ANNUAL 2019 CONFERENCE JUNE 3–6, 2019 | RENO, NEVADA USA
Conference and Exposition on Experimental and Applied Mechanics EXPANDING THE BOUNDARIES OF MECHANICS
Preconference Course(s): June 2, 2019 Conference: June 3–6, 2019 Exposition: June 3–5, 2019
Organized by the Society for Experimental Mechanics, Inc. 7 School Street, Bethel, CT 06801 USA | (203) 790-6373 | www.sem.org
CONTENTS Message from the President 5 Course: Residual Stress 101 6–7 Springer/Nature Publishing Young Investigator Lecture 8 William M. Murray Lecture 9 Technical Divisions (TD) Committees 10 Technical Divisions (TD) & Committee Meeting Schedule 11 2019 Track and Symposia: 12–20 9th International Symposium on the Mechanics of Biological Systems and Materials 21 5th International Symposium on the Mechanics of Composite and Multifunctional Materials ...... 22 20th International Symposium on Micro- and Nanomechanics 23 Michael Sutton International Student Paper Competition 24 Panel on Junior Career Development in Academia 24 Panel on Mid-career Professional Development 25 Let’s Talk Postdoc 25 Highlights 26 SEM Executive Board 27 SEM Gold and Silver Certificate Members 27 Technical Program 28–54 Exposition Directory 56–59 General Information 60–61 SEM 2019 Annual Hotel Information 62 2019 SEM Annual is Mobile 64
3 4 Message from the President
I am excited to welcome We have built an incredibly successful society with a unique and you to the 2019 SEM Annual vibrant character that values friendly and inclusive interactions, Conference and Exposition in promotes collaboration, and supports the development of Reno, Nevada. This conference our early career members, while holding high standards and is truly an opportunity to see advancing the field of mechanics. This is all possible because how we are “Expanding the of the time and energy invested by many individuals over the Boundaries of Mechanics” last 75 years. Thank you to those contributing to the success of through the research being both the conferences and SEM through the behind-the-scenes Wendy Crone presented in lectures, keynotes, work of fantastic staff members within the society headquarters SEM President and session talks. and society members organizing sessions along with a myriad of other activities. Together we have created a great event and In addition to the Exposition great organization. that runs from Monday June 3rd through Wednesday June 5th, the conference technical program is filled with over 500 abstracts presented in seven parallel sessions. We have several symposia during the conference, with Micro– and Nanomechanics in its 20th year, Biological Systems and Materials in its 9th year, and Composites and Multifunctional Materials in its 5th year. Our Wendy Crone core tracks and symposia have been a long-term strength of the SEM President conference and we are continuing to grow into new areas such as Additive Manufacturing. Please plan to attend the Technical Division (TD) luncheon on Tuesday where you can take part in shaping future sessions, tracks and other activities related to your research interests for our 2020 SEM Annual Conference, which will be an International Congress year.
One of the benefits of attending the SEM Annual Conference is the opportunity to interact with our colleagues. For those who have attended SEM conference before, I hope you will take the time to introduce yourself to first-time attendees. As someone who started attending SEM conferences as a student, I can tell you that it makes a significant impact to have a senior colleague take the time to make you feel welcomed and talk to you about your research. For those of us who have been around a while, it’s also a fantastic opportunity to catch up with our colleagues, both on their latest research and those personal connections we have built over the years. Please join us for the planned social events including the coffee breaks, the Welcome Reception on Sunday June 2nd (7:30 p.m. – 9:00 p.m.), and the President’s Reception on Tuesday June 4th (6:30 p.m. – 8:00 p.m.).
Message from the President 5 Course: Residual Stress 101 Sunday, June 2, 2019 | 9:00 a.m.–5:00 p.m.
Course Description Course Fee This course aims to cover a broad, practical introduction to The regular fee is $500 and the student fee is $250. Course fee residual stresses for students, researchers and industrialists with an includes course handout material and refreshment breaks. interest in the subject. We cover the most practically important Lodging, additional food and other materials are not included. aspects of residual stress, things that are fairly simple but often counterintuitive, poorly understood, or just not widely known. Cancellation Liability Most of this material is not covered by coursework for engineers or If the course is cancelled for any reason, the Society for Experimental material scientists. We will answer the most important questions: Mechanics’ liability is limited to the return of the course fees. What are residual stresses and where do they come from? What effects do they have? How are the stress components throughout Note a body interrelated? How can you measure residual stresses? How Attendees are strongly encouraged to bring their own laptops. can you use residual stress knowledge in models to predict failures None will be provided. or other issues? How can you use superposition to simplify many calculations? Along the way we will point out pitfalls to avoid and mistakes that appear in the literature.
Outline Introduction and why do we care. • What are residual stresses? • How do they arise? • What do they do and why do we care? ࢊࢊFatigue, fracture, distortion, effect on property measurements
Practical Mechanics of Residual Stress. • Stress, strain, elastic strain as applied to residual stress • What makes an admissible residual stress field and why does that matter? ࢊࢊGlobal equilibrium ࢊࢊBoundary Conditions ࢊࢊLocal equilibrium: stress components are not independent • Superposition and calculating deformations and changes in residual stress as, for example, a crack grows
Residual Stress Measurement • Relaxation methods • Penetrating diffraction • Laboratory X-ray • Combining multiple methods • What full field (Holography, DIC, etc.) buys you and what it does not
Residual Stress Applications. • Accounting for residual stress in fatigue analysis • Engineered residual stress
6 Courses and Lectures Course: Residual Stress 101 Sunday, June 2, 2019 | 9:00 a.m.–5:00 p.m.
Instructors Antonio Baldi—Università degli studi di Cagliari Mike Prime—Los Alamos National Laboratory Antonio Baldi received his Ph.D. in 1996 at the University of Pisa Mike Prime received a Ph.D. in Mechanical Engineering from U.C. with a thesis on Single Track Vehicle Dynamics. Since 1999 he is with Berkeley in 1994. He has worked at Los Alamos National Laboratory the University of Cagliari (Dipartimento di Ingegneria Meccanica, for 25 years on nonlinear vibrations, structural health monitoring, Chimica e dei Materiali), where he currently is a Full Professor of residual stress measurement, and shock physics. He co-founded Machine Design. His research interests include Vehicle Dynamics, the Residual Stress Summit, was named an ASME Fellow in 2010 Phase Unwrapping, Identification of Stress and Strain Fields in and received the A.J. Durelli award from SEM in 2012 and the Structural Components using experimental (mainly optical/ Zandman Award from SEM in 2018. Mike is known worldwide for interferometric) techniques, Reverse Calibration of Numerical the invention (circa 2000) of the contour method for residual stress Models, Residual Stress Analysis, Contact Analysis, Digital Image measurement, which is used extensively in aerospace, nuclear Correlation. He is Associate Editor of the Experimental Mechanics power, and other industries. journal and Chair of the Residual Stress technical division of the Society for Experimental Mechanics. In 2008 he received the D.R. Mike Hill—University of California, Davis Harting Award from SEM. Mike Hill has devoted his professional career to mechanics, materials, and residual stress engineering. He holds a position as Adrian DeWald—Hill Engineering Professor in Mechanical and Aerospace Engineering at University Adrian DeWald is a technical expert in residual stress measurement of California, Davis. His published works are in the areas of and simulation of residual stress effects on material performance. residual stress measurement, modeling, and methods for fatigue His research and publication record covers the contour method, and fracture prediction. Mike has worked extensively on the laser shock peening, machining distortion, weld residual stress, development of compressive residual stress surface treatments, and related topics. Adrian is professionally active within the such as laser shock peening, in collaboration with government and Society of Experimental Mechanics (Associate Technical Editor for industrial partners. He founded Hill Engineering, LLC to address Experimental Mechanics and former Chair of the Residual Stress the needs of commercial clients in tackling complex structural Technical Division) and ASTM (Member of Committee E28 on problems with a special emphasis on fatigue and residual stress Mechanical Testing). Adrian received a Ph.D. from the University of engineering. Mike completed a Ph.D. in Mechanical Engineering California, Davis in Mechanical Engineering in 2005. at Stanford University in 1996, having earned his B.S. and M.S. degrees in Mechanical Engineering at the University of Arizona in 1989 and 1991, respectively.
IC Noyan—Columbia University IC Noyan, Professor of Materials Science and Engineering at Columbia University, works on x-ray and neutron diffraction analysis and mechanical behavior of materials. He is the author of a book on residual stress measurement with diffraction, published in 1987. He has served as Research Staff Member and Research Manager at the IBM Research Division, T. J. Watson Laboratory, where he conducted and directed research on chip packaging, reliability of microelectronic interconnection structures and x-ray microdiffraction w/ stress applications. He is co-editor of Advances in X-Ray Analysis and a Fellow of American Physical Society.
Courses and Lectures 7 Springer/Nature Publishing Young Investigator Lecture Extreme Thinking: Considering Applications and Dynamics at All Scales Monday, June 3, 2019 | 11:30 a.m
Lecture I will also use the opportunity to elaborate on the increasing This talk begins with relevance of multiphysical descriptions of material response. A a simple question: purely mechanical description is often sufficient for structural Where do we start? engineering purposes; however, in the era of specialized For scientists and functional and multifunctional systems, the coupling between engineers considering thermal, mechanical, electromagnetic, chemical, and other the harsh environment processes is critical. The idea of designer materials and survivability of systems structures will be visited, and examples from studies on the for civil and military dynamic survivability of electronics for extreme environments applications, this can be will be used as the framework of this discussion. an intimidating question but one that must be Finally, the talk will conclude with a brief synopsis of the addressed nonetheless. I propose innumerable “open questions” I believe are facing the a form of multiscale thinking that attempts to experimental mechanics community. concurrently link “top-down” engineering design with “bottom- up” research. Using this concept as a point of departure, I will Biography look at key aspects of the continuing interactions between Dr. Jason Foley earned a BS in physics (1998) and MS in aerospace capability-driven engineering and knowledge-based research engineering (1999) from Auburn University and MS (2002) and using selected examples from my research in experimental Ph.D. (2007) degrees in mechanical engineering from Cornell mechanics and structural dynamics at the U.S. Air Force Research University. Dr. Foley is currently an International Program Officer Laboratory’s Munitions Directorate. at the U.S. Air Force’s European Office of Aerospace Research and Development in London (United Kingdom) where he funds One such research area is the high-rate mechanical response basic research in physics, electronics, and materials at institutions of complex materials and structures. Most contemporary throughout Europe, Africa, and the Middle East. He previously research is focused on predicting and measuring particular led a research group at the Air Force Research Laboratory where characteristics of a material (e.g., the strength of a composite he performed basic and applied research in harsh environment- material system) for a given application. In contrast, I encourage survivable electronics and sensors as well as material and structural a broader interpretation as a multiobjective optimization dynamics in high rate loading conditions. problem that simultaneously addresses the stochasticity of the operating environment, the system configuration, and the materials themselves. This thought is by no means new: one of the “holy grails” of experimental mechanics is a truly multiscale mechanical model that links microstructure to the macroscopic (continuum) properties while also capturing the evolution of the material from fabrication through operating environment- induced evolution (e.g., aging) and damage.
8 Courses and Lectures 8 William M. Murray Lecture Pushing the Boundaries of Experimental Mechanics at a Small World Tuesday, June 4, 2019 | 11:10 a.m
Lecture Biography Since SESA/SEM started Kyung-Suk Kim has 38 years of experience as an engineering seventy six years ago, the scientist and is currently Professor of Engineering at Brown needs of experimental University. He received his Ph.D. (1980) in Solid Mechanics from mechanics to solve Brown University. He taught at TAM Department, University of engineering problems Illinois, Urbana-Champaign for 9 years until he joined Brown as for the safety, Professor of Engineering in 1989. He served as a board member sustainability and (2012-2015) and the Representative of the Society of Engineering welfare of our society Science (SES) to U.S. National Committee for Theoretical and have evolved to include Applied Mechanics (2016-2018). problems which require challenging experiments His research interests are in scale-bridging mechanics, and nano at the nanoscale. To this end, a and micromechanics of solids. Through his research on dynamic number of innovative scientific research properties of solids, adhesion and friction, ruga mechanics of tools, including various nano-resolution scanning microscopes soft materials and stability of nanostructures, he has invented and spectroscopes, have been developed for nanotechnology, numerous new scientific instruments, including various biotechnology, and quantum engineering, among many others. interferometers, and analytical methods. He has advised more Pushing the boundary of experimental mechanics with these than 39 Ph.D. students and postdocs. He has received various tools, we have been able to provide important engineering awards including the Melville Medal (1981), JEP best paper award solutions not only in characterizing but also in designing and (1999), the Drucker Medal from ASME (2016), the John Simon manufacturing a variety of nanostructures for unprecedented Guggenheim Fellowship (1996), the Ho-Am Prize in Engineering scientific and technological applications. In this paper, we present (2005), the Kwan-Ak Distinguished Alumni Award of Seoul some examples of advances in ‘Experimental Mechanics at a National University (2012), and the Engineering Science Medal Small World’, including nanoscale force calibration of atomic from the Society of Engineering Science (2012). His research on force microscope (AFM) to reveal the wonders in nano-tribology, “New Math for Designer Wrinkles” was selected as one (# 30) of and AFM atomic lattice interferometry to discover the tunable the Top 100 Science Stories, in Discover (2015). molecular zipper, the graphene crinkle. The force calibration and the interferometry are expected to open up new pathways to advance quantum engineering of low dimensional materials, to control self-assembly of functional nanostructures, and to develop molecular-information technology.
Courses and Lectures 9 Technical Divisions (TD) Committees
Participate in SEM Technical Divisions and Get the Most out of your Membership The SEM Technical Divisions are the grass-roots building blocks of the Society for Experimental Mechanics. These divisions meet formally and informally at various Society events, address current practices and prepare action plans for communicating the activities in their technical area to the rest of the Society, and to groups outside the Society. This is very often accomplished by organization of technical sessions at SEM Conferences. Many of the SEM Technical Divisions have had a significant impact on SEM Conference Programs on a regular basis, i.e. Composite, Hybrid and Multifunctional Materials, Dynamic Behavior of Materials, MEMS and Nanotechnoloy at the SEM Annual Conferences and Modal Analysis/Dynamic Systems at IMAC.
Please plan to attend the Technical Committee Meetings scheduled at the 2019 SEM Annual Conference. Refer to the list below to determine which Technical Division you may be interested in and then check the schedule for meeting time. NOTE: TDs with an * asterisk met at IMAC-XXXVII.
Technical Activities Council Inverse Problem Methodologies Sensors & Instrumentation * Chair: J. Lambros Chair: S. Kramer Co-Chair: C. Walber Vice Chair: J. Blough Vice Chair: J. Considine Co-Chair: P. Walter Secretary: J. Hoefnagels Co-Chair: S. Seidlitz Biological Systems and Materials Chair: M. Grady MEMS & Nanotechnology Thermomechanics & Vice Chair: J. Notbohm Chair: J. Hay Infrared Imaging Secretary: C. Franck Vice Chair: N. Karanjgaokar Chair: X. Balandraud Secretary: F. DelRio Vice Chair: W.A. Samad Composite, Hybrid and Secretary: R. Tighe Multifunctional Materials Modal Analysis/Dynamic Systems * Chair: R. Singh Chair: M. Mains Time Dependent Materials Vice Chair: V. Chalivendra Vice Chair: B. Dilworth Chair: M. Silberstein Secretary: F. Gardea Vice Chair: A. Amerkhazi Model Validation and Secretary: J. Furmanski Dynamic Behavior of Materials Uncertainty Quantification Chair: L. Lamberson for Structural Dynamics * WRSGC* Vice Chair: S. Mates Chair: R. Barthorpe Treasurer: A. Hickson Secretary: V. Elliason Vice Chair: Z. Mao Historian: K. Van Buren COMMITTEES Dynamic Substructures * Secretary: R. Platz Applications Chair: A. Linderholdt Past-Chair: S. Atamturktur Chair: P. Thakre Vice Chair: M. Allen Vice Chair: J. Helm Secretary: D. Rixen Nonlinear Structures and Systems * Chair: G. Kerschen Education Dynamics of Civil Structures * Vice Chair: M. Brake Co-Chair: M. Keller Chair: S. Pakzad Secretary: L. Renson Co-Chair: R. Singh Vice Chair: K. Grimmelsman Secretary: H.Y. Noh Optical Methods Research Chair: M.-T. Lin Chair: S. Kramer Fracture and Fatigue Vice Chair: C. Furlong Vice Chair: H. Jin Chair: S. Xia Secretary: C.H. Hwang Secretary: J. Jordan Vice Chair: A. Beese Secretary: R. Berke Residual Stress: Chair: A. Baldi Vice Chair: M. Prime
10 Program Technical Divisions (TD) & Committee Meeting Schedule
Start End Event Start End Event Sunday, June 2, 2019 Wednesday, June 5, 2019 9:00 AM 10:00 AM Closed - Nominating Meeting 8:00 AM 9:00 AM Research Committee Meeting 10:30 AM 11:30 AM SEMEF Meeting 10:00 AM 11:00 AM Applications Committee Meeting 1:00 PM 2:00 PM Finance Committee Meeting 11:00 AM 12:00 PM Education Committee Meeting 2:00 PM 6:00 PM Closed - SEM Executive Board Meeting 2:30 PM 3:30 PM National Meetings Council Meeting 2:00 PM 4:00 PM Closed - iDICs Board Meeting 3:30 PM 4:30 PM Open Executive Board Meeting 5:00 PM 6:00 PM Closed - Fellows Meeting 6:00 PM 7:00 PM iDICs Standards and Best Practices for DIC Meeting 6:30 PM 7:30 PM Annual Business Meeting 7:00 PM 8:00 PM iDICs Training and Certification Meeting
Monday, June 3, 2019 Thursday, June 6, 2019 9:00 AM 10:30 AM EM Editorial & IAB Meeting 6:00 PM 7:00 PM iDICs Education Meeting 10:30 AM 11:30 AM Closed - Honors Committee Meeting 7:00 PM 8:00 PM iDICs Applications Meeting 1:30 PM 3:00 PM ET Editorial & IAB Meeting 3:00 PM 4:00 PM SEM Membership Committee Meeting 6:15 PM 7:30 PM DIC Challenge Meeting 6:30 PM 7:30 PM Closed - Strain Editorial Board Meeting
Tuesday, June 4, 2019 9:00 AM 10:30 AM JDBM Editorial & IAB Meeting 12:10 PM 1:50 PM TD Pizza Lunch Biological Systems & Materials Composite, Hybrid & Multifunctional Materials Dynamic Behavior of Materials Fracture & Fatigue Inverse Problem Methodologies MEMS & Nanotechnology Optical Methods & Applied Photoelasticity Residual Stress Thermomechanics & Infrared Imaging Time Dependent Materials 2:00 PM 3:30 PM Editorial Council Meeting 4:00 PM 6:00 PM Technical Activities Council
Program 11 2019 Track and Symposia: Advancement of Optical Methods in Experimental Mechanic
Organized by: A total of 50 papers will be presented in the Reno, NV Meeting Ming-Tzer Lin—National Chung Hsing University, Taiwan regarding the following and other related areas: Cosme Furlong—Worchester Polytechnic Institute Horacio D. Espinosa—Northwestern University Multiscale and New Development in Optical Methods Luciano Lamberti—Politecnico di Bari, Italy Photoelasticitiy and Interferometry Applications Helena Jin—Sandia National Laboratories Micro-optics and Microscopic Systems C-H. Hwang—Instrument Technology DIC method and its applications Research Center, Taiwan DIC and its applications for Inverse problems
The 2019’s program strongly focusses on novel optical methods Sponsored by: and theoretical developments in fringe processing. There are SEM Optical Methods Technical Division also a large number of very valuable applications in a variety of engineering problems of great practical importance. It is certain With the advancement in imaging instrumentation, lighting that your participation in discussion in all these exciting topics will resources, computing power and data storage, optical methods further advance Optical Science and Technology. gained wide applications across the Experimental Mechanics society during the past decades. These methods have been This year the Optical Methods TD has organized a special applied for measurements over a wide range of spatial domains symposium on “Multiscale Optical Methods for Experimental and temporal resolution. Optical methods have utilized a full- Mechanics, in Honor of Prof. Cesar A. Sciammarella’s 95th Birthday”. range of wavelengths from X-Ray to visible lights and infrared. Prof. Cesar A. Sciammarella has developed many pioneering ideas and techniques nowadays utilized by scientists and engineers all They have been developed not only to make 2D and 3D over the world. He has spent his life using the “mysterious” laws deformation measurements on the surface, but also to make of Optics to solve engineering problems. After almost 70 years volumetric measurements throughout the interior of a material of illustrious career, Professor Sciammarella still has tremendous body. Besides experimental setups and measurement techniques, strength, firm will, wonderful dedication and endless patience great emphasis is given to new signal processing techniques that to explore new frontiers of knowledge. The Symposium will allow to extract the largest amount of information as it is feasible. celebrate Prof. Cesar Sciammarella’s 95th birthday and his vast contributions to experimental mechanics and to multiscale The goal of this track is to encourage researchers to exchange optical measurements. The Symposium will cover all fields of ideas and promote cross-fertilization of various disciplines and application of optical methods from “classical” problems entailing promote novel applications of optical methods to the analysis of macro-scale measurements to micro and nanoscale applications. complex phenomena. The track will cover a wide range of optical Moiré, speckle, holography, image correlation, photoelasticity, methods ranging from interferometric to DIC and DVC as well as microscopy and, more generally, any measurement technique hybrid methods bridging multiple length and time scales. based on the modulation of electromagnetic waves constitute the subject of the symposium. Structural mechanics, materials science, bioengineering, aerospace engineering, nanosciences and nanotechnology are the natural field of applications of the aforementioned techniques.
12 Program 2019 Track and Symposia: Challenges in Mechanics of Time-Dependent Materials
Organized by: Composites and Effects of Meredith Silberstein—Cornell University Inhomogeneities and Interfaces- Alireza V. Amirkhizi—University composite, hybrid and multifunctional materials of Massachusetts, Lowell Jevan Furmanski—ExxonMobil Soft Materials–polymer and polymeric gels; biological Bonnie Antoun—Sandia National Laboratories materials; flexible electronics Alex Arzoumanidis—Psylotech Aaron Forster—National Institute Characterization Across Scales–time-dependent of Standards and Technology effects at variable length scales, in-situ material testing of Richard Hall—Air Force Research Laboratory time-dependent materials under microscopy Yuhang Hu—Georgia Tech Jae-Hwang Lee—University of Massachusetts, Amherst Structure, Function, Performance–molecular structure Hongbing Lu—University of Texas-Dallas and nano-/micro-morphology effects on the Takenobu Sakai—Saitama University, Japan function and performance of time-dependent material
Co-sponsored sessions on time-dependence of biomaterials, Sponsored by: and fracture of soft materials are jointly organized by TDM-TD SEM Time-Dependent Materials Technical Division in collaboration with these biomaterials, and fracture and fatigue TDs. This track addresses 1) characterization, 2) modeling and 3) applications of time dependence in materials, which includes The track organizers thank the presenters, authors, and session chair strain rate, creep, stress relaxation or frequency effects. All materials for their participation and contribution to this track. The support including polymers, metals, biomaterials, granular materials, gels, and assistance from the SEM staff is also greatly appreciated. fluids, foams and glasses are considered.
We are pleased to feature two distinguished keynote speakers: Prof. Hans van Dommelen of Eindhoven University of Technology, and Dr. Jevan Furmanski of ExxonMobil Corporate Strategic Research.
A wide range of topics are presented, including the following general technical research areas:
Viscoelastictiy and Viscoplasticity–low, moderate & high strain rates and large strain response
Metallic Materials–time dependence in metals, including additive manufacturing modeling
Damage, Fracture, Fatigue, and Durability–challenges in characterizing & modeling
Environmental Effects and Extreme Environments– damage, degradation and aging at high temperatures, high pressure, solvents and radiation
Program 13 2019 Track and Symposia: Challenges in Mechanics of Time-Dependent Materials
Keynote Presentation well the factorizable dependence of the yield stress on orientation Johannes van Dommelen and on deformation rate that is observed experimentally. Micromechanics of Oriented Polymers: From Structure to Anisotropy #5935 Wednesday, June 5, 9:00 a.m. | Session 49 Keynote Presentation Jevan Furmanski The mechanical response of a polymer material, including In-situ Full-field Experimental Fracture Analysis the mode of failure and the time-scale on which it occurs, is of Tough Anisotropic Polyethylene Films #6766 strongly influenced by its microstructure, which is formed during Thursday, June 6, 9:00 a.m. | Session 77 processing. This holds in particular for semi-crystalline polymers in which structural features, such as the degree of crystallinity, crystal A critical performance characteristic of polyethylene films is type, size and orientation, may vary drastically depending on tearing resistance. Tougher PE films permit downgauging (use subtle details of the manner in which the polymer is shaped into of thinner films for the same application) which is desirable for the final product and for short fiber-reinforced polymers, where both economical and ecological reasons. Film blowing is a rapidly the fiber orientation distribution is formed in the processing stage quenched biaxial orienting process that is capable of producing and is usually heterogeneous within a product. For both these exceptionally tough PE films, particularly with state-of-the-art materials, often an oriented microstructure is formed, leading to metallocene-catalyzed linear-low density PE resins. Resistance anisotropic yield and failure kinetics. to tearing is industrially assessed primarily by internationally standardized methods of blunt dart drop impact and high-rate To improve product performance, a fundamental and quantitative Elmendorf trouser tearing, both of which can be shown to give understanding of how these anisotropic properties depend inaccurate results on some high toughness films. The primary on the structure is required. A quantitative structure-property limitation of these standardized tests is their complexity – they are relationship in combination with an accurate model for structure potentially strongly affected by extrinsic effects (such as friction, development during flow has the potential to predict the boundary conditions, and adiabatic self-heating), complicating mechanical performance of a product based on the chosen their use for material design. To address the need for an intrinsic, processing conditions (for e.g., injection molding or film blowing) mechanistically interpretable fracture mechanics test method, and product design. a digital image correlation postprocessing framework was developed. This tool utilizes a library of advanced hyperelastic- Multiscale micromechanical modelling approaches for the viscoplastic polymer constitutive models and applies a suitably response and in particular the stress-dependence of the rate of calibrated model to convert the full-field strain history to stress plastic deformation, i.e. the yield kinetics, for oriented structured and energy density fields. This permits computation of fracture polymers are presented. The modelling approach for semi- mechanical quantities, such as the J-integral, but also the more crystalline materials is based on a mean field framework, accounting rigorously appropriate fracture driving force derived from Eshelby’s for the crystalline phases, which are modelled by crystal plasticity elastic momentum-energy tensor field. Finally, with calculated and amorphous domains. The anisotropy of these amorphous (approximated) stress and energy density fields, interpretation of regions is incorporated in the micromechanical model in the form the material cause of the relative performance of films is facilitated. of a pre-stretch of the amorphous network and anisotropic visco- plastic flow. Both aspects are found to be crucial for predicting the experimentally observed orientation dependence of the yield kinetics. A full field micromechanical modelling approach is adopted to capture the effect of fiber distribution on the anisotropic yield kinetics of a short fiber-reinforced polymer. The resulting macroscopic orientation and rate-dependent behavior of both the semi-crystalline and the fiber-reinforced material show a striking resemblance and are described with a dedicated anisotropic visco-plastic constitutive model. This model captures
14 Program 2019 Track and Symposia: Dynamic Behavior of Materials
Organized by: also acknowledged for their devoted efforts in accommodating Leslie Lamberson—Colorado School of Mines the large number of paper submissions this year, making the 2019 Steven Mates—National Institute Dynamic Behavior of Materials Track a success. of Standards and Technology Veronica Eliasson—University of California, San Diego The track will commence on Monday morning and continue with a full program through Thursday afternoon. Enjoy the conference!
