 An analysis of electrical arc behavior with radiated field for airborne application in HVDC J. Rivenc, D. Chassaigne, C. Marot, R. Perraud, G. Peres, L. France Ybanez, Airbus, Toulouse, 1630 hrs AIAA-2019-4478 Study of electro-mechanical interaction in micro gas turbine engine generator system for more electric applications Upadya, S. Hosamane, V. S. K N, K. Sakinala, D. Kashireddy, Honeywell International, Inc., Bengaluru, India; D. Kumar, et al. 1630 hrs AIAA-2019-4483 Design of High-Speed Permanent Magnet Machine for Aerospace Propulsion Jahns, B. Sarlioglu, University of J. Swanke, D. Bobba, T. Wisconsin, Madison, WI 1630 hrs AIAA-2019-4488 Scalable Graph Theory Approach for Electric Aircraft Power System Optimization Rallabandi, D. Ionel, University of Kentucky, D. Lawhorn, V. Lexington, KY 1030 hrs AIAA-2019-4493 An assessment of the uncertainty involved in predictions of energy consumption and carbon emissions from future fully-electrified aircraft J. Smith, E. Mastorakos, University of Cambridge, Cambridge, United Kingdom Saturday Topic Area 3: System Optimization Topic 1600 hrs AIAA-2019-4477 Lift Vertical Design of a Magnetic Gear for NASA’s Quadrotor Concept Vehicle NASA Glenn Research Z. Cameron, J. Scheidler, Tallerico, T. Cleveland, OH Center, 1600 hrs AIAA-2019-4482 Designing an Advanced Electrical Motor for Propulsion of Electric Aircraft Z. Xu, D. Gerada, University of Nottingham, D. Golovanov, Sawata, Collins Nottingham, United Kingdom; A. Page, T. Aerospace, Solihull, United Kingdom 1600 hrs AIAA-2019-4487 Hierarchical Model Predictive Control for Real-Time Energy-Optimized Operation of Aerospace Systems Z. Jiang, S. Raziei, University of Dayton, OH 1000 hrs AIAA-2019-4492 Commercial Hybrid Electric Aircraft Thermal Management System Design, Simulation, and Operation Improvements J. Rheaume, M. MacDonald, C. Lents, United Technologies Corporation, East Hartford, CT Electric Aircraft Technologies Symposium Keynote Electric Aircraft Technologies Topic Area 2: Design and Test of Electric Motor Systems Area 2: Design and Test Topic Topic Area 2: Electromechanical Interactions and Modeling Topic Topic Area 1: Electrified Aircraft Subsystem Simulations and Methods Topic 1530 hrs AIAA-2019-4476 of Hardware-Based Formulation and Validation Synchronous Machine Models for Aerospace Electric Power Systems Perdikakis, PC Krause and Associates, B. Robbins, W. UES, Inc., Dayton, OH; K. Yost, Indianapolis, IN; C. Kitzmiller, AFB, OH Wright-Patterson Air Force Research Laboratory, 1530 hrs AIAA-2019-4481 Development of a Maxwell X-57 High Lift Motor Reference Design D. Hall, J. Chin, A. Anderson, Smith, R. Edwards, K. Duffy, Cleveland, OH NASA Glenn Research Center, 1530 hrs AIAA-2019-4486 Electric Propulsion System Optimization for a Long- Unmanned Aircraft Endurance Solar-Powered S. Imtiaz, University of Illinois, Urbana- O. Dantsker, University of Champaign, Urbana, IL; M. Caccamo, Technical Munich, Garching, Germany 0930 hrs AIAA-2019-4491 of NASA X-57 Further Development and Validation for Mods III and IV Maxwell Mission Planning Tool S. Schnulo, D. Hall, J. Chin, NASA Glenn Research Center, Cleveland, OH Friday, 23 August 2019 Friday, 262-EATS-11 Air Force Research Laboratory and K. YOST, Chaired by: H. HUANG, GE Aviation 1500 hrs AIAA-2019-4475 Electromagnetic Mass and Efficiency of Magnetic Gears for Electrified Aircraft Z. Cameron, NASA Glenn Research J. Scheidler, Tallerico, T. Cleveland, OH Center, 23 August 2019 Friday, 263-EATS-12 Chaired by: D. RITTENBERG, Siemens PLM Software and A. PROVENZA, NASA Glenn Research Center 1500 hrs AIAA-2019-4480 Your Motor Electrification - Choosing Aviation and Material Advancements Topology NY Rochester, A. Williams, Arnold Magnetic Technologies, 23 August 2019 Friday, 264-EATS-13 Chaired by: D. HALL, Aurora Flight Sciences and I. ORISAMOLU, Pratt & Whitney 1500 hrs AIAA-2019-4485 Power Allocation