Sponsored by: SEM Dynamic Behavior of Materials Technical Division Keynote Presentation Johnny Goett Welcome to the 2019 SEM Annual Conference! The Dynamic Ultra-High Speed Imaging Systems for Behavior of Materials track was initiated in 2005 and reflects our Charged-Particle Flash Radiography #6361 efforts to bring together researchers interested in the dynamic Monday, June 3, 9:00 a.m. | Session 1 behavior of materials and structures, and to provide a forum to facilitate technical interaction and exchange. Over the years, this Charged particle beams coupled to magnetic lenses and track has been representing the ever-growing interests in dynamic collimating systems provide a complimentary modality to behavior to the SEM community, working towards expanding traditional x-ray/gamma ray flash radiography for high contrast synergy with other tracks and topics, and improving diversity and imaging of both thick and thin objects. Moreover, the flexible time inclusivity, as evidenced by the increasing number and diversity of structure of radio-frequency driven linear particle accelerators papers and attendance. can provide multiple exposures as short as 1ps with outstanding accuracy in windows hundreds of microseconds in duration; This past year we had over one hundred abstract submissions making charged particle radiography well suited to the study of a and have organized them into salient topics which cover a wide wide range of dynamic effects in materials. In contrast to traditional spectrum of research areas pertaining to the dynamic behavior, x-ray radiography, the historical challenge of this technique has presented by leading scientists and students from around the been providing focal-plane arrays that can match or exceed the world. The Dynamic Behavior of Materials track includes the speed and resolution of the radiographic source. In this talk, we will following topics/sessions: review the historical development of charged particle radiography and the ultra-high speed imagers; culminating in the current Dynamic Behavior of Additively Manufactured Materials/ 10-frame, 1.2 megapixel camera capable of 20ns exposures with Composites/ Geomaterials/ Low Impedance Materials inter-frame times of 250ns. We will conclude with a status report Dynamic Investigations for Traumatic Brain Injury on imager concepts for the next generation sources at LANL’s Fracture and Failure of Polymer Matrix LANSCE and elsewhere. LA-UR-18-29838 Composites/ Ceramics/ Metals Hybrid Experimental-Analytical Techniques Industrial Applications Quantitative Visualization of Dynamic Events Novel Testing Techniques Orthopedic Biomechanics Shock and Blast Synchrotron Applications and Advanced Imaging
The contributed papers span numerous technical divisions within SEM, demonstrating its relevance not only in the dynamic behavior of materials community, but also in the mechanics of materials community as a whole. The track organizers thank the authors, presenters, organizers and session chairs for their participation, support, and contribution to this track. The SEM support staff is
Program 15 2019 Track and Symposia: Fracture and Fatigue
Organized by: These sessions provide a forum to discuss advancements in Allison Beese—Penn State University research, development, and analysis relating to fracture and Ryan Berke—Utah State University fatigue. Many of the talks center around full-field characterization Jay Carroll—Sandia National Laboratories techniques spanning a variety of length and time scales and Scott Grutzik—Sandia National Laboratories engineering applications. A primary goal of the sessions is for Kavan Hazeli—University of Alabama, Huntsville participants to collaborate in the development of fundamental Shelby Hutchens—University of understanding and of experimental techniques relating to Illinois at Urbana-Champaign fracture and fatigue. The talks start on Tuesday and continue Behrad Koohbor—University of until the end of the conference. This year’s topics are: Illinois at Urbana-Champaign William LePage—University of Michigan In-situ Techniques and Microscale Bikramjit Mukherjee—The Dow Chemical Company Effects on Mechanical Behavior Siva Nadimpalli—New Jersey Institute of Technology Fracture and Fatigue in Brittle Materials Garrett Pataky—Clemson University Novel Experimental Methods Omar Rodriguez—National Aeronautics Fatigue and Fracture in Extreme Environments and Space Administration Integration of Models and Experiments Onome Scott-Emuakpor—Air Force Research Lab Failure in Elastomers and Gels Bala Sundaram—Corning Rate Effects in Elastomers Xueju “Sophie” Wang—University of Missouri-Columbia Microscale and Microstructural Effects Shuman Xia—Georgia Institute of Technology on Mechanical Behavior Mechanics of Energy Materials Additive Manufacturing: Fatigue and Fracture Sponsored by: Mechanics of Composite Materials SEM Fracture & Fatigue Technical Division Interfacial and Mixed-Mode Fracture Vibration Effects and High Cycle Fatigue Fatigue, fracture, and plasticity are some of the most critical considerations in engineering design. Understanding and characterizing these material behaviors has remained as one of the primary focus areas of experimental mechanics for several decades. Advances in experimental techniques, such as digital image correlation, acoustic emissions, and electron microscopy, have allowed for deeper study of phenomena related to fatigue and fracture. The collection of experimental mechanics research included here represents another step toward solving the long-term challenges associated with fatigue and fracture.
16 Program 2019 Track and Symposia: Fracture and Fatigue
Keynote Presentation Keynote Presentation Lisa Deibler Scott Mao Low Temperature Creep and Stress In situ Mechanics on Deformation Process Relaxation Effects in Springs #6824 on Energy Materials with Transmission Tuesday, June 4, 9:00 a.m. | Session 27 Electron Microscope #6162 Wednesday, June 5, 9:00 a.m. | Session 48
Despite what is taught in Strengths of Materials classes, metal Nanomaterials have received extensive attention as electrode alloys will change shape over time at stresses below their yield materials for lithium-ion batteries due to their superior stress at room temperature. This phenomenon is generally subtle electrochemical performances compared to their bulk in most alloys, and can be ignored in most designs because it is counterparts. Such improvements benefit from not only the fast such a small effect. However, there are certain applications where kinetics on the nanoscale, but also their distinct thermodynamics, small changes can have a large impact. Springs rely on their elastic which may lead to different (de)lithiation pathways from those in properties and the stability of their shape to provide steady spring bulk materials. Unfortunately, revealing the reaction mechanism force. A small change in shape of the spring can have a large inside nanomaterials poses significant challenges on the in-situ influence on the spring force that can be provided. In this work, we characterization techniques that require both high spatial and have subjected springs to a variety of stresses and temperatures temporal resolutions. Here, by conducting in-situ transmission to accelerate creep or stress relaxation without changing the electron microscopy observation, we show a unique multiple- mechanism of stress relaxation. Low temperature creep results will stripe lithiation mechanism in SnO2 nanowires, and provide be discussed for several stainless steel alloys. direct evidence that lithiation of anatase TiO2, previously long believed to follow a two-phase reaction path, switches to a single- Sandia National Laboratories is a multimission laboratory phase one when the crystal size goes down to ~20 nm, therefore managed and operated by National Technology and Engineering greatly improving the reaction rate. Such successful visualization Solutions of Sandia, LLC. A wholly owned subsidiary of Honeywell of (de)lithiation pathways can provide important insights into International, Inc. for the U.S. Department of Energy’s National the fundamental understanding of the strain accommodation, Nuclear Security Administration under contract DE-NA0003525. plasticity and fracture and the particle-size-dependent performances of electrode materials.
The talk also will cover the recent efforts of in situ transmission electron microscopy (TEM) characterizations to explore twins and their impacts on the overall mechanical performance of face-centred cubic (fcc) and body-centred cubic (bcc) metals. Taking advantages of simultaneous nanomechanical deformation and nanoscale imaging using versatile in situ TEM tools, a direct correlation of these unique microscopic defects with macroscopic mechanical performance becomes possible. More specifically, the talk will summarize recent evidences to support the mechanisms related to strengthening and plasticity in metals, including nanotwinned (nt) Cu, Ni, Al, and other in bulk, thin films and nanowire form.
Program 17 2019 Track and Symposia: Inverse Problems Methodologies
Organized by: algorithms for identification. We are pleased to present a keynote Sharlotte L.B. Kramer—Sandia National presentation by Fabrice Pierron from University of Southampton Laboratories, Albuquerque, NM, USA on test design for identification from full-field measurements. John Considine—United States Forrest Service, Madison, WI, USA Keynote Presentation Johan Hoefnagels—Eindhoven University Fabrice Pierron of Technology, Eindhoven, Netherlands Test Design For Identification From Full-field Fabrice Pierron—University of Measurements: A Concise Review #6445 Southampton, Southampton, UK Tuesday, June 4, 9:00 a.m. | Session 23 Sven Bossuyt—Aalto University, Aalto, Finland With the boom in computational power and the advances in numerical techniques, more and more complex engineering Sponsored by: simulations can be approached. In order to match this increased Inverse Problems Methodologies complexity, more advanced material models need to be developed, which involve more parameters. As a consequence, Advances in inverse identification have been coupled with optical the identification effort increases significantly and alternative methods that provide surface deformation measurements and routes like heterogeneous tests, full-field measurements and volumetric measurements of materials. In particular, inverse inverse identification become more and more relevant. There methodology was developed to more fully use the dense are three main parts in this new paradigm: test design, full-field spatial data provided by optical methods to identify mechanical measurements and inverse identification. The second item is constitutive parameters of materials. Since its beginnings during reaching maturity with many commercial systems and the newly the 1980s, creativity in inverse methods has led to applications release good practice guide issued by the iDICs community. For in a wide range of materials, with many different constitutive inverse identification, Finite Element Model Updating (FEMU) and relationships, across material heterogeneous interfaces. Complex the Virtual Fields Method (VFM) have seen extensive research in test fixtures have been implemented to produce the necessary the past twenty years and are on their way to become standard strain fields for identification. Force reconstruction has been tools, including availability on commercial software platforms like developed for high strain rate testing. As developments in MatchID. However, the first part of the chain, test design, is still optical methods improve for both large and small length scales, very much in need of additional research to establish a rational applications of inverse identification have expanded to include way to design new tests fully adapted to this new strategy. Up to geological and atomistic events. Researchers have used in-situ 3D now, past experience and recycling of existing tests have been imaging to examine microscale expansion and contraction and the drivers to test design but this generally leads to suboptimal used inverse methodologies to quantify constitutive property configurations. changes in biological materials. This track provides a forum for researchers across different disciplines in mechanics to discuss The author has started work on this topic more than twenty years their work in inverse problems, from method development to ago, with the first paper published in 1998 [1]. At the occasion of identification of properties for a wide variety of materials across the 30th anniversary of the VFM, this paper presents an overview time and length scales. of this research topic and draws some conclusions about future research areas to design the next generation of image-based This year’s track includes 26 papers in 5 sessions. Three of the mechanical tests. sessions commemorate the 30th anniversary of the Virtual Fields Method (VFM). These sessions begin with the history of VFM and [1] Grédiac, M., & Pierron, F. (1998). A T-shaped specimen for the continue with VFM for dynamic applications, composites, foams, direct characterization of orthotropic materials. International soft materials, and welds, among others. The other two sessions Journal for Numerical Methods in Engineering, 41(2), 293-309. cover optimal test design for inverse problem methodologies and
18 Program 2019 Track and Symposia: Mechanics of Additive and Advanced Manufacturing
Organized by: The 9 sessions are divided into 6 sessions on Monday and Tuesday Sharlotte L.B. Kramer—Sandia National in the main track and three sessions co-sponsored in the tracks of Laboratories, Albuquerque, NM, USA other technical divisions: Helena Jin—Sandia National Laboratories, Albuquerque, NM, USA Session 7 – Polymeric Materials Jennifer Jordan—Los Alamos National Session 14 - Additive Manufacturing of Metals Laboratories, Los Alamos, NM, USA Session 21 - Dynamic Behavior of Allison Beese—Pennsylvania State Additively Manufacture Materials I University, University Park, PA, USA Session 28 - Additive Manufacturing: Residual Stress I Garrett Pataky—Clemson University, Clemson, SC, USA Session 35 - Additive Manufacturing: Residual Stress II Emily Retzlaff—United States Naval Session 42 - Additive Manufacturing: Residual Stress III Academy, Annapolis, MD, USA Session 55 - Additive Manufacturing: Fracture and Fatigue I Paul Allison—University of Alabama, Tuscaloosa, AL, USA Session 69 - Additive Manufacturing: Fracture and Fatigue II Leslie Lamberson—Drexel University, Session 86 - Dynamic Behavior of Philadelphia, PA, USA Additively Manufacture Materials II Michael Prime—Los Alamos National Laboratory, Los Alamos, NM,USA Keynote Presentation Lorenzo Valdevit Mechanics of Additive and Advanced Manufacturing is Additive Manufacturing Techniques for an emerging area due to the unprecedented design and Ceramic Nano-architected Materials #6890 manufacturing possibilities offered by new and evolving Monday, June 3, 9:00 a.m. | Session 7 advanced manufacturing processes and the rich mechanics issues that emerge. Technical interest within the Society spans several other SEM Technical Divisions such as: Composites, Hybrids and Ceramic micro/nano-architected materials have received Multifunctional Materials, Dynamic Behavior of Materials, Fracture significant interest over the past few years, by virtue of their and Fatigue, Residual Stress, Time-dependent Materials, and the potential as low density, high strength and high temperature Research Committee. materials systems. When additively manufactured with micro/ nano-scale resolution, ceramic architected materials can be The track on the mechanics of additive and advanced fabricated with internal flaws so small that the constituent material manufacturing will include 43 papers across 9 sessions that cover can approach its theoretical strength. As a result, the effective design, optimization, experiments, computations, and materials properties of the architected material easily colonize a range of for advanced manufacturing processes (3D printing, micro- empty spaces in a number of materials properties charts. In this and nano-manufacturing, powder bed fusion, directed energy talk, we describe two fabrication approaches under development deposition, etc.) with particular focus on mechanics aspects (e.g. in our lab: (i) two-photon polymerization direct laser writing (2pp mechanical properties, residual stress, deformation, failure, rate- DLW) of a polymeric preform followed by pyrolysis, and (ii) direct dependent mechanical behavior, etc.). The track will begin with ink writing (DIW) of a ceramic filled ink followed by sintering. a keynote presentation from Prof. Lorenzo Valdevit of University of California, Irvine, entitled “Additive Manufacturing Techniques for Ceramic Nano-architected Materials” on Monday at 9:00 am.
Program 19 2019 Track and Symposia: Residual Stress
Organized by: Keynote Presentation Michael Prime—Los Alamos National Laboratory Drew Nelson—Stanford University Antonio Baldi—University of Cagliari Residual Stresses in Biological Materials #6118 Adrian DeWald—Hill Engineering, LLC Monday, June 3, 4:30 p.m. | Session 19 Michael R. Hill—University of California, Davis Examples of methods for determining residual stresses and strains (RSS) in biological materials are reviewed and challenges Sponsored by: noted. Postulated roles of RSS in biomechanical behavior are Residual Stress Technical Division described. Residual strains are thought to exert a particularly important influence on the behavior of arteries. For several Residual stresses are the stresses present in a part free from external decades, determination of those strains has relied on the opening load, and they are generated by virtually any manufacturing angle method, in which a ring removed from an artery is slit process. Residual stresses are indistinguishable from in-service radially, causing the ring to spring open. The change in geometry stresses in their ability to cause failures via fatigue, wear, stress- of the ring provides input to analytical relations for estimating corrosion cracking, fracture, buckling and distortion. They can be circumferential residual strains. The wall of an artery, which has particularly insidious because they are ubiquitous, offer no external three layers, contains a mixture of elastin, collagen fibrils and muscle evidence of their existence, and they are difficult to predict or cells. An attempt to use small angle X-ray scattering (SAXS) to measure. The mission of the Residual Stress Technical Division is characterize residual strains using collagen fibrils as internal “micro to advance the state of knowledge in the area of experimental strain sensors” is presented. First, the results of SAXS experiments techniques for residual stress measurement and experimental to investigate the response of collagen fibrils to strains applied characterization of residual stress effects on the performances of to arterial tissue are presented. Strains as measured in fibrils are materials and engineering systems. compared to those applied to the tissue. Then, SAXS experiments to explore residual strains in collagen fibrils within rings of arterial For 2019, we have three sessions devoted to various aspects tissue are described. Results are compared to tissue-level residual of residual stress and three more session that are joint with the strains estimated from the opening angle method. Mechanics of Additive and Advanced Manufacturing Track.
The Residual Stress Technical Division sponsors a residual stress topic in the general mechanics track at each SEM annual conference. In years when there is no conflict with an international residual stress conference, larger symposia are often organized, with the next of those tentatively planned for 2021.
20 Program 9th International Symposium on the Mechanics of Biological Systems and Materials
Organized by: Keynote Presentation Martha E. Grady, Chair— Jonathan Wenk University of Kentucky Multiscale Modeling of the Heart: Insights Jacob Notbohm, Vice Chair— into Health and Disease #6507 University of Wisconsin, Madison Monday, June 3, 9:00 a.m. | Session 4 Christian Franck, Secretary— University of Wisconsin, Madison Familial cardiomyopathies are the most frequently inherited heart defect and the most common cause of cardiac death in the young. Sponsored by: Most of the genetic mutations that underlie cardiomyopathies SEM Biological Systems and Materials Technical Division affect either the motor protein myosin or sarcomeric proteins that regulate myosin function, which causes abnormal cardiac growth This symposium is aimed at providing a forum to foster the termed hypertrophy. The goal of our research is to develop, exchange of ideas and information among scientists and calibrate, and validate an innovative multiscale model that uses engineers involved in the research and analysis of how mechanical data quantifying myosin-level function to predict how hearts forces interact with the structure, properties, and function of living hypertrophy over time. In order to accomplish this, the new model organisms and their tissues. The scope includes experimental, will bridge the structural scales between myosin molecules and imaging, computational and mathematical techniques and tools organ-level function, as well as the time scales from molecular spanning various length and time scales. This symposium, now in transitions to long-term ventricular remodeling. The modeling its 8th year at the Annual Meeting of the Society for Experimental work is supported by state-of-the-art experiments that measure Mechanics, provides a venue where state-of-the-art experimental structure and function at molecular to organ-level scales. These methods can be leveraged in the study of biomechanics and data will drive the development and validation of remodeling mechanobiology. A major goal of the symposium is for participants algorithms that, for the first time, will be able to account for to collaborate in forming fundamental questions and developing alterations in both the structure and function of the ventricle. new techniques to address bio-inspired problems in society, human health, and the natural world. Current research efforts are focused on developing a new finite element code-base, which is freely available, and calibrating The symposium is composed of 6 sessions with 29 papers and 2 and validating the cardiac model using experimental data keynotes in total that address cutting-edge research in the field collected from mice. The chosen murine model mimics inherited within sessions on Cardiac Mechanics, Cell Mechanics, Biofilms cardiomyopathy and is ideal for validation since the affected and Microbe Mechanics, Traumatic Brain Injury, Orthopedic animals develop a robust and sustained ventricular hypertrophy. Biomechanics, and Ligaments and Soft Materials. The organizers We are also investigating how the newly-discovered OFF (also thank all the speakers and staff at SEM for enabling a successful called super-relaxed, or interacting heads motif) state of myosin program. impacts the relationship between ventricular filling and cardiac output (that is, the Frank-Starling relationship). Prior cell-level modeling from our group shows that myosin heads in the OFF state provide a recruitable pool of cross-bridges and that a force-dependent OFF-ON transition can explain most features of length-dependent activation measured in isolated preparations. We have implemented this molecular-level mechanism in our finite element framework and are currently testing how the OFF to ON transitions impact whole organ function. Preliminary results complement the cell-level data and suggest that force-dependent transitions out of the myosin OFF state double the slope of the end-systolic pressure volume relationship. These calculations suggest that newly-discovered facets of myosin biophysics have a major impact on global cardiac function.
Program 21 5th International Symposium on the Mechanics of Composite and Multifunctional Materials
Organized by: Keynote Presentation Raman P. Singh—Oklahoma State University Jaret Riddick Vijaya Chalivendra—University of Multi-functional, Re-configurable: Vehicle Massachusetts Dartmouth Technology Beyond 2035 #7065 Frank Gardea—Army Research Laboratory Wednesday, June 5, 9:00 a.m. | Session 47 Piyush R. Thakre—Dow Materials Company
The U. S. Army Research Laboratory (ARL) is the nation’s premier Sponsored by: laboratory for land forces and is responsible for establishing new SEM Composite, Hybrid, and Multifunctional Materials Technical scientific discoveries that will make threats of the future obsolete. Division Thus, ARL’s mission is to discover, innovate, and transition science and technology to ensure dominant strategic land power for 2035 This symposium is focused on advancements in the research, and beyond. The mission of ARL’s Vehicle Technology Directorate development, analysis, application, and manufacturing of (VTD) is to provide the Army and the nation with cutting edge composite, multifunctional, and hybrid materials. The scope technology spanning autonomy, flight and propulsion sciences includes experimental techniques; materials characterization; to provide revolutionary technological overmatch for the future manufacturing, assembly, and repair; theoretical and numerical Warfighter. This seminar will provide a discussion of massive modeling; failure mechanisms and detection; and novel reconfigurability and its implications for future vehicle platforms, application development for these materials. A primary goal of including manned and unmanned air and ground systems. the symposium is for participants to exchange ideas and promote collaboration to resolve fundamental and application problems. This year’s symposium is composed of 8 sessions with 35 papers. The symposium features the following sessions:
Multifunctional Materials I, II Damage Detection Tunable Composites Recycled Constituent Composites Composite Interfaces Mechanics of Composites Advanced Imaging of Composites
22 Program 20th International Symposium on Micro- and Nanomechanics
Organized by: Keynote Presentation Jennifer Hay—Nanomechanics, Inc. Oliver Pierron Nikhil Karanjgaokar—Worcester Polytechnic Institute MEMS for Advanced In-situ Frank DelRio—National Institute Nanomechanical Testing #6452 of Standards and Technology Thursday, June 6, 9:00 a.m. | Session 74
Sponsored by: This talk discusses two lab-on-chip MEMS devices for advanced SEM MEMS & Nanotechnology Technical Division in situ nanomechanical testing. These examples represent successful miniaturization of advanced macro-scale testing, such The International Symposium on MEMS and Nanomechanics as transient tests (repeated stress relaxation) and ultrasonic fatigue (ISMAN) celebrates 20 years of landmark contributions to the testing. The current state-of-the-art for characterizing thermally- field of nano-scale experimental mechanics! Keynote presenter activated dislocation mechanisms consist of measuring activation Dr. Maarten de Boer honors the past and identifies key research volume (using transient tests), along with separate in situ TEM areas for the future. Wide-ranging contributions convey state- observations to provide hints about the actual mechanisms. of-the art developments in experimental methods, deformation In the first example, we demonstrate the use of a MEMS device mechanisms, 1D materials, harsh environments, MEMS, and more. to measure true activation volume based on repeated stress Key developments in nanomechanics begin here, as we seek new relaxation experiments performed inside the TEM. The MEMS ways to probe and understand materials and structures at the device comprises a thermal actuator for applying a displacement, nano-scale. and two capacitive sensors on either side of a specimen gap, allowing independent measurement of applied load (stress) and crosshead displacement (strain). Small-scale fatigue is also an Keynote Presentation active research area due to the widespread use of metallic films Maarten de Boer and micrometer-scale structures in applications such as flexible/ Highlighting Developments in MEMS stretchable electronics, micro and nano electromechanical and Nanomechanics #6332 systems (MEMS and NEMS), and microelectronics. The second Wednesday, June 5, 9:00 a.m. | Session 46 example presents an advanced small-scale, in situ SEM MEMS- based fatigue testing technique to characterize the fatigue behavior of electroplated materials subjected to high / very high The International Symposium on Micro- and Nanomechanics is cycle fatigue loading conditions. The fatigue devices consist of celebrating its 20th year at the 2019 SEM conference in Reno, NV. MEMS microresonators that are driven at resonance inside the Over the years, the symposium has explored MEMS technologies SEM, leading to fully-reversed loading of the microbeams at large including devices, actuators, sensors, materials and properties, frequencies (kHz regime). The fatigue damage leads to a decrease metrologies, modeling methods, packaging, microfluidics and of the microresonator’s resonance frequency, which can be more. Another major area has been the application of instruments measured and used as a metric to quantify the crack growth rates. such as nanoindenters and atomic force microscopes that enable high-resolution force-displacement measurements and a deeper understanding of mechanisms that underlie mechanical and surface properties. This talk will feature selected highlights of notable achievements in this field with emphasis on MEMS test platforms that have enhanced our knowledge of micro- and nanomechanics and/or have contributed to commercial applications. Recent progress on current topics of research interest will be underscored as well.
Program 23 Michael Sutton International Panel on Junior Career Student Paper Competition Development in Academia
The Michael Sutton International Student Paper Competition, Organized by: formerly known as the SEM International Student Paper Ryan Berke—Utah State University Competition, originated to encourage excellence in technical Wednesday, June 5, 6:00 p.m. communication in the experimental mechanics field. A regional paper competition was initiated in 1984 in a joint effort by SEM’s Milwaukee Local Section and SEM’s Student Chapter of Michigan This panel will discuss topics relevant to early-career faculty Technological University. members and graduate students who are interested in an academic career. Panelists consist of faculty members from a The first national competition was held during the 1991 SEM range of academic institutions and experience. Topics that will be Annual Conference. The competition was sponsored by SEM’s discussed include: Milwaukee Local Section along with the Education and Local Sections Committees of SEM. Twelve students from nine different Hiring schools participated in the competition. Beginning with the VIII Tenure Process International Congress in 1996, the Competition was sponsored by Work-Life balance the SEM Education Foundation and expanded to include students Faculty Time Management (teaching, from around the world. In 2009, Correlated Solutions, Inc. began scholarship, and service) sponsoring the competition. Laboratory Start-up Grants The presentations are judged on the basis of technical content, Graduate Students organization of material, effectiveness of delivery, adherence to Teaching allotted presentation time and response to questions. Service
Awards to be presented Wednesday, June 5, 2019 at the All Society The panel is hosted by the Research and Education Committees. Awards Luncheon. Invited panelists include:
Ryan Berke (panel organizer) Assistant Professor Utah State University
Samantha Daly Associate Professor University of California, Santa Barbara
Owen Kingstedt Assistant Professor University of Utah
Leslie Lamberson Associate Professor Drexel University
Ghatu Subhash Ebaugh Professor University of Florida
24 Program Panel on Mid-career Professional Development Let’s Talk Postdoc
Organized by: Organized by: Raman P. Singh—Oklahoma State University Martha Grady—University of Kentucky Helena Jin—Sandia National Laboratories Ryan Berke—Utah State University Piyush R. Thakre—Dow Materials Company Thursday, June 6, 10:20 a.m. Wednesday, June 5, 6:00 p.m.
This panel will address aspects of mid-career professional The postdoc community is an essential component of the development in academic, industry, and government research academic and scientific workforce. But how do you find the right laboratories. The panel is comprised of active SEM members and postdoc position? How do you successfully prepare for your next invited professionals at various stages in their careers, covering the career move while still a postdoc? Graduate students and current following topics: postdocs are invited to this informal coffee session to discuss navigating the process of obtaining a postdoctoral position, Professional growth and development productivity in this position, and how to be competitive on the Switching careers and reinventing yourself job market. Work–life balance Service Mentoring and leadership development
The panel is suggested for mid-career professionals interested in long-term career growth and development. The panel is hosted by the Research and Education Committees in collaboration with the Composite, Hybrid, and Multifunctional Materials Technical Division.
Program 25 Highlights
Welcome Reception All Society Awards Luncheon Sunday, June 2 | 7:30 p.m. Wednesday, June 5 | 12:30 p.m. All 2019 conference attendees, exhibitors, guests, and students are SEM President, Wendy Crone will conduct the Society Awards invited to attend the evening reception for a chance to reacquaint Luncheon ceremony by presenting awards in recognition of themselves with each other, meet new people, and enjoy some outstanding achievements in experimental mechanics and service to refreshments. A terrific way to begin the conference! SEM.