and Generator Sizing Optimisation of More-Electric Aircraft On-board Electrical Power during Different Flight Stages J. Atkin, C. Hill, S. Bozhko, University of X. Wang, Nottingham, United Kingdom 24 August 2019 Saturday, 265-EATS-27 0800 - 0900 hrs 24 August 2019 Saturday, 266-EATS-14 CORNELL, NASA Glenn Research Center Chaired by: A. GIBSON, Empirical Systems Aerospace and P. 0900 hrs AIAA-2019-4490 Sizing and Performance Analysis of a Turbo- Hybrid-Electric Regional Jet for the NASA ULI Program Georgia Institute of C. Perullo, A. Alahmad, J. Wen, Atlanta, GA; M. D’Arpino, Canova, Ohio State Technology, Columbus, OH; D. Mavris, Georgia Institute of University, Atlanta, GA; et al. Technology, aiaa.org/propulsionenergy 93 Room 135 (Conference Center) Room 136 (Conference Center) Room 134 (Convention Center) Room 134 (Convention Center) Room 137-139 (Conference Center) Mike Armstrong Electric Power Systems 1100 hrs AIAA-2019-4498 Exploring options for integrated cryogenic circulation loop of superconducting power devices on electric aircraft Cheetham, I. Barnola, C. Kim, S. Pamidi, Center for P. FL Advanced Power Systems, Tallahassee, 1100 hrs AIAA-2019-4503 Fault Detection and Identification for Multirotor Aircraft by Data-Driven Statistical Learning Methods Gandhi, Rensselaer Kopsaftopoulos, F. F. A. Dutta, M. McKay, NY Polytechnic Institute, Troy, 1500 hrs AIAA-2019-4507 Electric Propulsion and other options to reinvigorate General Aviation GA; J. Barros, Federal University R. Rezende, Alltec, Pooler, of Minas Gerais, Belo Horizonte, Brazil 1030 hrs AIAA-2019-4497 Influence of thermal and electrical turn-to-turn sharing on quench protection in superconducting coils for very high density motors and generators for hybrid-electric aircraft Columbus, OH M. Sumption, Ohio State University, 1030 hrs AIAA-2019-4502 Evaluation of Electrical System Requirements Electrified Energy for Implementing Turbine Management G. Thomas, NASA Glenn Research Center, J. Kratz, D. Culley, Cleveland, OH 1430 hrs AIAA-2019-4506 Design of More Electric Aircraft DC Power Distribution Architectures considering Reliability Performance A. Recalde, S. Bozhko, J. Atkin, University of Nottingham, Nottingham, United Kingdom Marianne Mata The Boeing Company Topic Area 2: Superconducting Materials Topic Topic Area 3: Power Management Systems Topic 1000 hrs Oral Presentation Potential for Superconducting Stators to Enable All Cryogenic Motors and Generators for Aircraft Tech Research, M. Rindfleisch, D. Panik, Hyper M. Tomsic, Columbus, OH; M. Sumption, Majoros, Ohio State Columbus, OH University, 1000 hrs AIAA-2019-4501 Exergy/energy dynamics-based integrative modeling and control for difficult hybrid aircraft missions M. Ilic, R. Jaddivada, Massachusetts Institute of Technology, Cambridge, MA 1400 hrs AIAA-2019-4505 Current Capabilities and Challenges of NDARC for eVTOL Aircraft Design and Analysis SUAVE Moffett Field, CA; E. Botero, M. Clarke, U.S. Army, J. Vegh, Stanford, CA J. Alonso, Stanford University, J. Trent, Progress in Energy Storage & Conversion for Aeropropulsion ANL Progress in Energy Storage and Conversion for Aeropropulsion Topic Area 1: Challenges and Opportunities in Electrified Aircraft Systems Topic Venkat Srinivasan Venkat 0930 hrs AIAA-2019-4496 the Critical Design of Progress Toward 1.4~MW High- Superconducting Rotor for NASA’s Efficiency Electric Machine NASA Glenn Research Center, Tallerico, T. J. Scheidler, Partners, LLC, Cleveland, Vantage Miller, Cleveland, OH; W. Creek Federal Services, Cleveland, OH Wolf Torres, OH; W. 0930 hrs AIAA-2019-4500 A Method for Determining Optimal Power Management Schedules for Hybrid Electric Airplanes Rolls-Royce Group plc, Indianapolis, IN; K. D. Trawick, Milios, J. Gladin, D. Mavris, Georgia Institute of Technology, Atlanta, GA 1330 hrs Oral Presentation Boeing Electrified Aircraft Propulsion Overview Huntington Beach, CA