President’s Reception The Luncheon is included with paid conference registration. Wendy Crone—SEM President 2018-2019 However, SEM must be notified of your intent to attend. Additional Tuesday, June 4 | 6:30 p.m. tickets may be purchased for $70.00 each. SEM President, Wendy Crone, and members of the SEM Executive Board and SEM staff will welcome all conference attendees, Awards being presented include: students, exhibitors, and guest Tuesday evening at an open reception. The affair is intended to provide attendees the SEM Fellow: B.J. Lazan: opportunity to meet with other conference attendees in a relaxed Amos Gilat Eann Patterson atmosphere. Yu-Lung Lo Tusit Weerasooriya S. Nemat- Alan Zehnder Nasser: Yasushi Miyano G.A. Brewer: John M. Considine F.G. Tatnall: François Hemez J.W. Dally Young Investigator: P.S. Theocaris: Jamie Kimberley Michael A. Sutton
A.J. Durelli: F. Zandman: Pascal Lava Venkitanarayanan Parameswaran M.M. Frocht: Martin W. Trethewey
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26 Program SEM Executive Board 2018-2019
President Past Presidents Wendy Crone—University of Wisconsin-Madison Peter Avitabile—University of Massachusetts Lowell Kathryn Dannemann—Rensselaer Polytechnic Institute President-Elect John Lambros—University of Illinois at Urbana-Champaign At-Large Members Matthew Allen—University of Wisconsin-Madison Vice-President Y.J. Bill Chao—University of South Carolina Daniel Rixen—Technical University of Munich Babak Moaveni—Tufts University KT Ramesh—HEMI TREASURER Bonnie Antoun—Sandia National Laboratories Jon Rogers—Sandia National Laboratories Jason Blough—Michigan Technological University Raman Singh—Oklahoma State University Executive Director/Secretary Michael Todd—University of California San Diego Kristin B. Zimmerman
Managing Director Nuno Lopes
SEM Gold and Silver Certificate Members The following SEM members have reached a Silver or Gold membership milestone. We sincerely thank them for their years of service and dedication to SEM. Many of these members will be presented their Silver or Gold certificate at the Awards Luncheon held Wednesday, June 5, 2019 at 12:30 p.m. Attending the Luncheon to see these certificates awarded is a wonderful way to show our appreciation to these longstanding SEM members.
50 Year Members—Gold Certificate
Howard Hill Abdulwahab Mansouri James Phillips Stuart Swartz
25 Year Members—Silver Certificate
Robert Albers Janice Barton Timothy Miller
Program 27 CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical MICHAEL SUTTON INTERNATIONAL 9TH INT’L SYMP ON THE MECHANICS OF MECHANICS OF ADDITIVE AND Program TRACK DYNAMIC BEHAVIOR OF MATERIALS INVERSE PROBLEM METHODOLOGIES STUDENT PAPER COMPETITION BIOLOGICAL SYSTEMS & MATERIALS RESIDUAL STRESS FRACTURE & FATIGUE ADVANCED MANUFACTURING 01. QUANTITATIVE VISUALIZATION 02. VFM 30TH ANNIVERSARY I 03. MICHAEL SUTTON INT’L STUDENT 04. CARDIAC MECHANICS 05. RESIDUAL STRESS I: 06. IN-SITU TECHNIQUES AND 07. POLYMERIC MATERIALS SESSION IN DYNAMIC BEHAVIOR I PAPER COMPETITION I EIGENSTRAIN, MODELLING MICROSCALE EFFECTS ON Monday & CRACK GROWTH MECHANICAL BEHAVIOR Morning, L. Lamberson–Drexel University; F. Pierron–University of Southampton; J. Rogers–Sandia National Laboratories M. Grady–University of Kentucky; M. Prime–Los Alamos National Laboratory; O. Rodriguez–NASA-MSFC; S. Kramer–Sandia National Laboratories; June 3, 2019 CHAIR(S) P. Jannotti–U.S. Army Research Laboratory L. Fletcher–University of Southampton J. Notbohm–University of Wisconsin-Madison M. Olson–Hill Engineering, LLC J. Carroll–Sandia National Laboratories P. Thakre–The Dow Chemical Company
9:00-10:30 a.m. EM Editorial & IAB Meeting—Roma 1 EM Editorial & IAB Meeting—Roma 1 Keynote: Ultra-High Speed Imaging Systems for Walkthrough and History of the Virtual Fields Modulus of Fibrous Collagen at the Length Keynote: Multiscale Modeling of the Heart: Concurrent DEM-FEM Simulation of the Shot Experimental Measurements of Overload and Keynote: Additive Manufacturing Techniques Charged-Particle Flash Radiography #6361 | J. Method #6031 | M. Grédiac–Université Clermont Scale of a Cell #6941 | M. Proestaki–University of Insights into Health and Disease #6507 | J. Peening Process on an Edge: The Residual Stress Underloads On Fatigue Crack Growth Using for Ceramic Nano-architected Materials #6890 Goett–Los Alamos National Laboratory Auvergne/Institut Pascal Wisconsin-Madison F. Wenk–University of Kentucky; K. S. Campbell– State #6397 | M. Marini–University of Trento; F. Digital Image Correlation #6060 | P. A. Lara– | L. Valdevit–University of California, Irvine; J. University of Kentucky; L. Lee–Michigan State Piona–University of Trento; V. Fontanari–University of Naval Surface Warfare Center Carderock Division; H. A. Bauer–University of California, Irvine; A. Guell Izard– 9:00 a.m. University; C. M. Yengo–Penn State Medical Center; A. Trento; M. Benedetti–University of Trento Bruck–University of Maryland; F. J. Fillafer–Mannheim University of California, Irvine; C. Crook–University of Nikou–University of Kentucky; C. K. Mann–University University of Applied Science California, Irvine; R. Thiraux–University of California, of Kentucky Irvine Dynamic VFM to Identify Viscoplastic Combined Experimental-theoretical Study of Quench-induced Residual Stress in Complex Comprehensive Study of Residual Stresses Parameters. Analysis of Impact Tests on the Transient and Steady-state Shear Response Geometry: Measurement and Modeling by around Cold-Expanded Holes Using Full-Field Titanium Alloy #6416 | T. Fourest–ONERA; P. of Soft Polymers #6933 | K. Upadhyay–University Eigenstrain #6321 | R. L. Ribeiro–University of Optical Techniques #6176 | K. Amjad–University Bouda–ONERA; B. Langrand–ONERA; D. Notta- of Florida California, Davis; M. R. Hill–University of California, of Liverpool; D. Asquith–Sheffield Hallam University; E. Cuvier–Polytechnic University Hauts-de-France; E. Davis A. Patterson–University of Liverpool; C. M. Sebastian– 9:20 a.m. Markiewicz–Polytechnic University Hauts-de-France; University of Liverpool; W. Wang–National Tsing Hua L. Fletcher–University of Southampton; F. Pierron– University University of Southampton Dynamic Deformation of RDX Single Crystal Investigating the High Strain Rate Properties Revealing Structure-Damage Relationships in Quantification of Papillary Muscle Motion and Boundary Effects in the Eigenstrain Method Large Data Analytics for Statistical Freestanding 3D Mesostructures, Functional Using Miniature SHPB and High-Speed of Bone with the Virtual Fields Method #6662 Syntactic Foams by Digital Volume Correlation Mitral Regurgitation after Myocardial Infarction #6762 | S. Lee–Columbia University; S. Coratella– Quantification of Microstructure-Deformation Devices, and Shape-Programmable Systems Photography #6502 | C. Liu–Los Alamos National | L. Fletcher–University of Southampton; F. Davis– #6003 | B. P. Croom–University of Virginia #6280 | C. R. Ferguson–University of Kentucky; University of Dayton Research Institute; K. Langer–Air Mechanism Interactions #6191 | Z. Chen–UCSB; Based on Mechanically Induced Assembly with Laboratory; C. S. Meredith–U.S. Army Research University of Southampton; M. Browne–University of J. F. Wenk–University of Kentucky; R. C. Gorman– Force Research Laboratory; M. E. Fitzpatrick–Coventry S. Daly–UCSB Shape Memory Polymers #6601 | X. Wang– 9:40 a.m. Laboratory; B. M. Morrow–Los Alamos National Southampton; F. Pierron–University of Southampton University of Pennsylvania University; I. Noyan–Columbia University University of Missouri-Columbia Laboratory; C. M. Cady–Los Alamos National Laboratory; K. J. Ramos–Los Alamos National Laboratory Overview of the First SHPB Experiments on Identification of Dynamic Properties at Grain Boundary Sliding and Slip Transmission Application of Digital Image Correlation to the Compressive Stress Relieve in Industrial In-Situ Micro-Mechanical Investigation of Thermo-Mechanical Characterization Single Crystal Explosives #6569 | C. Meredith– Intermediate Strain Rates using the Virtual in High Purity Aluminum #6300 | M. Linne– Local Strain Analysis of Mouse Aortas: Novel Production of Monolithic Aluminum Forgings Cut-Edge Failure: Microstructure-Driven Crack of Composites Fabricated via Frontal Army Research Lab; D. Casem–Army Research Lab; C. Fields Method #6042 | J. Kim–Pohang University of University of Michigan Method to Create Speckle Pattern #6100 | L. #6800 | T. Yao–Weber Metals Inc; M. Timko–Weber Toughening in Laser-cut Affected Zones #6480 Polymerization #6545 | B. Koohbor–University Liu–Los Alamos National Lab; B. Morrow–Los Alamos Science and Technology; J. Park–Pohang University of Du–University of South Carolina; S. M. Lessner– Metals Inc; Z. Yu–Colorado School of Mines | J. Hoefnagels–Eindhoven University of Technology; of Illinois at Urbana-Champaign; P. J. Centellas– National Lab; C. Cady–Los Alamos National Lab; K. Science and Technology; F. Barlat–Pohang University University of South Carolina; J. F. Eberth–University C. Du–Eindhoven University of Technology; C. Tasan– University of Illinois at Urbana-Champaign; N. A. 10:00 a.m. Ramos–Los Alamos National Lab of Science and Technology; F. Pierron–University of of South Carolina; B. A. Lane–University of South Massachusetts Institute of Technology Parikh–University of Illinois at Urbana-Champaign; D. Southampton Carolina G. Ivanoff–University of Illinois at Urbana-Champaign; N. R. Sottos–University of Illinois at Urbana- Champaign High Speed Visualization of Failure in Advanced Extraction of the Constitutive Response of High-Magnification Ultraviolet DIC Techniques Stretch Measurement During Peel Tests on Volumetric Fatigue Crack Quantification of Design, Analysis and Experimental Study of Ceramics #6089 | T. Sano–U.S. Army Research Open-cell Polyurethane Foams Using VFM Across for High Temperature Strain Measurements Porcine Thoracic Aorta #6532 | M. Myneni–Texas α-Iron #6518 | J. Indeck–The University of Alabama Metal-3D Printed Conformal Cooling Plastic Laboratory; C. Lo–University of Alberta; H. Li– Strain Rates #6645 | S. Koumlis–Drexel University; #6923 | R. S. Hansen–Utah State University A&M University; A. R. Rao–Texas A&M University; in Huntsville; J. Cuadra–Lawrence Livermore Injection Mold #6164 | S. Jahan–Purdue 10:20 a.m. University of Alberta; B. M. Koch–University of Alberta; L. Lamberson–Drexel University M. Jiang–Texas A&M University; M. R. Moreno– National Laboratory; C. Williams–U.S. Army Research University; T. Wu–Purdue University; A. Tovar–IUPUI; J. D. Hogan–University of Alberta Texas A&M University; C. C. Benjamin–Texas A&M Laboratory; K. Hazeli–The University of Alabama in H. El-Mounayri–IUPU University; R. Kumbakonam–Texas A&M University Huntsville A New Technique to Measure the Dynamic The Significance of Exposure Time in High High Strain Torsional Shear of Porcine Thoracic Impact of Temperature and Microstructure on In-situ thermal monitoring of printed Taylor-Quinney Coefficient #6467 | X. Régal– Temperature DIC Measurements #6895 | T. Q. Aorta #6541 | A. R. Rao–Texas A&M University; M. Dwell Fatigue in Dual-Phase Titanium Alloys components during rapid prototyping by Fused University of Southampton; F. Pierron–University of Thai–Utah State University Myneni–Texas A&M University; C. C. Benjamin–Texas #6232 | M. E. Harr–University of Michigan; S. Daly– Deposition Modeling #6674 | K. Pooladvand– Southampton A&M University; K. R. Rajagopal–Texas A&M University University of California Santa Barbara; A. L. Pilchak–Air Worcester Polytechnic Institute (WPI); A. D. Salerni– 10:40 a.m. Force Research Laboratory Worcester Polytechnic Institute (WPI); C. Furlong– Worcester Polytechnic Institute (WPI) 10:30-11:30 a.m. Closed - Honors Committee Meeting—Roma 2 Closed - Honors Committee Meeting—Roma 2 11:00-11:30 a.m. Coffee Break—Foyer Coffee Break—Foyer 11:30 a.m-12:30 p.m. Springer/Nature Publishing Young Investigator Lecture: Jason Foley—Naples 6-7 Springer/Nature Publishing Young Investigator Lecture: Jason Foley—Naples 6-7 12:30-1:50 p.m. Lunch—On Own Lunch—On own 1:30-3:00 p.m. ET Editorial & IAB Meeting—Roma 1 ET Editorial & IAB Meeting—Roma 1
28 Technical Program CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical MICHAEL SUTTON INTERNATIONAL 9TH INT’L SYMP ON THE MECHANICS OF MECHANICS OF ADDITIVE AND Program TRACK DYNAMIC BEHAVIOR OF MATERIALS INVERSE PROBLEM METHODOLOGIES STUDENT PAPER COMPETITION BIOLOGICAL SYSTEMS & MATERIALS RESIDUAL STRESS FRACTURE & FATIGUE ADVANCED MANUFACTURING 01. QUANTITATIVE VISUALIZATION 02. VFM 30TH ANNIVERSARY I 03. MICHAEL SUTTON INT’L STUDENT 04. CARDIAC MECHANICS 05. RESIDUAL STRESS I: 06. IN-SITU TECHNIQUES AND 07. POLYMERIC MATERIALS SESSION IN DYNAMIC BEHAVIOR I PAPER COMPETITION I EIGENSTRAIN, MODELLING MICROSCALE EFFECTS ON Monday & CRACK GROWTH MECHANICAL BEHAVIOR Morning, L. Lamberson–Drexel University; F. Pierron–University of Southampton; J. Rogers–Sandia National Laboratories M. Grady–University of Kentucky; M. Prime–Los Alamos National Laboratory; O. Rodriguez–NASA-MSFC; S. Kramer–Sandia National Laboratories; June 3, 2019 CHAIR(S) P. Jannotti–U.S. Army Research Laboratory L. Fletcher–University of Southampton J. Notbohm–University of Wisconsin-Madison M. Olson–Hill Engineering, LLC J. Carroll–Sandia National Laboratories P. Thakre–The Dow Chemical Company
9:00-10:30 a.m. EM Editorial & IAB Meeting—Roma 1 EM Editorial & IAB Meeting—Roma 1 Keynote: Ultra-High Speed Imaging Systems for Walkthrough and History of the Virtual Fields Modulus of Fibrous Collagen at the Length Keynote: Multiscale Modeling of the Heart: Concurrent DEM-FEM Simulation of the Shot Experimental Measurements of Overload and Keynote: Additive Manufacturing Techniques Charged-Particle Flash Radiography #6361 | J. Method #6031 | M. Grédiac–Université Clermont Scale of a Cell #6941 | M. Proestaki–University of Insights into Health and Disease #6507 | J. Peening Process on an Edge: The Residual Stress Underloads On Fatigue Crack Growth Using for Ceramic Nano-architected Materials #6890 Goett–Los Alamos National Laboratory Auvergne/Institut Pascal Wisconsin-Madison F. Wenk–University of Kentucky; K. S. Campbell– State #6397 | M. Marini–University of Trento; F. Digital Image Correlation #6060 | P. A. Lara– | L. Valdevit–University of California, Irvine; J. University of Kentucky; L. Lee–Michigan State Piona–University of Trento; V. Fontanari–University of Naval Surface Warfare Center Carderock Division; H. A. Bauer–University of California, Irvine; A. Guell Izard– 9:00 a.m. University; C. M. Yengo–Penn State Medical Center; A. Trento; M. Benedetti–University of Trento Bruck–University of Maryland; F. J. Fillafer–Mannheim University of California, Irvine; C. Crook–University of Nikou–University of Kentucky; C. K. Mann–University University of Applied Science California, Irvine; R. Thiraux–University of California, of Kentucky Irvine Dynamic VFM to Identify Viscoplastic Combined Experimental-theoretical Study of Quench-induced Residual Stress in Complex Comprehensive Study of Residual Stresses Parameters. Analysis of Impact Tests on the Transient and Steady-state Shear Response Geometry: Measurement and Modeling by around Cold-Expanded Holes Using Full-Field Titanium Alloy #6416 | T. Fourest–ONERA; P. of Soft Polymers #6933 | K. Upadhyay–University Eigenstrain #6321 | R. L. Ribeiro–University of Optical Techniques #6176 | K. Amjad–University Bouda–ONERA; B. Langrand–ONERA; D. Notta- of Florida California, Davis; M. R. Hill–University of California, of Liverpool; D. Asquith–Sheffield Hallam University; E. Cuvier–Polytechnic University Hauts-de-France; E. Davis A. Patterson–University of Liverpool; C. M. Sebastian– 9:20 a.m. Markiewicz–Polytechnic University Hauts-de-France; University of Liverpool; W. Wang–National Tsing Hua L. Fletcher–University of Southampton; F. Pierron– University University of Southampton Dynamic Deformation of RDX Single Crystal Investigating the High Strain Rate Properties Revealing Structure-Damage Relationships in Quantification of Papillary Muscle Motion and Boundary Effects in the Eigenstrain Method Large Data Analytics for Statistical Freestanding 3D Mesostructures, Functional Using Miniature SHPB and High-Speed of Bone with the Virtual Fields Method #6662 Syntactic Foams by Digital Volume Correlation Mitral Regurgitation after Myocardial Infarction #6762 | S. Lee–Columbia University; S. Coratella– Quantification of Microstructure-Deformation Devices, and Shape-Programmable Systems Photography #6502 | C. Liu–Los Alamos National | L. Fletcher–University of Southampton; F. Davis– #6003 | B. P. Croom–University of Virginia #6280 | C. R. Ferguson–University of Kentucky; University of Dayton Research Institute; K. Langer–Air Mechanism Interactions #6191 | Z. Chen–UCSB; Based on Mechanically Induced Assembly with Laboratory; C. S. Meredith–U.S. Army Research University of Southampton; M. Browne–University of J. F. Wenk–University of Kentucky; R. C. Gorman– Force Research Laboratory; M. E. Fitzpatrick–Coventry S. Daly–UCSB Shape Memory Polymers #6601 | X. Wang– 9:40 a.m. Laboratory; B. M. Morrow–Los Alamos National Southampton; F. Pierron–University of Southampton University of Pennsylvania University; I. Noyan–Columbia University University of Missouri-Columbia Laboratory; C. M. Cady–Los Alamos National Laboratory; K. J. Ramos–Los Alamos National Laboratory Overview of the First SHPB Experiments on Identification of Dynamic Properties at Grain Boundary Sliding and Slip Transmission Application of Digital Image Correlation to the Compressive Stress Relieve in Industrial In-Situ Micro-Mechanical Investigation of Thermo-Mechanical Characterization Single Crystal Explosives #6569 | C. Meredith– Intermediate Strain Rates using the Virtual in High Purity Aluminum #6300 | M. Linne– Local Strain Analysis of Mouse Aortas: Novel Production of Monolithic Aluminum Forgings Cut-Edge Failure: Microstructure-Driven Crack of Composites Fabricated via Frontal Army Research Lab; D. Casem–Army Research Lab; C. Fields Method #6042 | J. Kim–Pohang University of University of Michigan Method to Create Speckle Pattern #6100 | L. #6800 | T. Yao–Weber Metals Inc; M. Timko–Weber Toughening in Laser-cut Affected Zones #6480 Polymerization #6545 | B. Koohbor–University Liu–Los Alamos National Lab; B. Morrow–Los Alamos Science and Technology; J. Park–Pohang University of Du–University of South Carolina; S. M. Lessner– Metals Inc; Z. Yu–Colorado School of Mines | J. Hoefnagels–Eindhoven University of Technology; of Illinois at Urbana-Champaign; P. J. Centellas– National Lab; C. Cady–Los Alamos National Lab; K. Science and Technology; F. Barlat–Pohang University University of South Carolina; J. F. Eberth–University C. Du–Eindhoven University of Technology; C. Tasan– University of Illinois at Urbana-Champaign; N. A. 10:00 a.m. Ramos–Los Alamos National Lab of Science and Technology; F. Pierron–University of of South Carolina; B. A. Lane–University of South Massachusetts Institute of Technology Parikh–University of Illinois at Urbana-Champaign; D. Southampton Carolina G. Ivanoff–University of Illinois at Urbana-Champaign; N. R. Sottos–University of Illinois at Urbana- Champaign High Speed Visualization of Failure in Advanced Extraction of the Constitutive Response of High-Magnification Ultraviolet DIC Techniques Stretch Measurement During Peel Tests on Volumetric Fatigue Crack Quantification of Design, Analysis and Experimental Study of Ceramics #6089 | T. Sano–U.S. Army Research Open-cell Polyurethane Foams Using VFM Across for High Temperature Strain Measurements Porcine Thoracic Aorta #6532 | M. Myneni–Texas α-Iron #6518 | J. Indeck–The University of Alabama Metal-3D Printed Conformal Cooling Plastic Laboratory; C. Lo–University of Alberta; H. Li– Strain Rates #6645 | S. Koumlis–Drexel University; #6923 | R. S. Hansen–Utah State University A&M University; A. R. Rao–Texas A&M University; in Huntsville; J. Cuadra–Lawrence Livermore Injection Mold #6164 | S. Jahan–Purdue 10:20 a.m. University of Alberta; B. M. Koch–University of Alberta; L. Lamberson–Drexel University M. Jiang–Texas A&M University; M. R. Moreno– National Laboratory; C. Williams–U.S. Army Research University; T. Wu–Purdue University; A. Tovar–IUPUI; J. D. Hogan–University of Alberta Texas A&M University; C. C. Benjamin–Texas A&M Laboratory; K. Hazeli–The University of Alabama in H. El-Mounayri–IUPU University; R. Kumbakonam–Texas A&M University Huntsville A New Technique to Measure the Dynamic The Significance of Exposure Time in High High Strain Torsional Shear of Porcine Thoracic Impact of Temperature and Microstructure on In-situ thermal monitoring of printed Taylor-Quinney Coefficient #6467 | X. Régal– Temperature DIC Measurements #6895 | T. Q. Aorta #6541 | A. R. Rao–Texas A&M University; M. Dwell Fatigue in Dual-Phase Titanium Alloys components during rapid prototyping by Fused University of Southampton; F. Pierron–University of Thai–Utah State University Myneni–Texas A&M University; C. C. Benjamin–Texas #6232 | M. E. Harr–University of Michigan; S. Daly– Deposition Modeling #6674 | K. Pooladvand– Southampton A&M University; K. R. Rajagopal–Texas A&M University University of California Santa Barbara; A. L. Pilchak–Air Worcester Polytechnic Institute (WPI); A. D. Salerni– 10:40 a.m. Force Research Laboratory Worcester Polytechnic Institute (WPI); C. Furlong– Worcester Polytechnic Institute (WPI) 10:30-11:30 a.m. Closed - Honors Committee Meeting—Roma 2 Closed - Honors Committee Meeting—Roma 2 11:00-11:30 a.m. Coffee Break—Foyer Coffee Break—Foyer 11:30 a.m-12:30 p.m. Springer/Nature Publishing Young Investigator Lecture: Jason Foley—Naples 6-7 Springer/Nature Publishing Young Investigator Lecture: Jason Foley—Naples 6-7 12:30-1:50 p.m. Lunch—On Own Lunch—On own 1:30-3:00 p.m. ET Editorial & IAB Meeting—Roma 1 ET Editorial & IAB Meeting—Roma 1
Technical Program 29 CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical MICHAEL SUTTON INTERNATIONAL 9TH INT’L SYMP ON THE MECHANICS OF MECHANICS OF ADDITIVE AND Program TRACK DYNAMIC BEHAVIOR OF MATERIALS INVERSE PROBLEM METHODOLOGIES STUDENT PAPER COMPETITION BIOLOGICAL SYSTEMS & MATERIALS RESIDUAL STRESS FRACTURE & FATIGUE ADVANCED MANUFACTURING 08. DYNAMIC RESPONSE OF LOW 09. VFM 30TH ANNIVERSARY II 10. MICHAEL SUTTON INT’L STUDENT 11. CELL MECHANICS 12. RESIDUAL STRESS II: 13. FRACTURE AND FATIGUE 14. ADDITIVE MANUFACTURING SESSION IMPEDANCE MATERIALS I PAPER COMPETITION II MEASUREMENT IN BRITTLE MATERIALS OF METALS Monday Early Afternoon, J. Jordan–Los Alamos National Laboratory; M. Grédiac–Institut Pascal; J. Rogers–Sandia National Laboratories K. Kasza–Columbia University; S. Carlson–Lockheed Martin Aeronautics; S. Grutzik–Sandia National Laboratories; H. Jin–Sandia National Labs California; CHAIR(S) P. Moy–U.S. Army Research Laboratory P. Lava–MatchID NV C. Franck–Brown University T. Spradlin B. Meenakshi Sundaram–Corning J. Jordan–Los Alamos National Laboratory June 3, 2019 Research and Development Corporation Underwater Mechanical Response of Closed Cell Calibration of Anisotropic Plasticity Models Predicting the High Rate Mechanical Response Quantifying Sarcomere Structure and Key Developments in the Applicability of the A Comparative Study of Crack Branching In Glass Twinning and Mechanical Anisotropy in PVC Foams at Low and High Strain Rates through with an Optimized Heterogeneous Test and of (un)filled Natural Rubber #6875 | A. R. Trivedi– Contractile Function in CPVT Stem Cell Derived Contour Method of Residual Stress Measurement Using Photoelasticity, Digital Image Correlation Additively Manufactured 304L #6839 | P. J. 3D DIC #6245 | K. Senol–University of Rhode Island; the Virtual Fields Method #6231 | J. MP University of Oxford Cardiomyocytes #6215 | A. Stempien–University to Solve Real Engineering Problems #6836 | J. and Digital Gradient Sensing Techniques #6007 Noell–Sandia National Laboratories; D. Wilson– A. Shukla–University of Rhode Island Martins–University of Aveiro/Université Bretagne-Sud; of Wisconsin-Madison; J. J. Hernandez–University Araujo de Oliveira–StressMap; S. Paddea–StressMap; | S. Dondeti–Auburn University; H. Tippur–Auburn Colorado School of Mines; J. Rodelas–Sandia National 1:50 p.m. S. Thuillier–Université Bretagne-Sud; A. Andrade- of Michigan; J. Notbohm–University of Wisconsin- H. Kim–StressMap; F. Hosseinzadeh–The Open University Laboratories Campos–University of Aveiro Madison; W. C. Crone–University of Wisconsin- University; P. Bouchard–The Open University Madison Evaluate the Fidelity of Synthetic Tissues Used Identification of Constitutive Parameters Can we use Electrons to Measure Local Stresses Anisotropic Myofibril Alignment and Contractile Residual Stress Measurement System for Hot Wear of Polycrystalline Diamond by Solid Selective Electron Beam Melting of Ti6Al4V In Escharotomy Simulators #6293 | S. Gallagher– Governing the Hyperelastic Response of Rubber in Polycrystalline Materials? #6914 | T. Vermeij– Strain in an Engineered Cardiac Co-culture Cell Environments #6929 | A. Phillips–Idaho Particle Erosion #6400 | A. J. Henderson– Titanium Alloy: Model Development and Rensselaer Polytechnic Institute; H. Ye–Rensselaer by Using Full-field Measurement and the Virtual Eindhoven University of Technology Model #6579 | B. N. Napiwocki–University of National Laboratory; B. C. Benefiel–Idaho National University of Cambridge; A. P. Jardine–University of Validation #6371 | T. Le–National Cheng Kung Polytechnic Institute; B. Makled–U.S. Army Natick Fields Method #6347 | A. Tayeb–University Wisconsin-Madison; T. J. Kamp–University of Laboratory; E. D. Larsen–Idaho National Laboratory; Cambridge University; Y. Lo–National Cheng Kung University; H. Soldier Research; C. Parsey–U.S. Army Natick Soldier of Rennes 1; J. Le Cam–University of Rennes 1; M. Wisconsin-Madison; W. C. Crone–University of M. B. Prime–Los Alamos National Laboratory; J. I. Tran–National Cheng Kung University 2:10 p.m. Research; F. Rahul–Rensselaer Polytechnic Institute; Grédiac–Université Clermont Auvergne; E. Toussaint– Wisconsin-Madison Cole–Idaho National Laboratory; K. B. Davies–Idaho J. Norfleet–U.S. Army Natick Soldier Research; S. De– Université Clermont Auvergne; F. Canévet–Cooper National Laboratory Rensselaer Polytechnic Institute Standard; E. Robin–University of Rennes 1; X. Balandraud–Sigma Clermont 2:30-4:30 p.m. Exposition Open—South Grand Naples Exposition Open—South Grand Naples Dynamic Response of Layered Functionally Comparison of the Virtual Fields Method and Experimental Apparatus for Generating Dynamic Relationship between Cell Force, Shape, and Slitting-Contour Measurements of Residual Combining In-Situ X-ray Tomography and Microstructure Influence on the Strain-Rate and Graded Polyurethane Foam with Nonlinear the Gradient Based Optimization Method to Pressure Loadings #6934 | S. Vidhate–Michigan Motion in Collective Cell Migration #6202 | A. Stress for the NeT TG5 Edge-welded Ferritic Diffraction to Study the Effects of Microstructure Stress-State Behavior of Solid-State Additive Density Variation #6155 | D. A. Miller–University Solve Nonlinear Inverse Problems in Soft Tissue State University Saraswathibhatla–University of Wisconsin-Madison; Steel Beam Round Robin #6797 | H. K. Kim–The on Fracture in Concrete and Granular Materials Manufactured AFS-Deposition Aluminum Alloys of South Carolina; V. R. Gupta–University of South Biomechanics #6673 | Y. Mei–Mines Saint-Etienne; J. Notbohm–University of Wisconsin-Madison Open University; B. Stewart–The Open University; #6431 | R. C. Hurley–Johns Hopkins University; D. #6803 | C. Mason–The University of Alabama; B. Carolina; A. A. Kidane–University of South Carolina S. Avril–Mines Saint-Etienne F. Hosseinzadeh–The Open University; J. Araujo de C. Pagan–Cornell High Energy Synchrotron Source; J. Phillips–The University of Alabama; D. Avery–The 2:30 p.m. Oliveira–The Open University; P. J. Bouchard–The Lind–Lawrence Livermore National Laboratory; M. C. University of Alabama; P. Allison–The University of Open University Akin–Lawrence Livermore National Laboratory; E. B. Alabama; J. Jordon–The University of Alabama; M. Herbold–Lawrence Livermore National Laboratory Williams–The University of Alabama; R. I. Rodriguez– Boeing Numerical and Experimental Investigation of Identification of Inhomogeneous Plastic Biofidelic Human Head Phantoms for Studies Cell-Cell Adhesion in Epithelial Tissue Mechanics Evaluation of Residual Stress from Indentation Fatigue in Glass: An Overview #6510 | B. M. A Testing and Characterization Approach for Density Graded Foams Subjected to Dynamic Constitutive Models of Friction Stir Welded of Blast-TBI #6939 | J. Kerwin–Michigan State and Morphogenesis #6360 | X. Wang–Columbia Load Difference and Its Application #6187 | Sundaram–Corning Inc.; R. J. Stewart–Corning Selectively Laser Melted AlSi10Mg #7032 | B. Loading #6159 | V. Gupta–University of South Aluminum Alloy Sheets Using Virtual Fields University University; K. E. Kasza–Columbia University D. Kwon–Seoul National University; J. Lee–Seoul Incorporated; W. K. Denson–Corning Incorporated; S. Wisner–Ohio University; J. Carroll–Sandia National Carolina; D. Miller–University of South Carolina; A. Method #6900 | C. Kim–Seoul National University; J. National University; S. Choi–Seoul National University; Lee–Corning Incorporated Labs; A. Kontsos–Drexel Univeristy 2:50 p.m. Kidane–University of South Carolina Kim–POSTECH; M. Lee–Seoul National University J. Kim–Seoul National University; K. Lee–Seoul National University; M. B. Prime–Los Alamos National Laboratory 3:00-4:00 p.m. SEM Membership Committee Meeting—Roma 2 SEM Membership Committee Meeting—Roma 2 Characterization of Soft Tissue Mechanics of Evaluation of Sensitivity-Based Virtual Fields for A Novel Multi-Purpose Device for In-Situ X-ray Mechanical Field Transition of ECM induced by Assessment of Residual Stress Directionality Human Skin In Vivo Using Suction and Digital Non-Linear Parameter Identification Including CT Testing #6916 | N. H. Vonk–Eindhoven University Cancer-Associated Fibroblasts during Invasion of Using Instrumented Indentation Testing #6170 Image Correlation #6599 | R. H. Doherty– DIC Filtering Effects #6785 | P. Lava–MatchID; of Technology Cancer Cells #6383 | K. Oshima–Nagoya University; | J. Kim–Seoul National University; K. Lee–Seoul University of Michigan; D. Y. Yang–University of J. Furmanski–Exxon Mobil; A. Marek–University of Y. Morita–Kumamoto University; K. Ohuchida–Kyushu National University; S. Choi–Seoul National University; 3:10 p.m. Michigan; K. Shorter–University of Michigan Southampton; F. M. Davis–University of Southampton; University; Y. Toku–Nagoya University; Y. Ju–Nagoya M. Choi–Korea Atomic Energy Research Institute; G. F. Pierron–University of Southampton University Schajer–The University of British Columbia; D. Kwon– Seoul National University 3:30-4:30 p.m. Coffee Break in the Exhibit Hall—South Grand Naples Coffee Break in the Exhibit Hall—South Grand Naples
30 Technical Program CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical MICHAEL SUTTON INTERNATIONAL 9TH INT’L SYMP ON THE MECHANICS OF MECHANICS OF ADDITIVE AND Program TRACK DYNAMIC BEHAVIOR OF MATERIALS INVERSE PROBLEM METHODOLOGIES STUDENT PAPER COMPETITION BIOLOGICAL SYSTEMS & MATERIALS RESIDUAL STRESS FRACTURE & FATIGUE ADVANCED MANUFACTURING 08. DYNAMIC RESPONSE OF LOW 09. VFM 30TH ANNIVERSARY II 10. MICHAEL SUTTON INT’L STUDENT 11. CELL MECHANICS 12. RESIDUAL STRESS II: 13. FRACTURE AND FATIGUE 14. ADDITIVE MANUFACTURING SESSION IMPEDANCE MATERIALS I PAPER COMPETITION II MEASUREMENT IN BRITTLE MATERIALS OF METALS Monday Early Afternoon, J. Jordan–Los Alamos National Laboratory; M. Grédiac–Institut Pascal; J. Rogers–Sandia National Laboratories K. Kasza–Columbia University; S. Carlson–Lockheed Martin Aeronautics; S. Grutzik–Sandia National Laboratories; H. Jin–Sandia National Labs California; CHAIR(S) P. Moy–U.S. Army Research Laboratory P. Lava–MatchID NV C. Franck–Brown University T. Spradlin B. Meenakshi Sundaram–Corning J. Jordan–Los Alamos National Laboratory June 3, 2019 Research and Development Corporation Underwater Mechanical Response of Closed Cell Calibration of Anisotropic Plasticity Models Predicting the High Rate Mechanical Response Quantifying Sarcomere Structure and Key Developments in the Applicability of the A Comparative Study of Crack Branching In Glass Twinning and Mechanical Anisotropy in PVC Foams at Low and High Strain Rates through with an Optimized Heterogeneous Test and of (un)filled Natural Rubber #6875 | A. R. Trivedi– Contractile Function in CPVT Stem Cell Derived Contour Method of Residual Stress Measurement Using Photoelasticity, Digital Image Correlation Additively Manufactured 304L #6839 | P. J. 3D DIC #6245 | K. Senol–University of Rhode Island; the Virtual Fields Method #6231 | J. MP University of Oxford Cardiomyocytes #6215 | A. Stempien–University to Solve Real Engineering Problems #6836 | J. and Digital Gradient Sensing Techniques #6007 Noell–Sandia National Laboratories; D. Wilson– A. Shukla–University of Rhode Island Martins–University of Aveiro/Université Bretagne-Sud; of Wisconsin-Madison; J. J. Hernandez–University Araujo de Oliveira–StressMap; S. Paddea–StressMap; | S. Dondeti–Auburn University; H. Tippur–Auburn Colorado School of Mines; J. Rodelas–Sandia National 1:50 p.m. S. Thuillier–Université Bretagne-Sud; A. Andrade- of Michigan; J. Notbohm–University of Wisconsin- H. Kim–StressMap; F. Hosseinzadeh–The Open University Laboratories Campos–University of Aveiro Madison; W. C. Crone–University of Wisconsin- University; P. Bouchard–The Open University Madison Evaluate the Fidelity of Synthetic Tissues Used Identification of Constitutive Parameters Can we use Electrons to Measure Local Stresses Anisotropic Myofibril Alignment and Contractile Residual Stress Measurement System for Hot Wear of Polycrystalline Diamond by Solid Selective Electron Beam Melting of Ti6Al4V In Escharotomy Simulators #6293 | S. Gallagher– Governing the Hyperelastic Response of Rubber in Polycrystalline Materials? #6914 | T. Vermeij– Strain in an Engineered Cardiac Co-culture Cell Environments #6929 | A. Phillips–Idaho Particle Erosion #6400 | A. J. Henderson– Titanium Alloy: Model Development and Rensselaer Polytechnic Institute; H. Ye–Rensselaer by Using Full-field Measurement and the Virtual Eindhoven University of Technology Model #6579 | B. N. Napiwocki–University of National Laboratory; B. C. Benefiel–Idaho National University of Cambridge; A. P. Jardine–University of Validation #6371 | T. Le–National Cheng Kung Polytechnic Institute; B. Makled–U.S. Army Natick Fields Method #6347 | A. Tayeb–University Wisconsin-Madison; T. J. Kamp–University of Laboratory; E. D. Larsen–Idaho National Laboratory; Cambridge University; Y. Lo–National Cheng Kung University; H. Soldier Research; C. Parsey–U.S. Army Natick Soldier of Rennes 1; J. Le Cam–University of Rennes 1; M. Wisconsin-Madison; W. C. Crone–University of M. B. Prime–Los Alamos National Laboratory; J. I. Tran–National Cheng Kung University 2:10 p.m. Research; F. Rahul–Rensselaer Polytechnic Institute; Grédiac–Université Clermont Auvergne; E. Toussaint– Wisconsin-Madison Cole–Idaho National Laboratory; K. B. Davies–Idaho J. Norfleet–U.S. Army Natick Soldier Research; S. De– Université Clermont Auvergne; F. Canévet–Cooper National Laboratory Rensselaer Polytechnic Institute Standard; E. Robin–University of Rennes 1; X. Balandraud–Sigma Clermont 2:30-4:30 p.m. Exposition Open—South Grand Naples Exposition Open—South Grand Naples Dynamic Response of Layered Functionally Comparison of the Virtual Fields Method and Experimental Apparatus for Generating Dynamic Relationship between Cell Force, Shape, and Slitting-Contour Measurements of Residual Combining In-Situ X-ray Tomography and Microstructure Influence on the Strain-Rate and Graded Polyurethane Foam with Nonlinear the Gradient Based Optimization Method to Pressure Loadings #6934 | S. Vidhate–Michigan Motion in Collective Cell Migration #6202 | A. Stress for the NeT TG5 Edge-welded Ferritic Diffraction to Study the Effects of Microstructure Stress-State Behavior of Solid-State Additive Density Variation #6155 | D. A. Miller–University Solve Nonlinear Inverse Problems in Soft Tissue State University Saraswathibhatla–University of Wisconsin-Madison; Steel Beam Round Robin #6797 | H. K. Kim–The on Fracture in Concrete and Granular Materials Manufactured AFS-Deposition Aluminum Alloys of South Carolina; V. R. Gupta–University of South Biomechanics #6673 | Y. Mei–Mines Saint-Etienne; J. Notbohm–University of Wisconsin-Madison Open University; B. Stewart–The Open University; #6431 | R. C. Hurley–Johns Hopkins University; D. #6803 | C. Mason–The University of Alabama; B. Carolina; A. A. Kidane–University of South Carolina S. Avril–Mines Saint-Etienne F. Hosseinzadeh–The Open University; J. Araujo de C. Pagan–Cornell High Energy Synchrotron Source; J. Phillips–The University of Alabama; D. Avery–The 2:30 p.m. Oliveira–The Open University; P. J. Bouchard–The Lind–Lawrence Livermore National Laboratory; M. C. University of Alabama; P. Allison–The University of Open University Akin–Lawrence Livermore National Laboratory; E. B. Alabama; J. Jordon–The University of Alabama; M. Herbold–Lawrence Livermore National Laboratory Williams–The University of Alabama; R. I. Rodriguez– Boeing Numerical and Experimental Investigation of Identification of Inhomogeneous Plastic Biofidelic Human Head Phantoms for Studies Cell-Cell Adhesion in Epithelial Tissue Mechanics Evaluation of Residual Stress from Indentation Fatigue in Glass: An Overview #6510 | B. M. A Testing and Characterization Approach for Density Graded Foams Subjected to Dynamic Constitutive Models of Friction Stir Welded of Blast-TBI #6939 | J. Kerwin–Michigan State and Morphogenesis #6360 | X. Wang–Columbia Load Difference and Its Application #6187 | Sundaram–Corning Inc.; R. J. Stewart–Corning Selectively Laser Melted AlSi10Mg #7032 | B. Loading #6159 | V. Gupta–University of South Aluminum Alloy Sheets Using Virtual Fields University University; K. E. Kasza–Columbia University D. Kwon–Seoul National University; J. Lee–Seoul Incorporated; W. K. Denson–Corning Incorporated; S. Wisner–Ohio University; J. Carroll–Sandia National Carolina; D. Miller–University of South Carolina; A. Method #6900 | C. Kim–Seoul National University; J. National University; S. Choi–Seoul National University; Lee–Corning Incorporated Labs; A. Kontsos–Drexel Univeristy 2:50 p.m. Kidane–University of South Carolina Kim–POSTECH; M. Lee–Seoul National University J. Kim–Seoul National University; K. Lee–Seoul National University; M. B. Prime–Los Alamos National Laboratory 3:00-4:00 p.m. SEM Membership Committee Meeting—Roma 2 SEM Membership Committee Meeting—Roma 2 Characterization of Soft Tissue Mechanics of Evaluation of Sensitivity-Based Virtual Fields for A Novel Multi-Purpose Device for In-Situ X-ray Mechanical Field Transition of ECM induced by Assessment of Residual Stress Directionality Human Skin In Vivo Using Suction and Digital Non-Linear Parameter Identification Including CT Testing #6916 | N. H. Vonk–Eindhoven University Cancer-Associated Fibroblasts during Invasion of Using Instrumented Indentation Testing #6170 Image Correlation #6599 | R. H. Doherty– DIC Filtering Effects #6785 | P. Lava–MatchID; of Technology Cancer Cells #6383 | K. Oshima–Nagoya University; | J. Kim–Seoul National University; K. Lee–Seoul University of Michigan; D. Y. Yang–University of J. Furmanski–Exxon Mobil; A. Marek–University of Y. Morita–Kumamoto University; K. Ohuchida–Kyushu National University; S. Choi–Seoul National University; 3:10 p.m. Michigan; K. Shorter–University of Michigan Southampton; F. M. Davis–University of Southampton; University; Y. Toku–Nagoya University; Y. Ju–Nagoya M. Choi–Korea Atomic Energy Research Institute; G. F. Pierron–University of Southampton University Schajer–The University of British Columbia; D. Kwon– Seoul National University 3:30-4:30 p.m. Coffee Break in the Exhibit Hall—South Grand Naples Coffee Break in the Exhibit Hall—South Grand Naples
Technical Program 31 CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical MICHAEL SUTTON INTERNATIONAL 9TH INT’L SYMP ON THE MECHANICS OF ADDITIVE & ADV. MANUFACT. and Program TRACK DYNAMIC BEHAVIOR OF MATERIALS INVERSE PROBLEM METHODOLOGIES STUDENT PAPER COMPETITION BIOLOGICAL SYSTEMS & MATERIALS RESIDUAL STRESS FRACTURE & FATIGUE DYNAMIC BEHAVIOR OF MATERIALS 15. DYNAMIC RESPONSE OF LOW- 16. VFM 30TH ANNIVERSARY III 17. MICHAEL SUTTON INT’L STUDENT 18. BIOFILMS AND MICROBE 19. RESIDUAL STRESS III: 20. NOVEL EXPERIMENTAL METHODS 21. DYNAMIC BEHAVIOR OF SESSION IMPEDANCE MATERIALS II PAPER COMPETITION III MECHANICS MEASUREMENT, UNCERTAINTY ADDITIVELY MANUFACTURED Monday & VALIDATION MATERIALS I Late Afternoon, P. Moy–U.S. Army Research Laboratory; J. Considine–USDA, Forest Service, J. Rogers–Sandia National Laboratories M. Grady–University of Kentucky; M. Hill–University of California, Davis; W. LePage–University of Michigan E. Retzlaff–United States Naval Academy; CHAIR(S) L. Shannahan–Army Research Laboratory Forest Products Laboratory; G. Ravichandran–California A. DeWald–HIll Engineering P. Allison–University of Alabama June 3, 2019 A. Berry–Université de Sherbrooke Institute of Technology Ballistic Response of Woven Kevlar Fabrics as Simultaneous Identification of the Transverse Portable DIC for Dolphin Skin In-Vivo Dental Implant Texture Affects Biofilm Adhesion Keynote: Residual Stresses in Biological Analysis of Crack Growth in Compressor Blade Ballistic Characterization of Additive a Function of Projectile Sharpness #6119 | J. Tensile and Shear Modulus of a UD Composite Measurements Under Pressure Loading #6604 | Strength #6832 | J. D. Boyd–University of Kentucky; Materials #6118 | H. P. Silva–Stanford University; D. Root Subjected to Fatigue #6426 | M. Thomre– Manufactured (3D Printing) Transparent Cline–U.S Army Research Laboratory; P. Moy–U.S at High Strain Rates with the IBUS Test #6474 D. Y. Yang–University of Michigan N. Korotkova–University of Kentucky; M. E. Grady– V. Nelson–Stanford University Indian Institute of Technology Madras; K. Ramesh– Laminates #6001 | J. H. Yu–U.S. Army Research 4:30 p.m. Army Research Laboratory; D. Harris, Sr.–U.S Army | X. Régal–University of Southampton; F. Pierron– University of Kentucky Indian Institute of Technology Madras Laboratory; C. G. Fountzoulas–U.S. Army Research Research Laboratory; J. Yu–U.S Army Research University of Southampton Laboratory; J. R. Brown–U.S. Army Research Laboratory; E. Wetzel–U.S Army Research Laboratory Laboratory Effect of Thermomechanical Couplings on On the Thermal Virtual Fields Method #6857 Dynamic Mixed Mode Fracture and Electrical Laser Diffractometer for Measuring Bacterial Failure of Ductile Materials Under Three Investigation of Dynamic Fracture Behavior Viscoelastic Behaviour of Polystyrene #6137 | P. | M. Rossi–Università Politecnica delle Marche; Responses of Z-Axis Reinforced Glass Fiber/ Biodegradation of Dental Materials #6940 | Dimensional Stress States #6097 | N. Spulak–The of Additively Manufactured Al-10Si-Mg Using Yadav–University of Montpellier; A. Chrysochoos– M. Sasso–Università Politecnica delle Marche; G. Epoxy Composite #6936 | M. Rabbi–University of Y. Gu–Stony Brook University; P. Foo–Stony Brook Ohio State University; R. Lowe–University of Dayton; High-Speed Synchrotron X-ray Imaging #6337 University of Montpellier; O. Arnould–University of Chiappini–Università Politecnica delle Marche; A. Massachusetts Dartmouth University; A. Guo–Stony Brook University; A. M. J. Seidt–The Ohio State University; A. Gilat–The Ohio | N. D. Parab–Argonne National Laboratory; L. Montpellier; S. Bardet–University of Montpellier Lattanzi–Università Politecnica delle Marche Giordano–Stony Brook University; S. Walker–Stony State University Xiong–Missouri University of Science and Technology; Brook University; F. Chiang–Stony Brook University Z. Guo–Purdue University; X. Xiao–Argonne National 4:50 p.m. Laboratory; K. Fezzaa–Argonne National Laboratory; W. Chen–Purdue University; W. Everheart–Kansas City National Security Campus; L. Chen–Missouri University of Science and Technology; T. Sun–Argonne National Laboratory Kolsky Bar Testing of Pressure Sensitive Evaluating the Coefficient of Thermal Damage Detection in a Polymer Plate via Optical Extracting Mechanical Properties of Thin Regularization Uncertainty in Slitting Residual Investigation of Deformation Twinning in Mg Strain Rate Effects of Additively Manufactured Adhesives #6303 | E. L. Breedlove–3M Company; C. Expansion of Electronic Board Using the Virtual Measurement of Guided Wavefield Using a High- Biofilms Using Inverse Analysis #6389 | L. Stress Measurement #5921 | M. D. Olson–Hill Alloy during In-situ Compression #6355 | Z. Ti-6Al-4V #6688 | E. L. Retzlaff–United States Naval Li–3M Company; D. Lindeman–3M Company Fields Method #6401 | Y. Kanai–Aoyama Speed DIC System #6909 | H. Chang–National M. Ginsberg–California Institute of Technology; G. Engineering, LLC; A. T. DeWald–Hill Engineering, LLC; Chen–University of California, Santa Barbara; S. Daly– Academy; D. T. Casem–US Army Research Laboratory Gakuin University; S. Arikawa–Meiji University; S. Institute of Aerospace/North Carolina State University Ravichandran–California Institute of Technology M. R. HIll–University of California, Davis University of California, Santa Barbara 5:10 p.m. Yoneyama–Aoyama Gakuin University; Y. Fujimoto– Mitsubishi Electric Corporation Advanced Technology Research and Development Center Full-Field Strain and Temperature Measurement Practical Aspects of Heterogeneous Hierarchical Materials with Tunable Extreme Mechanical Properties of Bacterial Biofilms as Quantification of the Reproducibility A Combined Experimental and Atomistic Study of Epoxy Resin PR-520 #6493 | M. J. Konieczny– Identification with VFM #6239 | J. M. Considine– Dynamic Properties #6487 | D. Murgado– Living Engineering Materials #6571 | K. Sahin– Uncertainty Associated with the Contour of Grain Boundary Mechanical Degradation The Ohio State University; A. Gilat–The Ohio State U.S. Forest Service, Forest Products Laboratory University of Wisconsin-Madison California Institute of Technology; H. Liu–California Method #6770 | S. S. Carlson–Lockheed Martin; Induced By Intergranular Corrosion Activity 5:30 p.m. University; J. Seidt–The Ohio State University Institute of Technology; D. Tirrell–California Institute M. Stanfield–Southwest Research Institute; C. D’Elia– #6516 | D. Yavas–Iowa State University; T. Phan– of Technology; G. Ravichandran–California Institute University of California-Davis; M. R. Hill–University of Iowa State University; L. Xiong–Iowa State University; of Technology California-Davis A. Bastawros–Iowa State University Application of Digital Image Correlation (DIC) Experimental Identification of Linear Correlation Effect of Z Axis Fiber Length, Diameter and Fiber Influence of Cell Wall Polysaccharides on Intermethod Comparison and Evaluation of How Defect Accumulation Enables Void to the Measurement of Strain Fields in a PVA Coefficients between FRP Elastic Properties Areal Density on a Novel Energy Absorbing Structure and Mechanics of Streptococcus Near Surface Residual Stress in Aluminum Parts Nucleation #6774 | P. Noell–Sandia National Dual-Crosslink Hydrogel #6573 | M. Liu–Cornell Based on the Virtual Fields Method #6370 | D. Material under Dynamic Shear Loading #6935 | Mutans #6828 | J. N. Sandin–University of Subject to Various Milling Parameters #6356 Laboratories; J. Sabisch–Sandia National Laboratories; University; J. Guo–Cornell University; C. Hui–Cornell Xu–Naval Academy of Armament; S. Zhang–National J. J. Correia–University of Massachusetts Dartmouth Kentucky; N. Korotkova–University of Kentucky; M. E. | C. R. Chighizola–University of California Davis; C. D. Medlin–Sandia National Laboratories; J. Michael– 5:50 p.m. University; A. Zehnder–Cornell University University of Defense Technology; H. Zhu–Beijing Grady–University of Kentucky R. D’Elia–University of California Davis; M. R. Hill– Sandia National Laboratories; B. Boyce–Sandia Institute of Technology University of California Davis National Laboratories 6:15-7:30 p.m. DIC Challenge Meeting—Roma 1 DIC Challenge Meeting—Roma 1 6:30-7:30 p.m. Closed - Strain Editorial Board Meeting—Roma 2 Closed - Strain Editorial Board Meeting—Roma 2