E. Mugica, The Boeing Company, NASA Ajay Misra Saturday, 24 August 2019 Saturday, 267-EATS-15 HAUGAN, U.S. Air Force Research Laboratory Chaired by: T. 0900 hrs AIAA-2019-4495 AC Loss of Superconducting Materials- refined loss estimates for very high density motors and generators for hybrid-electric aircraft: MgB2 wires, Coated conductor tapes and wires Columbus, OH M. Sumption, Ohio State University, 24 August 2019 Saturday, 268-EATS-16 GE Global Research Chaired by: D. TORREY, 0900 hrs AIAA-2019-4499 Electrified Energy A Control Strategy for Turbine Management G. Thomas, NASA Glenn Research Center, J. Kratz, D. Culley, Cleveland, OH 24 August 2019 Saturday, 269-EATS-17 1130 - 1300 hrs Moderator: Kaushik Rajashekara, University of Houston Panelists: 24 August 2019 Saturday, 270-EATS-28 1130 - 1300 hrs 24 August 2019 Saturday, 271-EATS-18 NASA-Ames Research Center and E. MUGICA, Boeing Company Chaired by: N. MADAVAN, 1300 hrs AIAA-2019-4504 Safety and Occupant Challenges in Vehicle Take-off Protection for Autonomous electric Vertical and Landing (eVTOL) Vehicles Hampton, VA J. Littell, NASA Langley Research Center,

94 aiaa.org/propulsionenergy Room 136 (Conference Center) Room 135 (Conference Center) Room 137-139 (Conference Center) 1500 hrs AIAA-2019-4512 Partial Discharge Management and Arc Detection Aircraft Distribution Systems for High Voltage R. Mahmoudi, L. Xing, C. Lents, United Technologies X. Wu, Corporation, East Hartford, CT 1500 hrs AIAA-2019-4517 Propulsion motor concepts for airplanes S. Kalsi, Kalsi Green Power Systems, LLC, Princeton, NJ; K. Hamilton, R. Badcock, Victoria University of J. Storey, Lower Hutt, New Zealand Wellington, 1430 hrs AIAA-2019-4511 Micro-Multilayer Development of High Voltage Multifunctional Electrical Insulation (MMEI) System E. Shin, Ohio Aerospace Institute, Cleveland, OH 1430 hrs AIAA-2019-4516 Tail-Cone Direct Drive Electric Motor for STARC-ABL Propulsor Arastu, J. Xiao, K. Haran, Hinetics, LLC, D. Lohan, F. A. Yoon, Champaign, IL Topic Area 2: Megawatt-Scale Motor Systems Topic 1400 hrs AIAA-2019-4510 Highly thermally conductive insulation for high power density electric machines Smigelski, H. Comanzo, O. Siclovan, P. Yin, A. Yakimov, W. et al. Niskayuna, NY; K. Bodla, General Electric Company, 1400 hrs AIAA-2019-4515 High Efficiency Megawatt Motor Rotating Cryocooler Conceptual Design R. Jansen, NASA Glenn Research Passe, K. Duffy, R. Dyson, P. Cleveland, OH Center, Electric Aircraft Technologies Symposium Closing Remarks Electric Aircraft Technologies Topic Area 2: Electric Motor Wire and Power Transmission Insulation Area 2: Electric Motor Wire and Power Transmission Topic 1330 hrs AIAA-2019-4509 Thermal Analysis of Potted Litz Wire for High Power Density Aerospace Electric Machines Sixel, R. Edwards, Jansen, NASA W. A. Woodworth, Cleveland, OH; S. McCormick, NASA Glenn Research Center, M. Robbie, Vantage Hampton, VA; Langley Research Center, Partners, LLC, Brook Park, OH; et al. 1330 hrs AIAA-2019-4514 of Rotor Eccentricity Model Experimental Validation of a Slotless PM Synchronous Machine A. Anderson, D. Lee, K. Haran, University Wang, Y. A. Yoon, of Illinois, Urbana-Champaign, Urbana, IL Saturday, 24 August 2019 Saturday, 272-EATS-19 NASA Glenn Research Center and A. WOODWORTH, Université de Toulouse LEBEY, Chaired by: T. 1300 hrs AIAA-2019-4508 Pot-ability Assessment of Litz Wires for High Power Density Electric Motor E. Shin, Ohio Aerospace Institute, Cleveland, OH 24 August 2019 Saturday, 273-EATS-20 Chaired by: J. NAIRUS, US Air Force Research Laboratory 1300 hrs AIAA-2019-4513 High Efficiency Megawatt Motor Preliminary Design J. Scheidler, Kascak, R. Dyson, A. Woodworth, R. Jansen, P. Cleveland, OH; et al. A. Smith, NASA Glenn Research Center, 24 August 2019 Saturday, 274-EATS-29 1530 - 1600 hrs aiaa.org/propulsionenergy 95 VENUE MAP

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