32 Technical Program CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical MICHAEL SUTTON INTERNATIONAL 9TH INT’L SYMP ON THE MECHANICS OF ADDITIVE & ADV. MANUFACT. and Program TRACK DYNAMIC BEHAVIOR OF MATERIALS INVERSE PROBLEM METHODOLOGIES STUDENT PAPER COMPETITION BIOLOGICAL SYSTEMS & MATERIALS RESIDUAL STRESS FRACTURE & FATIGUE DYNAMIC BEHAVIOR OF MATERIALS 15. DYNAMIC RESPONSE OF LOW- 16. VFM 30TH ANNIVERSARY III 17. MICHAEL SUTTON INT’L STUDENT 18. BIOFILMS AND MICROBE 19. RESIDUAL STRESS III: 20. NOVEL EXPERIMENTAL METHODS 21. DYNAMIC BEHAVIOR OF SESSION IMPEDANCE MATERIALS II PAPER COMPETITION III MECHANICS MEASUREMENT, UNCERTAINTY ADDITIVELY MANUFACTURED Monday & VALIDATION MATERIALS I Late Afternoon, P. Moy–U.S. Army Research Laboratory; J. Considine–USDA, Forest Service, J. Rogers–Sandia National Laboratories M. Grady–University of Kentucky; M. Hill–University of California, Davis; W. LePage–University of Michigan E. Retzlaff–United States Naval Academy; CHAIR(S) L. Shannahan–Army Research Laboratory Forest Products Laboratory; G. Ravichandran–California A. DeWald–HIll Engineering P. Allison–University of Alabama June 3, 2019 A. Berry–Université de Sherbrooke Institute of Technology Ballistic Response of Woven Kevlar Fabrics as Simultaneous Identification of the Transverse Portable DIC for Dolphin Skin In-Vivo Dental Implant Texture Affects Biofilm Adhesion Keynote: Residual Stresses in Biological Analysis of Crack Growth in Compressor Blade Ballistic Characterization of Additive a Function of Projectile Sharpness #6119 | J. Tensile and Shear Modulus of a UD Composite Measurements Under Pressure Loading #6604 | Strength #6832 | J. D. Boyd–University of Kentucky; Materials #6118 | H. P. Silva–Stanford University; D. Root Subjected to Fatigue #6426 | M. Thomre– Manufactured (3D Printing) Transparent Cline–U.S Army Research Laboratory; P. Moy–U.S at High Strain Rates with the IBUS Test #6474 D. Y. Yang–University of Michigan N. Korotkova–University of Kentucky; M. E. Grady– V. Nelson–Stanford University Indian Institute of Technology Madras; K. Ramesh– Laminates #6001 | J. H. Yu–U.S. Army Research 4:30 p.m. Army Research Laboratory; D. Harris, Sr.–U.S Army | X. Régal–University of Southampton; F. Pierron– University of Kentucky Indian Institute of Technology Madras Laboratory; C. G. Fountzoulas–U.S. Army Research Research Laboratory; J. Yu–U.S Army Research University of Southampton Laboratory; J. R. Brown–U.S. Army Research Laboratory; E. Wetzel–U.S Army Research Laboratory Laboratory Effect of Thermomechanical Couplings on On the Thermal Virtual Fields Method #6857 Dynamic Mixed Mode Fracture and Electrical Laser Diffractometer for Measuring Bacterial Failure of Ductile Materials Under Three Investigation of Dynamic Fracture Behavior Viscoelastic Behaviour of Polystyrene #6137 | P. | M. Rossi–Università Politecnica delle Marche; Responses of Z-Axis Reinforced Glass Fiber/ Biodegradation of Dental Materials #6940 | Dimensional Stress States #6097 | N. Spulak–The of Additively Manufactured Al-10Si-Mg Using Yadav–University of Montpellier; A. Chrysochoos– M. Sasso–Università Politecnica delle Marche; G. Epoxy Composite #6936 | M. Rabbi–University of Y. Gu–Stony Brook University; P. Foo–Stony Brook Ohio State University; R. Lowe–University of Dayton; High-Speed Synchrotron X-ray Imaging #6337 University of Montpellier; O. Arnould–University of Chiappini–Università Politecnica delle Marche; A. Massachusetts Dartmouth University; A. Guo–Stony Brook University; A. M. J. Seidt–The Ohio State University; A. Gilat–The Ohio | N. D. Parab–Argonne National Laboratory; L. Montpellier; S. Bardet–University of Montpellier Lattanzi–Università Politecnica delle Marche Giordano–Stony Brook University; S. Walker–Stony State University Xiong–Missouri University of Science and Technology; Brook University; F. Chiang–Stony Brook University Z. Guo–Purdue University; X. Xiao–Argonne National 4:50 p.m. Laboratory; K. Fezzaa–Argonne National Laboratory; W. Chen–Purdue University; W. Everheart–Kansas City National Security Campus; L. Chen–Missouri University of Science and Technology; T. Sun–Argonne National Laboratory Kolsky Bar Testing of Pressure Sensitive Evaluating the Coefficient of Thermal Damage Detection in a Polymer Plate via Optical Extracting Mechanical Properties of Thin Regularization Uncertainty in Slitting Residual Investigation of Deformation Twinning in Mg Strain Rate Effects of Additively Manufactured Adhesives #6303 | E. L. Breedlove–3M Company; C. Expansion of Electronic Board Using the Virtual Measurement of Guided Wavefield Using a High- Biofilms Using Inverse Analysis #6389 | L. Stress Measurement #5921 | M. D. Olson–Hill Alloy during In-situ Compression #6355 | Z. Ti-6Al-4V #6688 | E. L. Retzlaff–United States Naval Li–3M Company; D. Lindeman–3M Company Fields Method #6401 | Y. Kanai–Aoyama Speed DIC System #6909 | H. Chang–National M. Ginsberg–California Institute of Technology; G. Engineering, LLC; A. T. DeWald–Hill Engineering, LLC; Chen–University of California, Santa Barbara; S. Daly– Academy; D. T. Casem–US Army Research Laboratory Gakuin University; S. Arikawa–Meiji University; S. Institute of Aerospace/North Carolina State University Ravichandran–California Institute of Technology M. R. HIll–University of California, Davis University of California, Santa Barbara 5:10 p.m. Yoneyama–Aoyama Gakuin University; Y. Fujimoto– Mitsubishi Electric Corporation Advanced Technology Research and Development Center Full-Field Strain and Temperature Measurement Practical Aspects of Heterogeneous Hierarchical Materials with Tunable Extreme Mechanical Properties of Bacterial Biofilms as Quantification of the Reproducibility A Combined Experimental and Atomistic Study of Epoxy Resin PR-520 #6493 | M. J. Konieczny– Identification with VFM #6239 | J. M. Considine– Dynamic Properties #6487 | D. Murgado– Living Engineering Materials #6571 | K. Sahin– Uncertainty Associated with the Contour of Grain Boundary Mechanical Degradation The Ohio State University; A. Gilat–The Ohio State U.S. Forest Service, Forest Products Laboratory University of Wisconsin-Madison California Institute of Technology; H. Liu–California Method #6770 | S. S. Carlson–Lockheed Martin; Induced By Intergranular Corrosion Activity 5:30 p.m. University; J. Seidt–The Ohio State University Institute of Technology; D. Tirrell–California Institute M. Stanfield–Southwest Research Institute; C. D’Elia– #6516 | D. Yavas–Iowa State University; T. Phan– of Technology; G. Ravichandran–California Institute University of California-Davis; M. R. Hill–University of Iowa State University; L. Xiong–Iowa State University; of Technology California-Davis A. Bastawros–Iowa State University Application of Digital Image Correlation (DIC) Experimental Identification of Linear Correlation Effect of Z Axis Fiber Length, Diameter and Fiber Influence of Cell Wall Polysaccharides on Intermethod Comparison and Evaluation of How Defect Accumulation Enables Void to the Measurement of Strain Fields in a PVA Coefficients between FRP Elastic Properties Areal Density on a Novel Energy Absorbing Structure and Mechanics of Streptococcus Near Surface Residual Stress in Aluminum Parts Nucleation #6774 | P. Noell–Sandia National Dual-Crosslink Hydrogel #6573 | M. Liu–Cornell Based on the Virtual Fields Method #6370 | D. Material under Dynamic Shear Loading #6935 | Mutans #6828 | J. N. Sandin–University of Subject to Various Milling Parameters #6356 Laboratories; J. Sabisch–Sandia National Laboratories; University; J. Guo–Cornell University; C. Hui–Cornell Xu–Naval Academy of Armament; S. Zhang–National J. J. Correia–University of Massachusetts Dartmouth Kentucky; N. Korotkova–University of Kentucky; M. E. | C. R. Chighizola–University of California Davis; C. D. Medlin–Sandia National Laboratories; J. Michael– 5:50 p.m. University; A. Zehnder–Cornell University University of Defense Technology; H. Zhu–Beijing Grady–University of Kentucky R. D’Elia–University of California Davis; M. R. Hill– Sandia National Laboratories; B. Boyce–Sandia Institute of Technology University of California Davis National Laboratories 6:15-7:30 p.m. DIC Challenge Meeting—Roma 1 DIC Challenge Meeting—Roma 1 6:30-7:30 p.m. Closed - Strain Editorial Board Meeting—Roma 2 Closed - Strain Editorial Board Meeting—Roma 2
Technical Program 33 CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 9TH INT’L SYMP ON THE MECHANICS OF ADDITIVE & ADV. MANUFACTUR. Program TRACK DYNAMIC BEHAVIOR OF MATERIALS INVERSE PROBLEM METHODOLOGIES IN EXPERIMENTAL MECHANICS BIOLOGICAL SYSTEMS & MATERIALS EDUCATION FRACTURE & FATIGUE and RESIDUAL STRESS 22. DYNAMIC RESPONSE OF LOW- 23. TEST DESIGN AND INVERSE 24. SYMPOSIUM IN HONOR OF C.A. 25. TRAUMATIC BRAIN INJURY 26. EDUCATION - INTRODUCTION 27. FATIGUE AND FRACTURE IN 28. ADDITIVE MANUFACTURING: SESSION IMPEDANCE MATERIALS III METHOD ALGORITHMS I SCIAMMARELLA’S BIRTHDAY I TO TOPICS IN EXPERIMENTAL EXTREME ENVIRONMENTS RESIDUAL STRESS I Tuesday MECHANICS Morning, J. Jordan–Los Alamos National Laboratory; S. Kramer–Sandia National Laboratories; H. Espinosa–Northwestern University; S. Bentil–Iowa State University; M. Keller–The University of Tulsa; R. Berke–Utah State University; M. Prime–Los Alamos National Laboratory; June 4, 2019 CHAIR(S) S. Koumlis–Drexel University S. Boussuyt–Aalto University L. Lamberti–Politecnico di Bari J. Estrada–University of Michigan M. Grady–University of Kentucky K. Hazeli J. Araujo de Oliveira–StressMap
Experimental Mechanics, Tool to Verify Continuum Mechanics Predictions #6088 | C. A. Sciammarella–Illinois Institute of Technology; L. 8:30 a.m. Lamberti–Politenico di Bari; F. M. Sciammarella– Northern Illinois University 9:00-10:30 a.m. JDBM Editorial & IAB Meeting—Roma 1 JDBM Editorial & IAB Meeting—Roma 1 Mechanism of Hotspot Formation in Polymer Keynote: Test Design for Identification from Full- #6088 continues Keynote: The Emergence of Digital Health Care Digital Image Correlation – The Very Basics Keynote: Low Temperature Creep and Stress Mechanical Relaxation Measurement Bonded Explosives Subjected to Dynamic field Measurements: A Concise Review #6445 | and What it Means for Experimental Mechanics: #6259 | J. D. Helm–Lafayette College Relaxation Effects in Springs #6824 | L. A. Techniques and Application to Build for AM- Loading #6565 | S. Ravindran–University of South F. Pierron–University of Southampton A Focus on the Brain #6468 | R. Menghani– Deibler–Sandia National Laboratories; J. R. Laing– Bench AMB2018-01 #6944 | M. R. Hill–University Carolina; V. Guptha–University of South carolina; Pennsylvania State University; R. H Kraft–Pennsylvania Sandia National Laboratories; C. Finfrock–Sandia of California, Davis; C. R. D’Elia–University of California, 9:00 a.m. D. Miller–University of South Carolina; A. Kidane– State University National Laboratories; A. Robbins–Sandia National Davis; A. T. DeWald–Hill Engineering, LLC University of South Carolina Laboratories Quantifying Wrinkling During Tow Placement On Curvilinear Paths #5983 | S. Rajan–University of South Carolina; M. A. Sutton–University of South Carolina; R. Wehbe–University of South Carolina; 9:10 a.m. Z. Gurdal–University of South Carolina; A. Kidane– University of South Carolina; R. Harik–University of South Carolina A Viscoelastic-Viscoplastic Charaterisation with How Alteration of Exposure Time Mid-Test Using Diffraction to Probe Residual Stress Time Temperature Superposition for Polymer affects UV-DIC at Extreme Temperatures #6585 Characterization in Additively Manufactured Under Large Strain Rates #6424 | V. Dorléans– | T. Q. Thai–Utah State University; A. J. Smith–Utah Ti-6Al-4V and Ti-5553 Materials #6860 | M. Faurecia Interior System; F. Lauro–University State University; A. Dabb–Utah State University; R. B. Strantza–Los Alamos National Laboratory; R. K. Polytechnic Hauts de France; R. Delille–University Berke–Utah State University Ganeriwala–Lawrence Livermore National Laboratory; Politechnic Hauts de France; D. Notta-Cuvier– B. Clausen–Los Alamos National Laboratory; L. 9:20 a.m. University Politechnic Hauts de France; E. Michau– E. Levine–National Institute of Standards and Faurecia Interior System Technologies; T. Q. Phan–National Institute of Standards and Technologies; W. E. King–Lawrence Livermore National Laboratory; N. E. Hodge–Lawrence Livermore National Laboratory; D. W. Brown–Los Alamos National Laboratory Crack Growth in Alumina at High Temperature Introduction to High-Speed Imaging for #6559 | A. S Kobayashi–University of Washington Experimental Mechanics Applications #6634 | J. Kimberley–New Mexico Tech; M. J. Hargather–New 9:30 a.m. Mexico Tech Understanding Lateral Manganin Gauge Development of an Inverse Identification Influence of Swelling on the Material Properties High-Magnification In-Situ Optical Strain On the Influence of Specimen Thickness on Calibrations in Polymeric Materials #5996 | J. Method for Identifying Hyperelastic Constitutive of Brain Tissue #6156 | A. K. McCarty–Iowa Measurements at Elevated Temperatures #6592 Residual Stress in Additive Manufacturing #6830 L. Jordan–Los Alamos National Laboratory; D. T. Parameters by Metaheuristic Optimization State University; L. Zhang–Iowa State University; S. | R. S. Hansen–Utah State University; T. J. Bird–Purdue | A. Baldi–University of Cagliari Casem–U.S. Army Research Laboratory Algorithm. #6695 | G. Bastos–Univ. Rennes 1; A. Hansen–Iowa State University; W. J. Jackson–Iowa University; R. Voie–Virginia Tech; K. Burn–Utah State 9:40 a.m. Tayeb–Univ. Rennes 1; N. Di Cesare–Univ. Bretagne State University; S. A. Bentil–Iowa State University University; D. Waldram–Utah State University; R. B. Sud; J. Le Cam–Univ. Rennes 1; E. Robin–Univ. Berke–Utah State University Rennes 1 Characterization of Piezoelectricity and 9:50 a.m. Nonlinearity in Monolayer TMDC Resonators Using Cavity-Interferometry #6185 | H. D. Mechanochemistry Based Detection of Material A Bayesian-Type Statistical Approach for Espinosa–Northwestern University; S. P. Nathamgari– A Silicone Elastomer as a Brain Surrogate for The Virtual Fields Method #7176 | F. Pierron– The Effect of Phase-Lag on Materials Undergoing Residual Stresses at Critical Locations in Damage Under Dynamic Load #6508 | L. Identification of Plastic Properties from Northwestern University; S. Dong–Northwestern Blast-induced Traumatic Brain Injury Research University of Southampton Thermo-Mechanical Fatigue #6593 | A. J. Additively-Manufactured Components #6323 | Shannahan–Army Research Laboratory; J. Berry– Indentation #6018 | Y. Zhang–Texas A&M University; L. Medina–Northwestern University #6157 | L. Zhang–Iowa State University; W. J. Smith–Utah State University; R. S. Hansen–Utah C. R. D’Elia–University of California, Davis; M. R. Hill– 10:00 a.m. SURVICE Engineering, Inc.; Y. Lin–Duke University; M. University; A. Needleman–Texas A&M University Jackson–Iowa State University; S. A. Bentil–Iowa State University; T. Q. Thai–Utah State University; R. B. University of California, Davis; M. E. Stender–Sandia Barbee–Duke University; S. Craig–Duke University; M. State University Berke–Utah State University National Laboratories; C. W. San Marchi–Sandia Fermen-Coker–Army Research Laboratory National Laboratories On the Role of Human Umbilical Cord Biomechanics #6937 | R. Brunelli–Università degli 10:10 a.m. Studi di Roma “La Sapienza”; M. Papi–Università Time-temperature Superposition of PMMA at Cattolica del Sacro Cuore; T. Parasassi–Istituto di Biofidelic Human Head Phantoms for Studies Effect of Loading Rate on Fracture Behavior of Ultrasonic Strain-rates #6543 | D. M. Williamson– Farmacologia Traslazionale; M. De Spirito–Università of Blast-TBI #6466 | J. Kerwin–Michigan State Carbon Fiber Reinforced Polymer Composites 10:20 a.m. University of Cambridge; M. Constantinou–University Cattolica del Sacro Cuore; C. Pappalettere–Politecnico University; S. Vidhate–Michigan State University; R. #6035 | C. Miao–Auburn University; H. Tippur– of Cambridge di Bari; L. Lamberti–Politecnico di Bari Mejia-Alvarez–Michigan State University Auburn University 10:30 a.m.-4:30 p.m. Exposition Open—South Grand Naples Exposition Open—South Grand Naples
10:40-11:10 a.m. Coffee Break in the Exhibit Hall—South Grand Naples Coffee Break in the Exhibit Hall—South Grand Naples
34 Technical Program CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 9TH INT’L SYMP ON THE MECHANICS OF ADDITIVE & ADV. MANUFACTUR. Program TRACK DYNAMIC BEHAVIOR OF MATERIALS INVERSE PROBLEM METHODOLOGIES IN EXPERIMENTAL MECHANICS BIOLOGICAL SYSTEMS & MATERIALS EDUCATION FRACTURE & FATIGUE and RESIDUAL STRESS 22. DYNAMIC RESPONSE OF LOW- 23. TEST DESIGN AND INVERSE 24. SYMPOSIUM IN HONOR OF C.A. 25. TRAUMATIC BRAIN INJURY 26. EDUCATION - INTRODUCTION 27. FATIGUE AND FRACTURE IN 28. ADDITIVE MANUFACTURING: SESSION IMPEDANCE MATERIALS III METHOD ALGORITHMS I SCIAMMARELLA’S BIRTHDAY I TO TOPICS IN EXPERIMENTAL EXTREME ENVIRONMENTS RESIDUAL STRESS I Tuesday MECHANICS Morning, J. Jordan–Los Alamos National Laboratory; S. Kramer–Sandia National Laboratories; H. Espinosa–Northwestern University; S. Bentil–Iowa State University; M. Keller–The University of Tulsa; R. Berke–Utah State University; M. Prime–Los Alamos National Laboratory; June 4, 2019 CHAIR(S) S. Koumlis–Drexel University S. Boussuyt–Aalto University L. Lamberti–Politecnico di Bari J. Estrada–University of Michigan M. Grady–University of Kentucky K. Hazeli J. Araujo de Oliveira–StressMap
Experimental Mechanics, Tool to Verify Continuum Mechanics Predictions #6088 | C. A. Sciammarella–Illinois Institute of Technology; L. 8:30 a.m. Lamberti–Politenico di Bari; F. M. Sciammarella– Northern Illinois University 9:00-10:30 a.m. JDBM Editorial & IAB Meeting—Roma 1 JDBM Editorial & IAB Meeting—Roma 1 Mechanism of Hotspot Formation in Polymer Keynote: Test Design for Identification from Full- #6088 continues Keynote: The Emergence of Digital Health Care Digital Image Correlation – The Very Basics Keynote: Low Temperature Creep and Stress Mechanical Relaxation Measurement Bonded Explosives Subjected to Dynamic field Measurements: A Concise Review #6445 | and What it Means for Experimental Mechanics: #6259 | J. D. Helm–Lafayette College Relaxation Effects in Springs #6824 | L. A. Techniques and Application to Build for AM- Loading #6565 | S. Ravindran–University of South F. Pierron–University of Southampton A Focus on the Brain #6468 | R. Menghani– Deibler–Sandia National Laboratories; J. R. Laing– Bench AMB2018-01 #6944 | M. R. Hill–University Carolina; V. Guptha–University of South carolina; Pennsylvania State University; R. H Kraft–Pennsylvania Sandia National Laboratories; C. Finfrock–Sandia of California, Davis; C. R. D’Elia–University of California, 9:00 a.m. D. Miller–University of South Carolina; A. Kidane– State University National Laboratories; A. Robbins–Sandia National Davis; A. T. DeWald–Hill Engineering, LLC University of South Carolina Laboratories Quantifying Wrinkling During Tow Placement On Curvilinear Paths #5983 | S. Rajan–University of South Carolina; M. A. Sutton–University of South Carolina; R. Wehbe–University of South Carolina; 9:10 a.m. Z. Gurdal–University of South Carolina; A. Kidane– University of South Carolina; R. Harik–University of South Carolina A Viscoelastic-Viscoplastic Charaterisation with How Alteration of Exposure Time Mid-Test Using Diffraction to Probe Residual Stress Time Temperature Superposition for Polymer affects UV-DIC at Extreme Temperatures #6585 Characterization in Additively Manufactured Under Large Strain Rates #6424 | V. Dorléans– | T. Q. Thai–Utah State University; A. J. Smith–Utah Ti-6Al-4V and Ti-5553 Materials #6860 | M. Faurecia Interior System; F. Lauro–University State University; A. Dabb–Utah State University; R. B. Strantza–Los Alamos National Laboratory; R. K. Polytechnic Hauts de France; R. Delille–University Berke–Utah State University Ganeriwala–Lawrence Livermore National Laboratory; Politechnic Hauts de France; D. Notta-Cuvier– B. Clausen–Los Alamos National Laboratory; L. 9:20 a.m. University Politechnic Hauts de France; E. Michau– E. Levine–National Institute of Standards and Faurecia Interior System Technologies; T. Q. Phan–National Institute of Standards and Technologies; W. E. King–Lawrence Livermore National Laboratory; N. E. Hodge–Lawrence Livermore National Laboratory; D. W. Brown–Los Alamos National Laboratory Crack Growth in Alumina at High Temperature Introduction to High-Speed Imaging for #6559 | A. S Kobayashi–University of Washington Experimental Mechanics Applications #6634 | J. Kimberley–New Mexico Tech; M. J. Hargather–New 9:30 a.m. Mexico Tech Understanding Lateral Manganin Gauge Development of an Inverse Identification Influence of Swelling on the Material Properties High-Magnification In-Situ Optical Strain On the Influence of Specimen Thickness on Calibrations in Polymeric Materials #5996 | J. Method for Identifying Hyperelastic Constitutive of Brain Tissue #6156 | A. K. McCarty–Iowa Measurements at Elevated Temperatures #6592 Residual Stress in Additive Manufacturing #6830 L. Jordan–Los Alamos National Laboratory; D. T. Parameters by Metaheuristic Optimization State University; L. Zhang–Iowa State University; S. | R. S. Hansen–Utah State University; T. J. Bird–Purdue | A. Baldi–University of Cagliari Casem–U.S. Army Research Laboratory Algorithm. #6695 | G. Bastos–Univ. Rennes 1; A. Hansen–Iowa State University; W. J. Jackson–Iowa University; R. Voie–Virginia Tech; K. Burn–Utah State 9:40 a.m. Tayeb–Univ. Rennes 1; N. Di Cesare–Univ. Bretagne State University; S. A. Bentil–Iowa State University University; D. Waldram–Utah State University; R. B. Sud; J. Le Cam–Univ. Rennes 1; E. Robin–Univ. Berke–Utah State University Rennes 1 Characterization of Piezoelectricity and 9:50 a.m. Nonlinearity in Monolayer TMDC Resonators Using Cavity-Interferometry #6185 | H. D. Mechanochemistry Based Detection of Material A Bayesian-Type Statistical Approach for Espinosa–Northwestern University; S. P. Nathamgari– A Silicone Elastomer as a Brain Surrogate for The Virtual Fields Method #7176 | F. Pierron– The Effect of Phase-Lag on Materials Undergoing Residual Stresses at Critical Locations in Damage Under Dynamic Load #6508 | L. Identification of Plastic Properties from Northwestern University; S. Dong–Northwestern Blast-induced Traumatic Brain Injury Research University of Southampton Thermo-Mechanical Fatigue #6593 | A. J. Additively-Manufactured Components #6323 | Shannahan–Army Research Laboratory; J. Berry– Indentation #6018 | Y. Zhang–Texas A&M University; L. Medina–Northwestern University #6157 | L. Zhang–Iowa State University; W. J. Smith–Utah State University; R. S. Hansen–Utah C. R. D’Elia–University of California, Davis; M. R. Hill– 10:00 a.m. SURVICE Engineering, Inc.; Y. Lin–Duke University; M. University; A. Needleman–Texas A&M University Jackson–Iowa State University; S. A. Bentil–Iowa State University; T. Q. Thai–Utah State University; R. B. University of California, Davis; M. E. Stender–Sandia Barbee–Duke University; S. Craig–Duke University; M. State University Berke–Utah State University National Laboratories; C. W. San Marchi–Sandia Fermen-Coker–Army Research Laboratory National Laboratories On the Role of Human Umbilical Cord Biomechanics #6937 | R. Brunelli–Università degli 10:10 a.m. Studi di Roma “La Sapienza”; M. Papi–Università Time-temperature Superposition of PMMA at Cattolica del Sacro Cuore; T. Parasassi–Istituto di Biofidelic Human Head Phantoms for Studies Effect of Loading Rate on Fracture Behavior of Ultrasonic Strain-rates #6543 | D. M. Williamson– Farmacologia Traslazionale; M. De Spirito–Università of Blast-TBI #6466 | J. Kerwin–Michigan State Carbon Fiber Reinforced Polymer Composites 10:20 a.m. University of Cambridge; M. Constantinou–University Cattolica del Sacro Cuore; C. Pappalettere–Politecnico University; S. Vidhate–Michigan State University; R. #6035 | C. Miao–Auburn University; H. Tippur– of Cambridge di Bari; L. Lamberti–Politecnico di Bari Mejia-Alvarez–Michigan State University Auburn University 10:30 a.m.-4:30 p.m. Exposition Open—South Grand Naples Exposition Open—South Grand Naples
10:40-11:10 a.m. Coffee Break in the Exhibit Hall—South Grand Naples Coffee Break in the Exhibit Hall—South Grand Naples
Technical Program 35 CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 9TH INT’L SYMP ON THE MECHANICS OF THERMOMECHANICS AND ADDITIVE & ADV. MANUFACT. Program TRACK DYNAMIC BEHAVIOR OF MATERIALS INVERSE PROBLEM METHODOLOGIES IN EXPERIMENTAL MECHANICS BIOLOGICAL SYSTEMS & MATERIALS INFRARED IMAGING FRACTURE & FATIGUE and MTDM and RESIDUAL STRESS 29. SHOCK AND BLAST I 30. TEST DESIGN AND INVERSE 31. SYMPOSIUM IN HONOR OF C.A. 32. LIGAMENTS AND SOFT MATERIALS 33. MATERIALS CHARACTERIZATION 34. FAILURE IN ELASTOMERS 35. ADDITIVE MANUFACTURING: SESSION METHOD ALGORITHMS II SCIAMMARELLA’S BIRTHDAY II USING THERMOGRAPHY AND GELS RESIDUAL STRESS II Tuesday Early Afternoon, V. Eliasson–University of California, San Diego; J. Hoefnagels–Eindhoven University of Technology; F.-P. Chiang–Stony Brook University; J. Notbohm–University of Wisconsin-Madison J. Barton–University of Southampton ; B. Mukherjee–The Dow Chemical Company; N. Levkulich –UES; June 4, 2019 CHAIR(S) B. Koohbor –University of Illinois J. Considine–USDA, Forest Service, F. Hild–LMT/CNRS X. Balandraud–Sigma Clermont J. Furmanski–Exxon Mobil M. Strantza–Los Alamos National Lab at Urbana-Champaign Forest Products Laboratory Engineering School 11:10 a.m.-12:10 p.m. William M. Murray Lecture: Kyung-Suk Kim—Naples 6-7 William M. Murray Lecture: Kyung-Suk Kim—Naples 6-7 12:10-1:50 p.m. TD Pizza Lunch—Tuscany EF TD Pizza Lunch—Tuscany EF Dynamic Failure of Pure Tungsten Carbide Identifying Material Damage Jointly from Applying a Deconvolution Algorithm to Enhance Displacement-encoded Magnetic Resonance in Identification of Constitutive Parameters from Mapping Nonlinear Crack Tip Deformation Field Cause and Effect of Residual Stresses in Selective Under Simultaneous Compression and Shear Electrical Resistance Tomography and Digital Displacement and Strain Maps Obtained with Soft Materials #6283 | J. B. Estrada–University of Full Thermal and Kinematic Fields: Application in Soft Materials with a Particle Tracking Method Laser Melting #6792 | B. Vrancken–Lawrence Plate Impact Loading #6598 | B. Zuanetti–Case Image Correlation #6477 | D. Smyl–University of Local DIC and LSA #6016 | M. Grediac–Institut Michigan, Ann Arbor; C. M. Luetkemeyer–University to Hyperelasticity #6402 | S. Charlès–Université de #6638 | Y. Qi–University of Colorado Boulder; Livermore National Laboratory 1:50 p.m. Western Reserve University; T. Wang–Case Western Sheffield; W. Ahmad–Aalto University; A. Vavilov– Pascal, Université Clermont Auvergne; B. Blaysat– of Michigan, Ann Arbor; U. M. Scheven–University Rennes 1; J. Le Cam–Université de Rennes 1 Z. Zou–University of Colorado Boulder; J. Xiao– Reserve University; V. Prakash–Case Western Reserve Aalto University; G. Sorger–Aalto University; S. Institut Pascal, Université Clermont Auvergne; F. of Michigan, Ann Arbor; E. M. Arruda–University of University of Colorado Boulder; R. Long–University of University Bossuyt–Aalto University Sur–Université de Lorraine Michigan, Ann Arbor Colorado Boulder 2:00-3:30 p.m. Editorial Council Meeting—Roma 1 Editorial Council Meeting—Roma 1 Using Molecular Dynamics to Investigate the Inversion of Residual Stresses in Silicon Wafer Digital Volume Correlation: Progress and Full-Field Displacement Mapping and Inverse The Effect of Residual Stress on Aluminum Elastomer Cutting and Tearing #6866 | B. Multifunctional Testing Artifacts for Efficient Atomistic Response of Boron Carbide under from Surface Deflection Measurements #6399 | Challenges #6619 | F. Hild–LMT/University Paris- Methods Detect Known Microstructural Strength using Thermoelatic Stress Analysis Zhang–UIUC; S. Hutchens–UIUC Investigation of Distortions and Residual Shock Impact #6801 | M. DeVries–University of Y. Obata–Aoyamagakuin univercity; S. Yoneyama– Saclay; E. LMT–University Paris-Saclay Difference in ACL Bundles #6529 | C. M. #6195 | W. Shen–National Kaohsiung University of Stresses in Additive Manufacturing by FDM Florida; A. Awasthi–University of Florida; G. Subhash– Aoyamagakuin univercity Luetkemeyer–University of Michigan; E. M. Arruda– Science and Technology; S. Lin–National Kaohsiung #6630 | K. Pooladvand–Worcester Polytechnic University of Florida University of Michigan University of Science and Technology; Y. Huang– Institute (WPI); P. Razavi–Worcester Polytechnic 2:10 p.m. Metal Industries Research & Development Center; Institute (WPI); A. D. Salerni–Worcester Polytechnic X. Ji–National Kaohsiung University of Science and Institute (WPI); C. Furlong–Worcester Polytechnic Technology; W. Zeng–National Kaohsiung University Institute (WPI) of Science and Technology Small Scale Blast Wave Experiments in Modal Identification Using Nonstationary Time Dynamics of Deformation-to-Fracture Vibrational Analysis of Biopolymer-Based One-Dimensional Heat Source Reconstruction Enhanced Dry Adhesion of Soft Composite Simulations and Experimental Verification of Compartmentalized Setup with CFRP Divider Series Analysis #6533 | C. Lin–National Pingtung Transition Based on Wave Theory #6173 | S. Hydrogels Using 3D-Printed Test Structures Applied to Phase Transforming Superelastic Ni-Ti Elastomeric Structures with Different Cross- Residual Stresses in Additively-Manufactured #6351 | B. J. Katko–UC San Diego; L. Zheng–UC San University of Science and Technology Yoshida–Southeastern Louisiana University; D. R. for Applications In Bioprinting #6501 | S. Wire #6287 | A. Jury–Nuclear Physics Institute of the section Geometries #6562 | N. M. Amir–University Components #6926 | M. E. Stender–Sandia Diego; J. Zanteson–UC San Diego; B. Lawlor–UC San Didie–Southeastern Louisiana University Schwarz–Munich University of Applied Sciences; B. E. Czech Academy of Sciences; X. Balandraud–Institut of Nevada, Reno; A. Luo–University of Pennsylvania; National Laboratories; L. L. Beghini–Sandia Diego; C. McGuire–UC San Diego; J. Didoszak–Naval Hartmann–Munich University of Applied Sciences; R. Pascal Clermont Ferrand France; L. Heller–Institute of T. Milad–University of Nevada, Reno; S. Chen– National Laboratories; J. D. Sugar–Sandia National 2:30 p.m. Postgraduate School; Y. Kwon–Naval Postgraduate Moerl–Polytec GmbH; S. Sudhop–Munich University Physics of the Czech Academy of Sciences; E. Alarcon– University of Nevada, Reno; K. T Turner–University of Laboratories; C. R D’Elia–University of California, School; V. Eliasson–UC San Diego of Applied Sciences; H. Clausen-Schaumann–Munich Institute of Physics of the Czech Academy of Sciences; Pennsylvania; W. Shan–University of Nevada, Reno Davis; M. R. Hill–University of California, Davis; C. W. University of Applied Sciences; D. J. Rixen–Technical M. Karlik–Czech Technical University in Prague SanMarchi–Sandia National Laboratories University of Munich Effect of Interface Chemical Composition on MIMO Input Derivations, Optimizing Input Force Fatigue Monitoring of Dented Pipeline Comparative Modal Analysis of the Tympanic Calorific Analysis of a Granular System made in Fracture of a PVA Dual-Crosslink Hydrogel #6574 In Situ Thermal Strain Development in 420 Shock Induced Temperature Rise in Energetic Against Output Accuracy #6705 | A. Maji–Sandia Specimens using Infrared Thermography, DIC Membrane Mechanics between Normal and Shape Memory Alloy #6412 | T. Yachai–Chiang | M. Liu–Cornell University; J. Guo–Cornell University; Stainless Steel Additive Manufactured Metals Materials Analyzed using the Cohesive Finite National Laboratory and Fiber Optic Strain Gages #6250 | J. L. Freire– Experimentally Simulated Pathological Ears Mai University; R. Boufayed–Universite Clermont C. Hui–Cornell University; A. Zehnder–Cornell #6567 | N. Momenzadeh–University of Louisville; Element Method #6675 | C. Prakash–Purdue Pontifical Catholic University of Rio de Janeiro; V. E. #6678 | H. Tang–Worcester Polytechnic Institute; P. Auvergne; P. Jongchansitto–Chiang Mai University; University S. D. Nath–University of Louisville; T. A. Berfield– University; A. M. Olokun–Purdue University; I. E. Paiva–Pontifical Catholic University of Rio de Janeiro; Razavi–Worcester Polytechnic Institute; N. Maftoon– I. Preechawuttipong–Chiang Mai University; X. University of Louisville; S. V. Atre–University of 2:50 p.m. Gunduz–Purdue University; V. Tomar–Purdue G. L. Gonzales–Pontifical Catholic University of Rio de University of Waterloo; J. J. Rosowski–Massachusetts Balandraud–Universite Clermont Auvergne Louisville University Janeiro; R. D. Vieira–Pontifical Catholic University of Eye and Ear Infirmary/Harvard Medical School; Rio de Janeiro; J. L Diniz–Pontifical Catholic University C. Furlong–Worcester Polytechnic Institute; J. T. of Rio de Janeiro; A. S Ribeiro–Pontifical Catholic Cheng–Massachusetts Eye and Ear Infirmary/Harvard University of Rio de Janeiro; A. L Almeida–Petrobras Medical School Dynamic Mechanical Behaviour of Reinforced Stress Determination for Granular Materials Digital Projection Speckle Technique for Fringe Low-Cost Thermoelastic Stress Analysis #6038 | Soft Elastomers and Polymer Gels for Defense Neutron Diffraction Residual Stress Parametric Cork Agglomerate #6978 | L. Le Barbenchon–Arts Using TSA: An Inverse Approach #6521 | M. Generation #5929 | A. M. Giordano–Stony Brook M. Weihrauch–University of Liverpool; C. Middleton– Applications #6854 | R. A. Mrozek–U.S. Army Study of Notch Manufacturing Strategy et Métiers ParisTech; J. Kopp–Arts et Métiers ParisTech; Yousefi–Rochester Institute of Technology - Dubai; University; A. C. Nwuba–Stony Brook University; F. University of Liverpool; R. Greene–Strain Solutions Research Laboratory; E. D. Bain–U.S. Army Research for Laser-powder Bed Fusion Cylindrical J. Girardot–Arts et Métiers ParisTech; P. Viot–Arts et X. Balandraud–Universite Clermont Auvergne; W. A. Chiang–Stony Brook University Limited; E. A. Patterson–University of Liverpool Laboratory; S. T. Cole–U.S. Army Research Laboratory; Components #6304 | N. A. Bachus–University of Métiers ParisTech Samad–Rochester Institute of Technology - Dubai P. Moy–U.S. Army Research Laboratory; J. L. California, Davis; D. W. Brown–Los Alamos National 3:10 p.m. Lenhart–U.S. Army Research Laboratory Laboratory; S. C. Burke–Lawrence Livermore National Laboratory; B. Clausen–Los Alamos National Laboratory; M. Strantza–Los Alamos National Laboratory; M. W. Wraith–Lawrence Livermore National Laboratory 3:30-4:10 p.m. Exhibitor Dessert Break | Sponsored by: Capacitec, Inc.—South Grand Naples Exhibitor Dessert Break | Sponsored by: Capacitec, Inc.—South Grand Naples
36 Technical Program CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 9TH INT’L SYMP ON THE MECHANICS OF THERMOMECHANICS AND ADDITIVE & ADV. MANUFACT. Program TRACK DYNAMIC BEHAVIOR OF MATERIALS INVERSE PROBLEM METHODOLOGIES IN EXPERIMENTAL MECHANICS BIOLOGICAL SYSTEMS & MATERIALS INFRARED IMAGING FRACTURE & FATIGUE and MTDM and RESIDUAL STRESS 29. SHOCK AND BLAST I 30. TEST DESIGN AND INVERSE 31. SYMPOSIUM IN HONOR OF C.A. 32. LIGAMENTS AND SOFT MATERIALS 33. MATERIALS CHARACTERIZATION 34. FAILURE IN ELASTOMERS 35. ADDITIVE MANUFACTURING: SESSION METHOD ALGORITHMS II SCIAMMARELLA’S BIRTHDAY II USING THERMOGRAPHY AND GELS RESIDUAL STRESS II Tuesday Early Afternoon, V. Eliasson–University of California, San Diego; J. Hoefnagels–Eindhoven University of Technology; F.-P. Chiang–Stony Brook University; J. Notbohm–University of Wisconsin-Madison J. Barton–University of Southampton ; B. Mukherjee–The Dow Chemical Company; N. Levkulich –UES; June 4, 2019 CHAIR(S) B. Koohbor –University of Illinois J. Considine–USDA, Forest Service, F. Hild–LMT/CNRS X. Balandraud–Sigma Clermont J. Furmanski–Exxon Mobil M. Strantza–Los Alamos National Lab at Urbana-Champaign Forest Products Laboratory Engineering School 11:10 a.m.-12:10 p.m. William M. Murray Lecture: Kyung-Suk Kim—Naples 6-7 William M. Murray Lecture: Kyung-Suk Kim—Naples 6-7 12:10-1:50 p.m. TD Pizza Lunch—Tuscany EF TD Pizza Lunch—Tuscany EF Dynamic Failure of Pure Tungsten Carbide Identifying Material Damage Jointly from Applying a Deconvolution Algorithm to Enhance Displacement-encoded Magnetic Resonance in Identification of Constitutive Parameters from Mapping Nonlinear Crack Tip Deformation Field Cause and Effect of Residual Stresses in Selective Under Simultaneous Compression and Shear Electrical Resistance Tomography and Digital Displacement and Strain Maps Obtained with Soft Materials #6283 | J. B. Estrada–University of Full Thermal and Kinematic Fields: Application in Soft Materials with a Particle Tracking Method Laser Melting #6792 | B. Vrancken–Lawrence Plate Impact Loading #6598 | B. Zuanetti–Case Image Correlation #6477 | D. Smyl–University of Local DIC and LSA #6016 | M. Grediac–Institut Michigan, Ann Arbor; C. M. Luetkemeyer–University to Hyperelasticity #6402 | S. Charlès–Université de #6638 | Y. Qi–University of Colorado Boulder; Livermore National Laboratory 1:50 p.m. Western Reserve University; T. Wang–Case Western Sheffield; W. Ahmad–Aalto University; A. Vavilov– Pascal, Université Clermont Auvergne; B. Blaysat– of Michigan, Ann Arbor; U. M. Scheven–University Rennes 1; J. Le Cam–Université de Rennes 1 Z. Zou–University of Colorado Boulder; J. Xiao– Reserve University; V. Prakash–Case Western Reserve Aalto University; G. Sorger–Aalto University; S. Institut Pascal, Université Clermont Auvergne; F. of Michigan, Ann Arbor; E. M. Arruda–University of University of Colorado Boulder; R. Long–University of University Bossuyt–Aalto University Sur–Université de Lorraine Michigan, Ann Arbor Colorado Boulder 2:00-3:30 p.m. Editorial Council Meeting—Roma 1 Editorial Council Meeting—Roma 1 Using Molecular Dynamics to Investigate the Inversion of Residual Stresses in Silicon Wafer Digital Volume Correlation: Progress and Full-Field Displacement Mapping and Inverse The Effect of Residual Stress on Aluminum Elastomer Cutting and Tearing #6866 | B. Multifunctional Testing Artifacts for Efficient Atomistic Response of Boron Carbide under from Surface Deflection Measurements #6399 | Challenges #6619 | F. Hild–LMT/University Paris- Methods Detect Known Microstructural Strength using Thermoelatic Stress Analysis Zhang–UIUC; S. Hutchens–UIUC Investigation of Distortions and Residual Shock Impact #6801 | M. DeVries–University of Y. Obata–Aoyamagakuin univercity; S. Yoneyama– Saclay; E. LMT–University Paris-Saclay Difference in ACL Bundles #6529 | C. M. #6195 | W. Shen–National Kaohsiung University of Stresses in Additive Manufacturing by FDM Florida; A. Awasthi–University of Florida; G. Subhash– Aoyamagakuin univercity Luetkemeyer–University of Michigan; E. M. Arruda– Science and Technology; S. Lin–National Kaohsiung #6630 | K. Pooladvand–Worcester Polytechnic University of Florida University of Michigan University of Science and Technology; Y. Huang– Institute (WPI); P. Razavi–Worcester Polytechnic 2:10 p.m. Metal Industries Research & Development Center; Institute (WPI); A. D. Salerni–Worcester Polytechnic X. Ji–National Kaohsiung University of Science and Institute (WPI); C. Furlong–Worcester Polytechnic Technology; W. Zeng–National Kaohsiung University Institute (WPI) of Science and Technology Small Scale Blast Wave Experiments in Modal Identification Using Nonstationary Time Dynamics of Deformation-to-Fracture Vibrational Analysis of Biopolymer-Based One-Dimensional Heat Source Reconstruction Enhanced Dry Adhesion of Soft Composite Simulations and Experimental Verification of Compartmentalized Setup with CFRP Divider Series Analysis #6533 | C. Lin–National Pingtung Transition Based on Wave Theory #6173 | S. Hydrogels Using 3D-Printed Test Structures Applied to Phase Transforming Superelastic Ni-Ti Elastomeric Structures with Different Cross- Residual Stresses in Additively-Manufactured #6351 | B. J. Katko–UC San Diego; L. Zheng–UC San University of Science and Technology Yoshida–Southeastern Louisiana University; D. R. for Applications In Bioprinting #6501 | S. Wire #6287 | A. Jury–Nuclear Physics Institute of the section Geometries #6562 | N. M. Amir–University Components #6926 | M. E. Stender–Sandia Diego; J. Zanteson–UC San Diego; B. Lawlor–UC San Didie–Southeastern Louisiana University Schwarz–Munich University of Applied Sciences; B. E. Czech Academy of Sciences; X. Balandraud–Institut of Nevada, Reno; A. Luo–University of Pennsylvania; National Laboratories; L. L. Beghini–Sandia Diego; C. McGuire–UC San Diego; J. Didoszak–Naval Hartmann–Munich University of Applied Sciences; R. Pascal Clermont Ferrand France; L. Heller–Institute of T. Milad–University of Nevada, Reno; S. Chen– National Laboratories; J. D. Sugar–Sandia National 2:30 p.m. Postgraduate School; Y. Kwon–Naval Postgraduate Moerl–Polytec GmbH; S. Sudhop–Munich University Physics of the Czech Academy of Sciences; E. Alarcon– University of Nevada, Reno; K. T Turner–University of Laboratories; C. R D’Elia–University of California, School; V. Eliasson–UC San Diego of Applied Sciences; H. Clausen-Schaumann–Munich Institute of Physics of the Czech Academy of Sciences; Pennsylvania; W. Shan–University of Nevada, Reno Davis; M. R. Hill–University of California, Davis; C. W. University of Applied Sciences; D. J. Rixen–Technical M. Karlik–Czech Technical University in Prague SanMarchi–Sandia National Laboratories University of Munich Effect of Interface Chemical Composition on MIMO Input Derivations, Optimizing Input Force Fatigue Monitoring of Dented Pipeline Comparative Modal Analysis of the Tympanic Calorific Analysis of a Granular System made in Fracture of a PVA Dual-Crosslink Hydrogel #6574 In Situ Thermal Strain Development in 420 Shock Induced Temperature Rise in Energetic Against Output Accuracy #6705 | A. Maji–Sandia Specimens using Infrared Thermography, DIC Membrane Mechanics between Normal and Shape Memory Alloy #6412 | T. Yachai–Chiang | M. Liu–Cornell University; J. Guo–Cornell University; Stainless Steel Additive Manufactured Metals Materials Analyzed using the Cohesive Finite National Laboratory and Fiber Optic Strain Gages #6250 | J. L. Freire– Experimentally Simulated Pathological Ears Mai University; R. Boufayed–Universite Clermont C. Hui–Cornell University; A. Zehnder–Cornell #6567 | N. Momenzadeh–University of Louisville; Element Method #6675 | C. Prakash–Purdue Pontifical Catholic University of Rio de Janeiro; V. E. #6678 | H. Tang–Worcester Polytechnic Institute; P. Auvergne; P. Jongchansitto–Chiang Mai University; University S. D. Nath–University of Louisville; T. A. Berfield– University; A. M. Olokun–Purdue University; I. E. Paiva–Pontifical Catholic University of Rio de Janeiro; Razavi–Worcester Polytechnic Institute; N. Maftoon– I. Preechawuttipong–Chiang Mai University; X. University of Louisville; S. V. Atre–University of 2:50 p.m. Gunduz–Purdue University; V. Tomar–Purdue G. L. Gonzales–Pontifical Catholic University of Rio de University of Waterloo; J. J. Rosowski–Massachusetts Balandraud–Universite Clermont Auvergne Louisville University Janeiro; R. D. Vieira–Pontifical Catholic University of Eye and Ear Infirmary/Harvard Medical School; Rio de Janeiro; J. L Diniz–Pontifical Catholic University C. Furlong–Worcester Polytechnic Institute; J. T. of Rio de Janeiro; A. S Ribeiro–Pontifical Catholic Cheng–Massachusetts Eye and Ear Infirmary/Harvard University of Rio de Janeiro; A. L Almeida–Petrobras Medical School Dynamic Mechanical Behaviour of Reinforced Stress Determination for Granular Materials Digital Projection Speckle Technique for Fringe Low-Cost Thermoelastic Stress Analysis #6038 | Soft Elastomers and Polymer Gels for Defense Neutron Diffraction Residual Stress Parametric Cork Agglomerate #6978 | L. Le Barbenchon–Arts Using TSA: An Inverse Approach #6521 | M. Generation #5929 | A. M. Giordano–Stony Brook M. Weihrauch–University of Liverpool; C. Middleton– Applications #6854 | R. A. Mrozek–U.S. Army Study of Notch Manufacturing Strategy et Métiers ParisTech; J. Kopp–Arts et Métiers ParisTech; Yousefi–Rochester Institute of Technology - Dubai; University; A. C. Nwuba–Stony Brook University; F. University of Liverpool; R. Greene–Strain Solutions Research Laboratory; E. D. Bain–U.S. Army Research for Laser-powder Bed Fusion Cylindrical J. Girardot–Arts et Métiers ParisTech; P. Viot–Arts et X. Balandraud–Universite Clermont Auvergne; W. A. Chiang–Stony Brook University Limited; E. A. Patterson–University of Liverpool Laboratory; S. T. Cole–U.S. Army Research Laboratory; Components #6304 | N. A. Bachus–University of Métiers ParisTech Samad–Rochester Institute of Technology - Dubai P. Moy–U.S. Army Research Laboratory; J. L. California, Davis; D. W. Brown–Los Alamos National 3:10 p.m. Lenhart–U.S. Army Research Laboratory Laboratory; S. C. Burke–Lawrence Livermore National Laboratory; B. Clausen–Los Alamos National Laboratory; M. Strantza–Los Alamos National Laboratory; M. W. Wraith–Lawrence Livermore National Laboratory 3:30-4:10 p.m. Exhibitor Dessert Break | Sponsored by: Capacitec, Inc.—South Grand Naples Exhibitor Dessert Break | Sponsored by: Capacitec, Inc.—South Grand Naples
Technical Program 37 CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 9TH INT’L SYMP ON THE MECHANICS OF THERMOMECHANICS AND ADDITIVE & ADV. MANUFACT. Program TRACK DYNAMIC BEHAVIOR OF MATERIALS IN EXPERIMENTAL MECHANICS BIOLOGICAL SYSTEMS & MATERIALS INFRARED IMAGING FRACTURE & FATIGUE and MTDM and RESIDUAL STRESS 36. DYNAMIC BEHAVIOR 37. TECHNOLOGY APPLICATIONS 38. SYMPOSIUM IN HONOR OF C.A. 39. ORTHOPEDIC BIOMECHANICS 40. FATIGUE, DAMAGE AND 41. RATE EFFECTS IN ELASTOMERS 42. ADDITIVE MANUFACTURING: SESSION OF COMPOSITES SCIAMMARELLA’S BIRTHDAY III FRACTURE EVALUATION RESIDUAL STRESS III Tuesday USING IR THERMOGRAPHY Late Afternoon, M. Pankow–North Carolina State University; P. Reynolds–University of Exeter M. Grédiac–Institut Pascal; O. Kingstedt–University of Utah; W. Samad–Rochester Institute of Technology; S. Hutchens–University of Illinois M. Hill–University of California, Davis; CHAIR(S) R. Chavez–University of California San Diego F. Pierron–University of Southampton J. Wang–University of Washington J.-B. Le Cam–University de Rennes - CNRS Urbana-Champaign; B. Vrancken–Lawrence Livermore June 4, 2019 A. Amirkhizi–University of Massachusetts, Lowell National Laboratory 4:00-6:00 p.m. Technical Activities Council—Roma 1 Technical Activities Council—Roma 1 Full-Field Mechanical and Thermal Strain-Rate Modern Photoelasticity #7483 | J. R. Lesniak– Infrared Deflectometry #6440 | H. Toniuc– Fracture Behavior of Bovine Cortical Bone Controlling Crack Propagation using Infrared Mechanics and Mechanisms of Slow Crack Extending Incremental Slitting to Resolve Dependence of CFRP Laminates #6326 | B. E. Stress Photonics Inc.; B. R. Boyce–Stress Photonics Inc. University of Southampton; P. Fabrice–University of Embrittled by Ribosylation to Mimic Diabetes Thermography #6815 | J. E. Thatcher–University Propagation in Brittle Hydrogels #6497 | K. A. Mesoscale, Oscillating Residual Stresses in 4:10 p.m. Smith–The Ohio State University; A. Gilat–The Ohio Southampton Skeletal Fragility #6448 | M. Elamin–University of Southampton; D. A. Crump–University of Mac Donald–California Institute of Technology; G. Additively Manufactured Ti-6Al-4 #6312 | M. B. State University; J. D. Seidt–The Ohio State University of Utah; T. Snow–University of Utah; J. Rosenberg– Southampton; C. Devivier–University of Southampton; Ravichandran–California Institute of Technology Prime–Los Alamos National Laboratory; M. Strantza– Challenges Designing a CT Scanner Load Frame University of Utah; C. Acevedo–University of Utah; O. T. J. M. Dulieu-Barton–University of Southampton Los Alamos National Laboratory #7473 | T. Wickman–Psylotech, Inc.; A. Panahon– Kingstedt–University of Utah 4:25 p.m. Psylotech, Inc.; A. Arzoumanidis–Psylotech, Inc. High-Speed Infrared Investigations of Local Development of Camera Calibration-free 3D A Comparison Between Bearing and Non- Evaluation of Fatigue Crack Growth Behavior and A Post-mortem Analysis of the Strain-induced The Effect of Selective Laser Melting Process Heating in a Graphite-Fiber-PDMS Composite Shape Measurement Using Feature Quantity Bearing Human Bone: Mechanical Testing and Effect of Repair Work Based on Thermoelastic Crystallization Effects on Fatigue of Elastomers Parameters on Residual Stress, Distortion, 4:30 p.m. Material Under Dynamic Loading #6880 | S. Type Whole-Space Tabulation Method #6706 Micro-Architecture Assessment #6629 | X. Stress Analysis for Steel Bridge Members #6581 #6393 | B. Ruellan–University of Rennes 1; J. Le and Texture in a Titanium Alloy #6376 | N. C. Boubanga-Tombet–Telops; S. Ravindran–University MatchID - Metrology Beyond Colors #7467 | M. | M. Fujigaki–University of Fukui; K. Yoshiyuki– Roothaer–University Polytechnique Hauts-de-France; | T. Sakagami–Kobe University; D. Shiozawa–Kobe Cam–University of Rennes 1; E. Robin–University of Levkulich–UES; J. E. Gockel–Wright State University; J. of South Carolina; A. Kidane–University of South Sabbe–MatchID University of Fukui; H. Tanaka–OPTON Co., LTD R. Delille–University Polytechnique Hauts-de-France; University; Y. Terauchi–Kobe University; N. Arima– Rennes 1; I. Jeanneau–Cooper Standard; F. Canévet– R. Middendorf–UTC; A. A. DeWald–Hill Engineering; Carolina; F. Marcotte–Telops; V. Morton–Telops H. Morvan–University Polytechnique Hauts-de- Honshu-Shikoku Bridge Expressway Company Limited; Cooper Standard; G. Mauvoisin–University of Rennes N. W. Klingbeil–Wright State University; S. L. 4:40 p.m. France; B. Bennani–University Polytechnique Hauts- Y. Mizokami–Honshu-Shikoku Bridge Expressway 1; D. Loison–University of Rennes 1 Semiatin–Air Force Research Laboratory de-France; E. Markiewicz–University Polytechnique Company Limited; M. Hayashi–Honshu-Shikoku Hauts-de-France; C. Fontaine–University of Lille 2 Bridge Expressway Company Limited Advancing the Image-Based Inertial Impact Interfacial Shear Stress Transfer between Microstructure and Mechanical Properties of Detecting and Monitoring Cracks in Aerospace Fracture Behavior Characterization of Elastomers Advances in Multiscale 3D Metrology and Local Test for High Strain Rate Interlaminar Properties Nanowire and Elastomer Substrate #6654 | F. R. the Armadillidium Vulgare Cuticle #6615 | N. Structures using TSA with Optical Flow #6039 by Stress Controlled Fatigue Experiments #6171 Mechanical Performance Mapping for Additive Using Synchronised Ultra-High-Speed Poblete–North Carolina State University; Z. Cui–North Yamagata–University of Washington; A. Beausoleil– | C. Middleton–University of Liverpool; J. McCrory– | K. K. Harban–University of Washington; M. E. Manufacturing #6831 | B. Winiarski–Thermo Cameras #6475 | J. Van Blitterswyk–University of Carolina State University; Y. Zhu–North Carolina State University of Washington; G. A. Randall–University University of Cardiff; R. Greene–Strain Solutions Tuttle–University of Washington Fisher Scientific/University of Manchester; G. Pyka– 4:50 p.m. Southampton; L. Fletcher–University of Southampton; University of Washington; D. Arola–University of Washington; J. Limited; E. A. Patterson–University of Liverpool; K. Thermo Fisher Scientific; A. Chirazi–Thermo Fisher F. Pierron–University of Southampton Wang–University of Washington Holford–University of Cardiff Scientific; D. Lichau–Thermo Fisher Scientific; P. J. Withers–University of Manchester Enabling Major Trends in Materials Testing – Non-Contacting Strain Measurement & Mechanical Characterization of Additively 4:55 p.m. Manufactured Components. #7469 | M. T Menzuber–MTS Systems; S. E Anderson–MTS Systems; P. G Marsh–MTS Systems Low Temperature Seawater Effects on the New Techniques to Visualize Birefringence Real-time Shadow Moiré Measurement by Imaging of the Scattering of High-Intensity In-Situ Thermomechanical Behaviour of the Fracture Behaviour of an Adhesive under Mixed Mechanical, Fracture, and Dynamic Behavior of in Transparent Materials #7482 | A. Bridges– Two Light Sources #6441 | F. Cheng–national Focused Ultrasonic Waves at Artificial Bone Thermal Barrier Coatings at High Temperature Mode Dynamic Loading #6398 | N. Dagorn– E-Glass and Carbon Fiber Laminates #7010 | J. Photron cheng kung university; T. Chen–national cheng kung Replicas #6553 | M. Brown–California State #6871 | M. Singh–Indian Institute of Technology ONERA; V. Joudon–Safran Aircraft Engines; B. Bourel– LeBlanc–Naval Undersea Warfare Center (Division university; C. Lee–national cheng kung university; M. University, Northridge; D. Sanford–California State Bombay; G. Siva Kumar–International Advanced LAMIH, Université Polytechnique Hauts de France; F. Newport); P. Cavallaro–Naval Undersea Warfare Lin–National Chung Hsin University University, Northridge; C. Schaal–California State Research Center for Powder Metallurgy and New Lauro–LAMIH, Université Polytechnique Hauts de Center (Division Newport); J. Torres–Naval Undersea University, Northridge Materials; K. N. Jonnalagadda–Indian Institute of France; G. Portemont–ONERA 5:10 p.m. Warfare Center (Division Newport); E. Warner–Naval Technology Bombay Undersea Warfare Center (Division Newport); A. Hulton–Naval Undersea Warfare Center (Division Newport); R. Saenger–Naval Undersea Warfare Center (Division Newport); D. Ponte–Naval Undersea Warfare Center (Division Newport) EikoTwin : a Digital Twin for solid mechanics 5:25 p.m. #7484 | F. Mathieu– EikoSim Dynamic Compressive Response of Carbon Fibre Development of Chromatic Confocal Microscope Implementation and Validation of Morphology- Accuracy Improvement of Thermoelastic Laminar Composite and Carbon Fibre Corrugated with Diffractive Optical Element #6390 | W. Based Deformation Model for Compressive Stress and Dissipation Energy Measurement by Sandwich Panel #6266 | W. Huang–National Wang–National Tsing Hua University; Y. Yu–National Mechanical Response of Human Skull #6281 Motion Compensation with Optical-Infrared Kaohsiung University of Science and Technology; L. Tsing Hua University | S. L. Alexander–SURVICE Engineering Company; Synchronous Measurement #6982 | Y. Uchida– 5:30 p.m. Tsai–National Kaohsiung University of Science and C. Gunnarsson–U.S. Army Research Laboratory; Ergovision Corporation; D. Shiozawa–Kobe University; Technology K. Rafaels–U.S. Army Research Laboratory; T. M. Hori–Ergovision Corporation; K. Kobayashi–Kobe Weerasooriya–U.S. Army Research Laboratory University; T. Sakagami–Kobe University Experimental Method for Mode I Dynamic Recent advances in the development of Mechanical Response and Fracture of Human Fracture Toughness of Composite Laminates high-speed optical metrology for the acoustic, Skull to Indent Loading #6512 | C. Gunnarsson– Using Double Cantilever Beam Specimens #6534 hearing, and speech sciences #6901 | C. Furlong– Army Research Laboratory; S. L. Alexander–Army | G. Portemont–ONERA; T. Fourest–ONERA; R. De Worcester Polytechnic Institute - ME/CHSLT; R. A. Research Laboratory; T. Walter–Army Research 5:50 p.m. Coninck–ONERA Franco–Massachusetts Eye and Ear Infirmary, Boston Laboratory; K. Rafaels–Army Research Laboratory; T. MA; J. T. Cheng–Massachusetts Eye and Ear Infirmary, Weerasooriya–Army Research Laboratory Boston MA; J. J. Rosowski–Massachusetts Eye and Ear Infirmary, Boston MA Numerical Modeling of Impact Behavior of Nano-modified Glass Fiber Reinforced Plastic (GFRP)-Woven Composites #6693 | Y. Getahun– 6:10 p.m. Addis Ababa University; M. Habtemariam–Addis Ababa University; E. G. Koricho–Georgia Southern University 6:30-8:00 p.m. President’s Reception in the Exposition—South Grand Naples President’s Reception in the Exposition—South Grand Naples
38 Technical Program CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 9TH INT’L SYMP ON THE MECHANICS OF THERMOMECHANICS AND ADDITIVE & ADV. MANUFACT. Program TRACK DYNAMIC BEHAVIOR OF MATERIALS IN EXPERIMENTAL MECHANICS BIOLOGICAL SYSTEMS & MATERIALS INFRARED IMAGING FRACTURE & FATIGUE and MTDM and RESIDUAL STRESS 36. DYNAMIC BEHAVIOR 37. TECHNOLOGY APPLICATIONS 38. SYMPOSIUM IN HONOR OF C.A. 39. ORTHOPEDIC BIOMECHANICS 40. FATIGUE, DAMAGE AND 41. RATE EFFECTS IN ELASTOMERS 42. ADDITIVE MANUFACTURING: SESSION OF COMPOSITES SCIAMMARELLA’S BIRTHDAY III FRACTURE EVALUATION RESIDUAL STRESS III Tuesday USING IR THERMOGRAPHY Late Afternoon, M. Pankow–North Carolina State University; P. Reynolds–University of Exeter M. Grédiac–Institut Pascal; O. Kingstedt–University of Utah; W. Samad–Rochester Institute of Technology; S. Hutchens–University of Illinois M. Hill–University of California, Davis; CHAIR(S) R. Chavez–University of California San Diego F. Pierron–University of Southampton J. Wang–University of Washington J.-B. Le Cam–University de Rennes - CNRS Urbana-Champaign; B. Vrancken–Lawrence Livermore June 4, 2019 A. Amirkhizi–University of Massachusetts, Lowell National Laboratory 4:00-6:00 p.m. Technical Activities Council—Roma 1 Technical Activities Council—Roma 1 Full-Field Mechanical and Thermal Strain-Rate Modern Photoelasticity #7483 | J. R. Lesniak– Infrared Deflectometry #6440 | H. Toniuc– Fracture Behavior of Bovine Cortical Bone Controlling Crack Propagation using Infrared Mechanics and Mechanisms of Slow Crack Extending Incremental Slitting to Resolve Dependence of CFRP Laminates #6326 | B. E. Stress Photonics Inc.; B. R. Boyce–Stress Photonics Inc. University of Southampton; P. Fabrice–University of Embrittled by Ribosylation to Mimic Diabetes Thermography #6815 | J. E. Thatcher–University Propagation in Brittle Hydrogels #6497 | K. A. Mesoscale, Oscillating Residual Stresses in 4:10 p.m. Smith–The Ohio State University; A. Gilat–The Ohio Southampton Skeletal Fragility #6448 | M. Elamin–University of Southampton; D. A. Crump–University of Mac Donald–California Institute of Technology; G. Additively Manufactured Ti-6Al-4 #6312 | M. B. State University; J. D. Seidt–The Ohio State University of Utah; T. Snow–University of Utah; J. Rosenberg– Southampton; C. Devivier–University of Southampton; Ravichandran–California Institute of Technology Prime–Los Alamos National Laboratory; M. Strantza– Challenges Designing a CT Scanner Load Frame University of Utah; C. Acevedo–University of Utah; O. T. J. M. Dulieu-Barton–University of Southampton Los Alamos National Laboratory #7473 | T. Wickman–Psylotech, Inc.; A. Panahon– Kingstedt–University of Utah 4:25 p.m. Psylotech, Inc.; A. Arzoumanidis–Psylotech, Inc. High-Speed Infrared Investigations of Local Development of Camera Calibration-free 3D A Comparison Between Bearing and Non- Evaluation of Fatigue Crack Growth Behavior and A Post-mortem Analysis of the Strain-induced The Effect of Selective Laser Melting Process Heating in a Graphite-Fiber-PDMS Composite Shape Measurement Using Feature Quantity Bearing Human Bone: Mechanical Testing and Effect of Repair Work Based on Thermoelastic Crystallization Effects on Fatigue of Elastomers Parameters on Residual Stress, Distortion, 4:30 p.m. Material Under Dynamic Loading #6880 | S. Type Whole-Space Tabulation Method #6706 Micro-Architecture Assessment #6629 | X. Stress Analysis for Steel Bridge Members #6581 #6393 | B. Ruellan–University of Rennes 1; J. Le and Texture in a Titanium Alloy #6376 | N. C. Boubanga-Tombet–Telops; S. Ravindran–University MatchID - Metrology Beyond Colors #7467 | M. | M. Fujigaki–University of Fukui; K. Yoshiyuki– Roothaer–University Polytechnique Hauts-de-France; | T. Sakagami–Kobe University; D. Shiozawa–Kobe Cam–University of Rennes 1; E. Robin–University of Levkulich–UES; J. E. Gockel–Wright State University; J. of South Carolina; A. Kidane–University of South Sabbe–MatchID University of Fukui; H. Tanaka–OPTON Co., LTD R. Delille–University Polytechnique Hauts-de-France; University; Y. Terauchi–Kobe University; N. Arima– Rennes 1; I. Jeanneau–Cooper Standard; F. Canévet– R. Middendorf–UTC; A. A. DeWald–Hill Engineering; Carolina; F. Marcotte–Telops; V. Morton–Telops H. Morvan–University Polytechnique Hauts-de- Honshu-Shikoku Bridge Expressway Company Limited; Cooper Standard; G. Mauvoisin–University of Rennes N. W. Klingbeil–Wright State University; S. L. 4:40 p.m. France; B. Bennani–University Polytechnique Hauts- Y. Mizokami–Honshu-Shikoku Bridge Expressway 1; D. Loison–University of Rennes 1 Semiatin–Air Force Research Laboratory de-France; E. Markiewicz–University Polytechnique Company Limited; M. Hayashi–Honshu-Shikoku Hauts-de-France; C. Fontaine–University of Lille 2 Bridge Expressway Company Limited Advancing the Image-Based Inertial Impact Interfacial Shear Stress Transfer between Microstructure and Mechanical Properties of Detecting and Monitoring Cracks in Aerospace Fracture Behavior Characterization of Elastomers Advances in Multiscale 3D Metrology and Local Test for High Strain Rate Interlaminar Properties Nanowire and Elastomer Substrate #6654 | F. R. the Armadillidium Vulgare Cuticle #6615 | N. Structures using TSA with Optical Flow #6039 by Stress Controlled Fatigue Experiments #6171 Mechanical Performance Mapping for Additive Using Synchronised Ultra-High-Speed Poblete–North Carolina State University; Z. Cui–North Yamagata–University of Washington; A. Beausoleil– | C. Middleton–University of Liverpool; J. McCrory– | K. K. Harban–University of Washington; M. E. Manufacturing #6831 | B. Winiarski–Thermo Cameras #6475 | J. Van Blitterswyk–University of Carolina State University; Y. Zhu–North Carolina State University of Washington; G. A. Randall–University University of Cardiff; R. Greene–Strain Solutions Tuttle–University of Washington Fisher Scientific/University of Manchester; G. Pyka– 4:50 p.m. Southampton; L. Fletcher–University of Southampton; University of Washington; D. Arola–University of Washington; J. Limited; E. A. Patterson–University of Liverpool; K. Thermo Fisher Scientific; A. Chirazi–Thermo Fisher F. Pierron–University of Southampton Wang–University of Washington Holford–University of Cardiff Scientific; D. Lichau–Thermo Fisher Scientific; P. J. Withers–University of Manchester Enabling Major Trends in Materials Testing – Non-Contacting Strain Measurement & Mechanical Characterization of Additively 4:55 p.m. Manufactured Components. #7469 | M. T Menzuber–MTS Systems; S. E Anderson–MTS Systems; P. G Marsh–MTS Systems Low Temperature Seawater Effects on the New Techniques to Visualize Birefringence Real-time Shadow Moiré Measurement by Imaging of the Scattering of High-Intensity In-Situ Thermomechanical Behaviour of the Fracture Behaviour of an Adhesive under Mixed Mechanical, Fracture, and Dynamic Behavior of in Transparent Materials #7482 | A. Bridges– Two Light Sources #6441 | F. Cheng–national Focused Ultrasonic Waves at Artificial Bone Thermal Barrier Coatings at High Temperature Mode Dynamic Loading #6398 | N. Dagorn– E-Glass and Carbon Fiber Laminates #7010 | J. Photron cheng kung university; T. Chen–national cheng kung Replicas #6553 | M. Brown–California State #6871 | M. Singh–Indian Institute of Technology ONERA; V. Joudon–Safran Aircraft Engines; B. Bourel– LeBlanc–Naval Undersea Warfare Center (Division university; C. Lee–national cheng kung university; M. University, Northridge; D. Sanford–California State Bombay; G. Siva Kumar–International Advanced LAMIH, Université Polytechnique Hauts de France; F. Newport); P. Cavallaro–Naval Undersea Warfare Lin–National Chung Hsin University University, Northridge; C. Schaal–California State Research Center for Powder Metallurgy and New Lauro–LAMIH, Université Polytechnique Hauts de Center (Division Newport); J. Torres–Naval Undersea University, Northridge Materials; K. N. Jonnalagadda–Indian Institute of France; G. Portemont–ONERA 5:10 p.m. Warfare Center (Division Newport); E. Warner–Naval Technology Bombay Undersea Warfare Center (Division Newport); A. Hulton–Naval Undersea Warfare Center (Division Newport); R. Saenger–Naval Undersea Warfare Center (Division Newport); D. Ponte–Naval Undersea Warfare Center (Division Newport) EikoTwin : a Digital Twin for solid mechanics 5:25 p.m. #7484 | F. Mathieu– EikoSim Dynamic Compressive Response of Carbon Fibre Development of Chromatic Confocal Microscope Implementation and Validation of Morphology- Accuracy Improvement of Thermoelastic Laminar Composite and Carbon Fibre Corrugated with Diffractive Optical Element #6390 | W. Based Deformation Model for Compressive Stress and Dissipation Energy Measurement by Sandwich Panel #6266 | W. Huang–National Wang–National Tsing Hua University; Y. Yu–National Mechanical Response of Human Skull #6281 Motion Compensation with Optical-Infrared Kaohsiung University of Science and Technology; L. Tsing Hua University | S. L. Alexander–SURVICE Engineering Company; Synchronous Measurement #6982 | Y. Uchida– 5:30 p.m. Tsai–National Kaohsiung University of Science and C. Gunnarsson–U.S. Army Research Laboratory; Ergovision Corporation; D. Shiozawa–Kobe University; Technology K. Rafaels–U.S. Army Research Laboratory; T. M. Hori–Ergovision Corporation; K. Kobayashi–Kobe Weerasooriya–U.S. Army Research Laboratory University; T. Sakagami–Kobe University Experimental Method for Mode I Dynamic Recent advances in the development of Mechanical Response and Fracture of Human Fracture Toughness of Composite Laminates high-speed optical metrology for the acoustic, Skull to Indent Loading #6512 | C. Gunnarsson– Using Double Cantilever Beam Specimens #6534 hearing, and speech sciences #6901 | C. Furlong– Army Research Laboratory; S. L. Alexander–Army | G. Portemont–ONERA; T. Fourest–ONERA; R. De Worcester Polytechnic Institute - ME/CHSLT; R. A. Research Laboratory; T. Walter–Army Research 5:50 p.m. Coninck–ONERA Franco–Massachusetts Eye and Ear Infirmary, Boston Laboratory; K. Rafaels–Army Research Laboratory; T. MA; J. T. Cheng–Massachusetts Eye and Ear Infirmary, Weerasooriya–Army Research Laboratory Boston MA; J. J. Rosowski–Massachusetts Eye and Ear Infirmary, Boston MA Numerical Modeling of Impact Behavior of Nano-modified Glass Fiber Reinforced Plastic (GFRP)-Woven Composites #6693 | Y. Getahun– 6:10 p.m. Addis Ababa University; M. Habtemariam–Addis Ababa University; E. G. Koricho–Georgia Southern University 6:30-8:00 p.m. President’s Reception in the Exposition—South Grand Naples President’s Reception in the Exposition—South Grand Naples
Technical Program 39 CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 20TH INTERNATIONAL SYMPOSIUM ON 5TH INT’L SYMP ON THE MECH OF COMP CHALLENGES IN MECHANICS OF Program TRACK DYNAMIC BEHAVIOR OF MATERIALS RESEARCH IN EXPERIMENTAL MECHANICS MICRO- AND NANOMECHANICS (ISMAN) & MULTIFUNCTIONAL MATERIALS FRACTURE & FATIGUE TIME-DEPENDENT MATERIALS 43. NOVEL TESTING TECHNIQUES 44. RESEARCH I 45. PHOTOELASTICITY AND 46. ISMAN AT 20 YEARS: PAST, 47. MULTIFUNCTIONAL MATERIALS I 48. MECHANICS OF ENERGY 49. STRUCTURE, FUNCTION, SESSION INTERFEROMETRY APPLICATIONS PRESENT, AND FUTURE TRENDS MATERIALS I PERFORMANCE Wednesday Early Morning, T. Walter–U.S. Army Research Laboratory; J. Jordan–Los Alamos National Laboratory T. Chen–National Cheng Kung University; J. Hay–KLA-Tencor; P. Thakre–The Dow Chemical Company; S. Xia–Georgia Institute of Technology; M. Silberstein–Cornell University; CHAIR(S) E. Retzlaff–United States Naval Academy K. Ramesh–IIT Madras N. Karanjgaokar–Worcester Polytechnic Institute M.F. Rabbi–University of S. Nadimpalli–New Jersey Institute of Technology J. Furmanski–Exxon Mobil June 5, 2019 Massachusetts Dartmouth
8:00-9:00 a.m. Research Committee Meeting—Roma 2 Research Committee Meeting—Roma 2 Dynamic Tensile Behavior of Soft Ferromagnetic Effect of Density, Microstructure and Stress-optic Coefficient and Thin-film Stress Keynote: Highlighting Developments in MEMS Keynote: Multi-functional, Re-configurable: Keynote: In situ Mechanics on Deformation Keynote: Micromechanics of Oriented Polymers: Alloy Fe-Co-2V #5956 | B. Sanborn–Sandia Temperature on Response of Polymeric Foams Measurement of Barrier Films by Photoelasticity and Nanomechanics #6332 | M. P de Boer– Vehicle Technology Beyond 2035 #7065 | J. C. Process on Energy Materials with Transmission From Structure to Anisotropy #5935 | J. AW van National Laboratories; B. Song–Sandia National #6483 | K. Bhagavathula–University of Alberta; #6392 | M. Hsu–National Tsing Hua University; Carnegie Mellon University Riddick–U.S. Army Research Laboratory Electron Microscope #6162 | S. Mao–University Dommelen–Eindhoven University of Technology; Laboratories; D. Susan–Sandia National Laboratories; S. Parcon–University of Alberta; A. Azar–University W. Wang–National Tsing Hua University; P. Sung– of Pittsburgh M. Mirkhalaf–Eindhoven University of Technology; K. Johnson–Sandia National Laboratories; J. Dabling– of Alberta; C. Dennison–University of Alberta; National Tsing Hua University; H. Chen–Industrial S. Zhang–Eindhoven University of Technology; A. 9:00 a.m. Sandia National Laboratories; J. Carroll–Sandia S. Satapathy–U.S. Army Reseach Laboratory; S. Technology Research Institute; H. Kao–Industrial Amiri Rad–Eindhoven University of Technology; J. National Laboratories; A. Brink–Sandia National Ouellet–Defence Research and Development Canada; Technology Research Institute Furmanski–ExxonMobil Research and Engineering; L. Laboratories; S. Grutzik–Sandia National Laboratories; J. Hogan–University of Alberta E. Govaert–Eindhoven University of Technology A. Kustas–Sandia National Laboratories Method for Characterizing Electric Current DIC Determination of SIF in Orthotropic A Method for Optimum Laser Cutting Parameter Effects on the Deformation of Metals #6201 Composite #6308 | N. Fatima–University of Determination Based on Photoelasticity #6459 | C. C. Rudolf–U.S. Naval Research Laboratory; W. Wisconsin-Madison; R. E. Rowlands–University of | P. Sung–National Tsing Hua University; W. Wang– 9:20 a.m. Kang–Leidos Inc.; J. P. Thomas–U.S. Naval Research Wisconsin-Madison National Tsing Hua University; Y. Chiu–National Tsing Laboratory Hua University 9:30-11:30 a.m. Exposition Open—South Grand Naples Exposition Open—South Grand Naples Correction of Specimen Strain Measurement in Improving the Characterization of Cross- Color Transfer in Twelve Fringe Photoelasticity Aluminum-SiO2 MEMS Actuators for Large Electro-Mechanical Response of Multi- Effect of Porosity on the Stress Response in Effect of Crystallization on Mechanical Kolsky Tension Bar Experiments on Work- Laminated Timber Through Digital Image (TFP) #6420 | S. Sasikumar–Indian Institute of Angle Beamsteering #6597 | L. A. Starman–Air Functional Glass Fiber/Epoxy Reinforced High-Energy-Density Na and Li-Ion Battery Properties of CFRTP #6183 | T. Sakai–Saitama Hardening Materials #5952 | B. Song–Sandia Correlation #6403 | N. J. Bechle–USDA Forest Technology Madras; K. Ramesh–Indian Institute of Force Research Laboratory; D. Torres-Reyes–Air Force Composites under Shear Loading #6243 | J. Electrodes #6538 | S. Rakshit–New Jersey University; N. B. Shamsudim–Saitama University National Laboratories; B. Sanborn–Sandia National Service Forest Products Laboratory; M. Lo Ricco– Technology Madras Research Laboratory; H. J. Hall–Air Force Research O’Donnell–University of Massachusetts Dartmouth; V. Institute of Technology; S. S. Welborn–University of Laboratories; D. Susan–Sandia National Laboratories; USDA Forest Service Forest Products Laboratory; Laboratory; S. Dooley–Air Force Research Laboratory Chalivendra–University of Massachusetts Dartmouth; Pennsylvania; E. Detsi–University of Pennsylvania; S. K. Johnson–Sandia National Laboratories; J. Dabling– S. L. Zelinka–USDA Forest Service Forest Products A. Hall–U.S. Army Research Laboratory; M. Haile–U.S. Nadimpalli–New Jersey Institute of Technology Sandia National Laboratories; J. Carroll–Sandia Laboratory; S. Pei–Colorado School of Mines; D. Army Research Laboratory; L. Nataraj–U.S. Army 9:40 a.m. National Laboratories; A. Brink–Sandia National Rammer–USDA Forest Service Forest Products Research Laboratory; M. Coatney–U.S. Army Research Laboratories; S. Grutzik–Sandia National Laboratories; Laboratory; L. E. Hasburgh–USDA Forest Service Forest Laboratory; Y. Kim–University of Massachusetts A. Kustas–Sandia National Laboratories Products Laboratory; N. Ottum–Colorado School Dartmouth of Mines; J. J. Bridwell–USDA Forest Service Forest Products Laboratory; K. Sullivan–Colorado School of Mines A Kolsky Bar with a 50 ns Rise-Time – Characterization of Soft Organic Tissue Using Mechanical Properties and Performance of Mechanics of Solid Electrolyte Materials for Modifying Interface Cure Properties of Application to Rates Beyond 1M/s #6677 | D. T. Direct Imaging Correlation (DIC) and Numerical Magnetic Self-sensing Composites #6294 | M. All-Solid-State Rechargeable Batteries #6847 | Hierarchical CNT Composites #6444 | A. Casem–U.S. Army Research Laboratory Prediction #6942 | J. A. Nunez–Georgia Southern Crall–University of Tulsa; M. Keller–University of Tulsa S. Xia–Georgia Institute of Technology; M. Lu–Georgia Krishnamurthy–National Institute of Standards and University; E. G. Koricho–Georgia Southern University Institute of Technology Technology; Q. An–National Institute of Standards 10:00 a.m. and Technology; A. M Forster–National Institute of Standards and Technology 10:00-11:00 a.m. Applications Committee Meeting—Roma 2 Applications Committee Meeting—Roma 2 10:20-10:50 a.m. Coffee Break in the Exhibit Hall—South Grand Naples Coffee Break in the Exhibit Hall—South Grand Naples
40 Technical Program CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 20TH INTERNATIONAL SYMPOSIUM ON 5TH INT’L SYMP ON THE MECH OF COMP CHALLENGES IN MECHANICS OF Program TRACK DYNAMIC BEHAVIOR OF MATERIALS RESEARCH IN EXPERIMENTAL MECHANICS MICRO- AND NANOMECHANICS (ISMAN) & MULTIFUNCTIONAL MATERIALS FRACTURE & FATIGUE TIME-DEPENDENT MATERIALS 43. NOVEL TESTING TECHNIQUES 44. RESEARCH I 45. PHOTOELASTICITY AND 46. ISMAN AT 20 YEARS: PAST, 47. MULTIFUNCTIONAL MATERIALS I 48. MECHANICS OF ENERGY 49. STRUCTURE, FUNCTION, SESSION INTERFEROMETRY APPLICATIONS PRESENT, AND FUTURE TRENDS MATERIALS I PERFORMANCE Wednesday Early Morning, T. Walter–U.S. Army Research Laboratory; J. Jordan–Los Alamos National Laboratory T. Chen–National Cheng Kung University; J. Hay–KLA-Tencor; P. Thakre–The Dow Chemical Company; S. Xia–Georgia Institute of Technology; M. Silberstein–Cornell University; CHAIR(S) E. Retzlaff–United States Naval Academy K. Ramesh–IIT Madras N. Karanjgaokar–Worcester Polytechnic Institute M.F. Rabbi–University of S. Nadimpalli–New Jersey Institute of Technology J. Furmanski–Exxon Mobil June 5, 2019 Massachusetts Dartmouth
8:00-9:00 a.m. Research Committee Meeting—Roma 2 Research Committee Meeting—Roma 2 Dynamic Tensile Behavior of Soft Ferromagnetic Effect of Density, Microstructure and Stress-optic Coefficient and Thin-film Stress Keynote: Highlighting Developments in MEMS Keynote: Multi-functional, Re-configurable: Keynote: In situ Mechanics on Deformation Keynote: Micromechanics of Oriented Polymers: Alloy Fe-Co-2V #5956 | B. Sanborn–Sandia Temperature on Response of Polymeric Foams Measurement of Barrier Films by Photoelasticity and Nanomechanics #6332 | M. P de Boer– Vehicle Technology Beyond 2035 #7065 | J. C. Process on Energy Materials with Transmission From Structure to Anisotropy #5935 | J. AW van National Laboratories; B. Song–Sandia National #6483 | K. Bhagavathula–University of Alberta; #6392 | M. Hsu–National Tsing Hua University; Carnegie Mellon University Riddick–U.S. Army Research Laboratory Electron Microscope #6162 | S. Mao–University Dommelen–Eindhoven University of Technology; Laboratories; D. Susan–Sandia National Laboratories; S. Parcon–University of Alberta; A. Azar–University W. Wang–National Tsing Hua University; P. Sung– of Pittsburgh M. Mirkhalaf–Eindhoven University of Technology; K. Johnson–Sandia National Laboratories; J. Dabling– of Alberta; C. Dennison–University of Alberta; National Tsing Hua University; H. Chen–Industrial S. Zhang–Eindhoven University of Technology; A. 9:00 a.m. Sandia National Laboratories; J. Carroll–Sandia S. Satapathy–U.S. Army Reseach Laboratory; S. Technology Research Institute; H. Kao–Industrial Amiri Rad–Eindhoven University of Technology; J. National Laboratories; A. Brink–Sandia National Ouellet–Defence Research and Development Canada; Technology Research Institute Furmanski–ExxonMobil Research and Engineering; L. Laboratories; S. Grutzik–Sandia National Laboratories; J. Hogan–University of Alberta E. Govaert–Eindhoven University of Technology A. Kustas–Sandia National Laboratories Method for Characterizing Electric Current DIC Determination of SIF in Orthotropic A Method for Optimum Laser Cutting Parameter Effects on the Deformation of Metals #6201 Composite #6308 | N. Fatima–University of Determination Based on Photoelasticity #6459 | C. C. Rudolf–U.S. Naval Research Laboratory; W. Wisconsin-Madison; R. E. Rowlands–University of | P. Sung–National Tsing Hua University; W. Wang– 9:20 a.m. Kang–Leidos Inc.; J. P. Thomas–U.S. Naval Research Wisconsin-Madison National Tsing Hua University; Y. Chiu–National Tsing Laboratory Hua University 9:30-11:30 a.m. Exposition Open—South Grand Naples Exposition Open—South Grand Naples Correction of Specimen Strain Measurement in Improving the Characterization of Cross- Color Transfer in Twelve Fringe Photoelasticity Aluminum-SiO2 MEMS Actuators for Large Electro-Mechanical Response of Multi- Effect of Porosity on the Stress Response in Effect of Crystallization on Mechanical Kolsky Tension Bar Experiments on Work- Laminated Timber Through Digital Image (TFP) #6420 | S. Sasikumar–Indian Institute of Angle Beamsteering #6597 | L. A. Starman–Air Functional Glass Fiber/Epoxy Reinforced High-Energy-Density Na and Li-Ion Battery Properties of CFRTP #6183 | T. Sakai–Saitama Hardening Materials #5952 | B. Song–Sandia Correlation #6403 | N. J. Bechle–USDA Forest Technology Madras; K. Ramesh–Indian Institute of Force Research Laboratory; D. Torres-Reyes–Air Force Composites under Shear Loading #6243 | J. Electrodes #6538 | S. Rakshit–New Jersey University; N. B. Shamsudim–Saitama University National Laboratories; B. Sanborn–Sandia National Service Forest Products Laboratory; M. Lo Ricco– Technology Madras Research Laboratory; H. J. Hall–Air Force Research O’Donnell–University of Massachusetts Dartmouth; V. Institute of Technology; S. S. Welborn–University of Laboratories; D. Susan–Sandia National Laboratories; USDA Forest Service Forest Products Laboratory; Laboratory; S. Dooley–Air Force Research Laboratory Chalivendra–University of Massachusetts Dartmouth; Pennsylvania; E. Detsi–University of Pennsylvania; S. K. Johnson–Sandia National Laboratories; J. Dabling– S. L. Zelinka–USDA Forest Service Forest Products A. Hall–U.S. Army Research Laboratory; M. Haile–U.S. Nadimpalli–New Jersey Institute of Technology Sandia National Laboratories; J. Carroll–Sandia Laboratory; S. Pei–Colorado School of Mines; D. Army Research Laboratory; L. Nataraj–U.S. Army 9:40 a.m. National Laboratories; A. Brink–Sandia National Rammer–USDA Forest Service Forest Products Research Laboratory; M. Coatney–U.S. Army Research Laboratories; S. Grutzik–Sandia National Laboratories; Laboratory; L. E. Hasburgh–USDA Forest Service Forest Laboratory; Y. Kim–University of Massachusetts A. Kustas–Sandia National Laboratories Products Laboratory; N. Ottum–Colorado School Dartmouth of Mines; J. J. Bridwell–USDA Forest Service Forest Products Laboratory; K. Sullivan–Colorado School of Mines A Kolsky Bar with a 50 ns Rise-Time – Characterization of Soft Organic Tissue Using Mechanical Properties and Performance of Mechanics of Solid Electrolyte Materials for Modifying Interface Cure Properties of Application to Rates Beyond 1M/s #6677 | D. T. Direct Imaging Correlation (DIC) and Numerical Magnetic Self-sensing Composites #6294 | M. All-Solid-State Rechargeable Batteries #6847 | Hierarchical CNT Composites #6444 | A. Casem–U.S. Army Research Laboratory Prediction #6942 | J. A. Nunez–Georgia Southern Crall–University of Tulsa; M. Keller–University of Tulsa S. Xia–Georgia Institute of Technology; M. Lu–Georgia Krishnamurthy–National Institute of Standards and University; E. G. Koricho–Georgia Southern University Institute of Technology Technology; Q. An–National Institute of Standards 10:00 a.m. and Technology; A. M Forster–National Institute of Standards and Technology 10:00-11:00 a.m. Applications Committee Meeting—Roma 2 Applications Committee Meeting—Roma 2 10:20-10:50 a.m. Coffee Break in the Exhibit Hall—South Grand Naples Coffee Break in the Exhibit Hall—South Grand Naples
Technical Program 41 CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 20TH INTERNATIONAL SYMPOSIUM ON 5TH INT’L SYMP ON THE MECH OF COMP FRACTURE & FATIGUE and Program TRACK DYNAMIC BEHAVIOR OF MATERIALS RESEARCH IN EXPERIMENTAL MECHANICS MICRO- AND NANOMECHANICS (ISMAN) & MULTIFUNCTIONAL MATERIALS ADDITIVE & ADV. MANUFACT. MTDM and FRACTURE & FATIGUE 50. QUANTITATIVE VISUALIZATION 51. RESEARCH II 52. MICRO-OPTICS AND 53. MECHANICS OF 1D AND 54. DAMAGE DETECTION 55. ADDITIVE MANUFACTURING: 56. FAILURE IN SOFT AND TIME- SESSION IN DYNAMIC BEHAVIOR II MICROSCOPIC SYSTEMS 2D MATERIALS FATIGUE AND FRACTURE I DEPENDENT MATERIALS Wednesday 3: ADHESIVE FAILURE Late Morning, L. Fletcher–University of Southampton; H. Jin–Sandia National Laboratories M.-T. Lin–National Chung Hsing University; C. Ke–State University of New York at Binghamton; R. Singh–Oklahoma State University; G. Pataky–Clemson University T. Sakai–Saitama University; CHAIR(S) L. Shannahan–Army Research Laboratory C.H. Hwang–ITRC, NARLabs M. Naraghi–Texas A&M University V. Chalivendra–University of X. Wang–University of Missouri-Columbia June 5, 2019 Massachusetts, Dartmouth Application of High-Speed Digital Image Solid Cylindrical Bar Torsion for Characterizing Improving Signal-To-Noise Ratio of Fiber Bragg Direct Nanomechanical Measurements of Boron Experimental Approach of Damage Analysis Experimental Reinvestigation of the Third A Bond Rupture Model for Mixed-mode Rate- Correlation to Taylor Impact Testting #6837 | Shear Plastic Deformation and Failure #6208 | Grating Detection of Ultrasonic Waves #6572 | Nitride Nanotube - Ceramic Interfaces #6855 | in Laminated Composite Structures under Sandia Fracture Challenge: Evolution of Damage dependent Interactions #6859 | T. Yang–UT P. A. Jannotti–U.S. Army Research Laboratory; N. W. Lu–Sandia National Laboratories; H. Jin–Sandia J. Wee–North Carolina State University; D. Hackney– C. Yi–State University of New York at Binghamton; Through-Thickness Penetration #6101 | M. R. and Failure in an AM 316L SS Structure #6150 | S. Austin; R. Huang–UT Austin; K. M. Liechti–UT Austin J. Lorenzo–U.S. Army Research Laboratory; C. S. National Laboratories; J. Foulk–Sandia National North Carolina State University; K. Peters–North F. Gou–State University of New York at Binghamton; Gurvich–United Technologies Research Center; P. L. LB Kramer–Sandia National Laboratories; T. Ivanoff– 10:50 a.m. Meredith–U.S. Army Research Laboratory Laboratories; O. Jakob–Sandia National Laboratories Carolina State University C. M. Dmuchowski–State University of New York at Clavette–United Technologies Research Center Sandia National Laboratories; A. Lentfer–Sandia Binghamton; C. Ke–State University of New York at National Laboratories; J. D. Madison–Sandia National Binghamton Laboratories 11:00 a.m.-12:00 p.m. Education Committee Meeting—Roma 1 Education Committee Meeting—Roma 1 Pushing the Limits of Ultra-High Speed Imaging An Automated Technique to Analyze Micro Investigation of Dispersion Performance in Probing the Structural and Mechanical Multi-Modal Characterization of Damage Critical Flaws and Their Effects in AM Metals Viscoelastic Adhesive Fracture from Nonlinear Technology: An Investigation of the High Strain Indentation Load - Displacement Curve #6485 | Multi-wavelength Confocal Interferometry Properties of Ultrathin Boron Nitride Sheets Accumulation in CMCs #5945 | B. Swaminathan– #6256 | J. D. Carroll–Sandia National Laboratories; S. Maxwell Element Springs #6952 | A. G. Rate Properties of Armour Ceramics #6663 | N. M. Senanayake–Case Western Reserve University; #6395 | C. Lin–National Tsing Hua University; W. #6856 | W. Qu–State University of New York at University of California, Santa Barbara; A. S. DeJong–Sandia National Laboratories; L. A. Deibler– Arzoumanidis–Psylotech, Inc. L. Fletcher–University of Southampton; F. Pierron– Y. Yang–Lehigh University; A. K. Verma–Case Western Wang–National Tsing Hua University; T. Wang– Binghamton; F. Gou–State University of New York at Almansour–NASA Glenn Research Center; J. D. Kiser– Sandia National Laboratories; G. Pataky–Clemson 11:10 a.m. University of Southampton Reserve University; R. H. French–Case Western National Tsing Hua University Binghamton; X. Chen–Xi’an Jiaotong University; C. NASA Glenn Research Center; K. Sevener–University University; J. Bartanus–Clemson University Reserve University; J. LW Carter–Case Western Reserve Ke–State University of New York at Binghamton of Michigan; S. Daly–University of California, Santa University Barbara Quasistatic and Dynamic Response of B6O-B4C Effects of Heat Treatment on the Magnetic Analysis of Deformations in Crush Tests Computational Exploration of the Toughening Towards Integrated Full-Field Experimental and The Effect of Defects on the Material Behavior Mode I Traction-Separation Relationship of Ceramic Composite #6806 | K. Ghaffari–University Properties of Nitinol Devices #6514 | J. W. of Lithium Ion Battery Cells #6616 | M. of Graphene Oxide by Ultra-Thin Polymer Layers Numerical Analysis of Composite Substructures of Additively Manufactured 316 Stainless Sylgard 184 - Aluminum Interface Using Rigid of Florida; S. Bavdekar–University of Florida; G. Combs–University of California Santa Barbara; S. Sasso–Università Politecnica delle MArche; G. M. #6262 | X. Zhang–Northwestern University; H. T. #6669 | J. S. Callaghan–University of Southampton; Steel #6583 | J. Bartanus–Clemson University; G. Double Cantilever Beam Analysis #6203 | S. Subhash–University of Flordia Daly–University of California Santa Barbara; E. Levin– Newaz–Wayne State University; M. Rossi–Università Nguyen–Northwestern University; M. Daly–University I. Jimenez-Fortunato–University of Southampton; J. Pataky–Clemson University; J. D. Carroll–Sandia Rajan Kattil–University of South Carolina; M. A. University of California Santa Barbara; T. Duerig– Politecnica delle Marche; A. Lattanzi–Università of Illinois at Chicago; S. T. Nguyen–Northwestern J. M. Dulieu-Barton–University of Southampton; S. National Laboratories Sutton–University of South Carolina; W. McMakin– 11:30 a.m. Confluent Medical Technologies; S. Yeralan–Confluent Politecnica delle Marche; S. Mundhe–gnewaz@eng. University; H. D. Espinosa–Northwestern University Laustsen–Siemens Gamesa Renewable Energy; O. T. University of South Carolina; M. Steinzig–Los Alamos Medical Technologies; C. Cheng–Stanford University wayne.edu Thomsen–University of Southampton National Laboratory; L. Inkret–Los Alamos National Laboratory; E. Compton–University of South Carolina; A. Olsen–Los Alamos National Laboratory Dynamic Mechanical Characterization of B4C- Dislocation-Mediated Plasticity and Fracture of Keynote: Fracture Testing of Fiber Composites: Effect of Internal Defects on Properties of Bonding Energy of Sylgard 184 to Metal BAM Composites #6838 | R. A. Riera–University of Si Nanowires at Elevated Temperatures #6659 | Recent Advances #7471 | Z. P Bažant– Additively Manufactured Stainless Steel 316L Substrates #6499 | C. Liu–Los Alamos National Florida; G. Subhash–University of Florida; M. DeVries– G. Cheng–North Carolina State University; Y. Zhang– Northwestern University under Uniaxial Tension #6802 | A. E. Wilson- Laboratory 11:50 a.m. University of Florida; S. Bavdekar–University of Florida Georgia Institute of Technology; T. Chang–North Heid–Pennsylvania State University; A. M. Beese– Carolina State University; T. Zhu–Georgia Institute of Pennsylvania State University Technology; Y. Zhu–North Carolina State University Quasi-Static and Dynamic Simple Shear Flexible Substrates as a Platform for Mechanical In-Situ Mechanical Test with X-Ray Computed Time and Temperature Dependence in the Characterization of Soft Polymers #6353 | K. Testing of Nanowires #6333 | L. Yi–University Tomography of Additively Manufactured Metal Adhesion of Viscoelastic Materials #6443 | L. J. Upadhyay–University of Florida; G. Subhash– of Texas at Dallas; R. MA Bernal–University of Texas Sample with Internal Features and Defects Lea–University of Cambridge; N. E Taylor–University of University of Florida; D. Spearot–University of Florida at Dallas #6627 | F. H Kim–National Institute of Standards Cambridge; D. M. Williamson–University of Cambridge 12:10 p.m. and Technology; E. J. Garboczi–National Institute of Standards and Technology; S. P. Moylan–National Institute of Standards and Technology; T. Q. Phan– National Institute of Standards and Technology 12:30-2:30 p.m. All Society Awards Luncheon—Tuscany EF All Society Awards Luncheon—Tuscany EF
42 Technical Program CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 20TH INTERNATIONAL SYMPOSIUM ON 5TH INT’L SYMP ON THE MECH OF COMP FRACTURE & FATIGUE and Program TRACK DYNAMIC BEHAVIOR OF MATERIALS RESEARCH IN EXPERIMENTAL MECHANICS MICRO- AND NANOMECHANICS (ISMAN) & MULTIFUNCTIONAL MATERIALS ADDITIVE & ADV. MANUFACT. MTDM and FRACTURE & FATIGUE 50. QUANTITATIVE VISUALIZATION 51. RESEARCH II 52. MICRO-OPTICS AND 53. MECHANICS OF 1D AND 54. DAMAGE DETECTION 55. ADDITIVE MANUFACTURING: 56. FAILURE IN SOFT AND TIME- SESSION IN DYNAMIC BEHAVIOR II MICROSCOPIC SYSTEMS 2D MATERIALS FATIGUE AND FRACTURE I DEPENDENT MATERIALS Wednesday 3: ADHESIVE FAILURE Late Morning, L. Fletcher–University of Southampton; H. Jin–Sandia National Laboratories M.-T. Lin–National Chung Hsing University; C. Ke–State University of New York at Binghamton; R. Singh–Oklahoma State University; G. Pataky–Clemson University T. Sakai–Saitama University; CHAIR(S) L. Shannahan–Army Research Laboratory C.H. Hwang–ITRC, NARLabs M. Naraghi–Texas A&M University V. Chalivendra–University of X. Wang–University of Missouri-Columbia June 5, 2019 Massachusetts, Dartmouth Application of High-Speed Digital Image Solid Cylindrical Bar Torsion for Characterizing Improving Signal-To-Noise Ratio of Fiber Bragg Direct Nanomechanical Measurements of Boron Experimental Approach of Damage Analysis Experimental Reinvestigation of the Third A Bond Rupture Model for Mixed-mode Rate- Correlation to Taylor Impact Testting #6837 | Shear Plastic Deformation and Failure #6208 | Grating Detection of Ultrasonic Waves #6572 | Nitride Nanotube - Ceramic Interfaces #6855 | in Laminated Composite Structures under Sandia Fracture Challenge: Evolution of Damage dependent Interactions #6859 | T. Yang–UT P. A. Jannotti–U.S. Army Research Laboratory; N. W. Lu–Sandia National Laboratories; H. Jin–Sandia J. Wee–North Carolina State University; D. Hackney– C. Yi–State University of New York at Binghamton; Through-Thickness Penetration #6101 | M. R. and Failure in an AM 316L SS Structure #6150 | S. Austin; R. Huang–UT Austin; K. M. Liechti–UT Austin J. Lorenzo–U.S. Army Research Laboratory; C. S. National Laboratories; J. Foulk–Sandia National North Carolina State University; K. Peters–North F. Gou–State University of New York at Binghamton; Gurvich–United Technologies Research Center; P. L. LB Kramer–Sandia National Laboratories; T. Ivanoff– 10:50 a.m. Meredith–U.S. Army Research Laboratory Laboratories; O. Jakob–Sandia National Laboratories Carolina State University C. M. Dmuchowski–State University of New York at Clavette–United Technologies Research Center Sandia National Laboratories; A. Lentfer–Sandia Binghamton; C. Ke–State University of New York at National Laboratories; J. D. Madison–Sandia National Binghamton Laboratories 11:00 a.m.-12:00 p.m. Education Committee Meeting—Roma 1 Education Committee Meeting—Roma 1 Pushing the Limits of Ultra-High Speed Imaging An Automated Technique to Analyze Micro Investigation of Dispersion Performance in Probing the Structural and Mechanical Multi-Modal Characterization of Damage Critical Flaws and Their Effects in AM Metals Viscoelastic Adhesive Fracture from Nonlinear Technology: An Investigation of the High Strain Indentation Load - Displacement Curve #6485 | Multi-wavelength Confocal Interferometry Properties of Ultrathin Boron Nitride Sheets Accumulation in CMCs #5945 | B. Swaminathan– #6256 | J. D. Carroll–Sandia National Laboratories; S. Maxwell Element Springs #6952 | A. G. Rate Properties of Armour Ceramics #6663 | N. M. Senanayake–Case Western Reserve University; #6395 | C. Lin–National Tsing Hua University; W. #6856 | W. Qu–State University of New York at University of California, Santa Barbara; A. S. DeJong–Sandia National Laboratories; L. A. Deibler– Arzoumanidis–Psylotech, Inc. L. Fletcher–University of Southampton; F. Pierron– Y. Yang–Lehigh University; A. K. Verma–Case Western Wang–National Tsing Hua University; T. Wang– Binghamton; F. Gou–State University of New York at Almansour–NASA Glenn Research Center; J. D. Kiser– Sandia National Laboratories; G. Pataky–Clemson 11:10 a.m. University of Southampton Reserve University; R. H. French–Case Western National Tsing Hua University Binghamton; X. Chen–Xi’an Jiaotong University; C. NASA Glenn Research Center; K. Sevener–University University; J. Bartanus–Clemson University Reserve University; J. LW Carter–Case Western Reserve Ke–State University of New York at Binghamton of Michigan; S. Daly–University of California, Santa University Barbara Quasistatic and Dynamic Response of B6O-B4C Effects of Heat Treatment on the Magnetic Analysis of Deformations in Crush Tests Computational Exploration of the Toughening Towards Integrated Full-Field Experimental and The Effect of Defects on the Material Behavior Mode I Traction-Separation Relationship of Ceramic Composite #6806 | K. Ghaffari–University Properties of Nitinol Devices #6514 | J. W. of Lithium Ion Battery Cells #6616 | M. of Graphene Oxide by Ultra-Thin Polymer Layers Numerical Analysis of Composite Substructures of Additively Manufactured 316 Stainless Sylgard 184 - Aluminum Interface Using Rigid of Florida; S. Bavdekar–University of Florida; G. Combs–University of California Santa Barbara; S. Sasso–Università Politecnica delle MArche; G. M. #6262 | X. Zhang–Northwestern University; H. T. #6669 | J. S. Callaghan–University of Southampton; Steel #6583 | J. Bartanus–Clemson University; G. Double Cantilever Beam Analysis #6203 | S. Subhash–University of Flordia Daly–University of California Santa Barbara; E. Levin– Newaz–Wayne State University; M. Rossi–Università Nguyen–Northwestern University; M. Daly–University I. Jimenez-Fortunato–University of Southampton; J. Pataky–Clemson University; J. D. Carroll–Sandia Rajan Kattil–University of South Carolina; M. A. University of California Santa Barbara; T. Duerig– Politecnica delle Marche; A. Lattanzi–Università of Illinois at Chicago; S. T. Nguyen–Northwestern J. M. Dulieu-Barton–University of Southampton; S. National Laboratories Sutton–University of South Carolina; W. McMakin– 11:30 a.m. Confluent Medical Technologies; S. Yeralan–Confluent Politecnica delle Marche; S. Mundhe–gnewaz@eng. University; H. D. Espinosa–Northwestern University Laustsen–Siemens Gamesa Renewable Energy; O. T. University of South Carolina; M. Steinzig–Los Alamos Medical Technologies; C. Cheng–Stanford University wayne.edu Thomsen–University of Southampton National Laboratory; L. Inkret–Los Alamos National Laboratory; E. Compton–University of South Carolina; A. Olsen–Los Alamos National Laboratory Dynamic Mechanical Characterization of B4C- Dislocation-Mediated Plasticity and Fracture of Keynote: Fracture Testing of Fiber Composites: Effect of Internal Defects on Properties of Bonding Energy of Sylgard 184 to Metal BAM Composites #6838 | R. A. Riera–University of Si Nanowires at Elevated Temperatures #6659 | Recent Advances #7471 | Z. P Bažant– Additively Manufactured Stainless Steel 316L Substrates #6499 | C. Liu–Los Alamos National Florida; G. Subhash–University of Florida; M. DeVries– G. Cheng–North Carolina State University; Y. Zhang– Northwestern University under Uniaxial Tension #6802 | A. E. Wilson- Laboratory 11:50 a.m. University of Florida; S. Bavdekar–University of Florida Georgia Institute of Technology; T. Chang–North Heid–Pennsylvania State University; A. M. Beese– Carolina State University; T. Zhu–Georgia Institute of Pennsylvania State University Technology; Y. Zhu–North Carolina State University Quasi-Static and Dynamic Simple Shear Flexible Substrates as a Platform for Mechanical In-Situ Mechanical Test with X-Ray Computed Time and Temperature Dependence in the Characterization of Soft Polymers #6353 | K. Testing of Nanowires #6333 | L. Yi–University Tomography of Additively Manufactured Metal Adhesion of Viscoelastic Materials #6443 | L. J. Upadhyay–University of Florida; G. Subhash– of Texas at Dallas; R. MA Bernal–University of Texas Sample with Internal Features and Defects Lea–University of Cambridge; N. E Taylor–University of University of Florida; D. Spearot–University of Florida at Dallas #6627 | F. H Kim–National Institute of Standards Cambridge; D. M. Williamson–University of Cambridge 12:10 p.m. and Technology; E. J. Garboczi–National Institute of Standards and Technology; S. P. Moylan–National Institute of Standards and Technology; T. Q. Phan– National Institute of Standards and Technology 12:30-2:30 p.m. All Society Awards Luncheon—Tuscany EF All Society Awards Luncheon—Tuscany EF
Technical Program 43 CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 20TH INTERNATIONAL SYMPOSIUM ON CHALLENGES IN MECHANICS OF Program TRACK DYNAMIC BEHAVIOR OF MATERIALS DYNAMIC BEHAVIOR OF MATERIALS IN EXPERIMENTAL MECHANICS MICRO- AND NANOMECHANICS (ISMAN) FRACTURE & FATIGUE TIME-DEPENDENT MATERIALS 57. SHOCK AND BLAST II 58. DYNAMIC INVESTIGATIONS 59. DIC METHOD & ITS 60. MEMS FOR ACTUATION, SENSING, 62. MECHANICS OF ENERGY 63. EXTREME CONDITIONS AND SESSION FOR TBI APPLICATIONS I AND CHARACTERIZATION MATERIALS II ENVIRONMENTAL EFFECTS Wednesday Early Afternoon, B. Koohbor –University of Illinois S. Koumlis–Drexel University C.H. Hwang–ITRC, NARLabs; L. Starman–Air Force Research Laboratory; W. LePage–University of Michigan; R. Hall–Air Force Research Laboratory; CHAIR(S) at Urbana-Champaign; H. Jin–Sandia National Laboratories J. Walton–Air Force Research Laboratory B. Koohboor A. Amirkhizi–University of Massachusetts, Lowell June 5, 2019 B. Katko–University of California - San Diego
2:30-3:30 p.m. National Meetings Council Meeting—Roma 1 National Meetings Council Meeting—Roma 1 Combined Compression and Shear Impact Strain Hardening Effects of Soft Viscoelastic Mutiscale XCT Scans to Study Damage Strength Distributions and Flaw Populations Corrosive Fracture of Electrodes in Li-ion Milled Carbon Fiber Polyurea Elastomeric Response of Polycrystalline Metals at Elevated Materials in Inertial Microcavitation #6779 | J. Mechanism in Syntactic Foam #6134 | H. Jin– of Multi-layer Polycrystalline Silicon MEMS Batteries #6036 | K. Zhao–Purdue University Composites #6862 | V. Alizadeh–University of Temperatures #6596 | B. Zuanetti–Case Western Yang–University of Wisconsin-Madison; C. Franck– Sandia National Laboratories; B. Croom–University Structures #6981 | F. W. DelRio–National Institute Massachusetts, Lowell; A. V. Amirkhizi–University of 2:30 p.m. Reserve University; T. Wang–Case Western Reserve University of Wisconsin-Madison of Virginia; B. Mills–Sandia National Laboratories; X. of Standards and Technology; B. L. Boyce–Sandia Massachusetts, Lowell University; V. Prakash–Case Western Reserve Li–Sandia National Laboratories National Laboratories; R. F. Cook–National Institute of University Standards and Technology Role of Temperature during Shock and Ultra- High-Frequency Shear Testing of Gelatin DIC of SEM Images for Focused Ion Beam (FIB) MEMS Test Platform to Measure Thin Film A Study on the Phase Transformation Using In Effects of Ageing on Tensile Strength of Flexible high Pressure Response of Boron Carbide #6027 Specimens to Study Blast-induced Traumatic Ring-Core Drilling Residual Stress Measurement Creep Deformation Mechanisms #6575 | R. M. Situ Picosecond Ultrasonics and Atomic Force Unidirectional Composite Laminates for Body | G. Subhash–University of Florida; A. Awasthi– Brain Injury #6442 | S. Vidhate–Michigan State of Thin Films #6189 | M. Lin–National Chung Hsing Pocratsky–Carnegie Mellon University; L. Ni–Carnegie Microscopy #6339 | S. Rezazadeh Kalehbasti– Armor #6065 | A. Engelbrecht-Wiggans–National 2:50 p.m. University of Florida; M. W. DeVries–University of University; J. Kerwin–Michigan State University; R. University; T. Chen–National Cheng Kung University; Mellon University; M. de Boer–Carnegie Mellon Brown University; L. Liu–Brown University; H. Maris– Institute of Standards and Technology; A. Forster– Florida Mejia-Alvarez–Michigan State University W. Pan–National Chung Hsing University University Brown University; P. Guduru–Brown University National Institute of Standards and Technology Two Dimensional Shock Wave Focusing #6359 Parametric Study of a Fibrous Energy Absorbing Development of Optical Technique for Measuring Micro-contacts with 3-D Surfaces made with Lithium Mechanics: Creep-Dominated Temperature Dependence of Statistical Fatigue | B. Lawlor–University of California, San Diego; Material for Sport Helmet Applications #6237 | Kinematic Fields in Presence of Cracks, FIB-SEM- Grayscale Lithography #6297 | P. Michaud–Air Deformation and Implications for Lithium Strengths for Unidirectional CFRP under Tension L. Zheng–University of California, San Diego; C. J. Correia–University of Massachusetts Dartmouth; V. DIC #6270 | Y. Mammadi–University of Poitiers; A. Force Institute of Technology; T. Laurvick–Air Force Metal Batteries #6482 | W. S. LePage–University Loading #6261 | Y. Miyano–Kanazawa Institute McGuire–University of California, San Diego; J. Chalivendra–University of Massachusetts Dartmouth; Joseph–University of Poitiers; A. Joulain–University Institute of Technology of Michigan; Y. Chen–University of Michigan; E. of Technology; M. Nakada–Kanazawa Institute of Zanteson–University of California, San Diego; B. Y. Kim–University of Massachusetts Dartmouth of Poitiers; J. Bonneville–University of Poitiers; C. Kazyak–University of Michigan; K. Chen–University Technology 3:10 p.m. J. Katko–University of California, San Diego; J. Tromas–University of Poitiers; S. Hedan–University of of Michigan; A. J. Sanchez–University of Michigan; A. Valenzuela–University of California, San Diego; V. Poitiers; V. Valle–University of Poitiers Poli–University of Michigan; E. M. Arruda–University Eliasson–University of California, San Diego of Michigan; M. D. Thouless–University of Michigan; N. P. Dasgupta–University of Michigan Enhanced Energy Absorption Performance of Utilization of Full-field DIC to Probe the Incremental 1D Viscoelastic Model for Residual Liquid Nanofoam-Filled Thin-Walled Tubes Dynamic Compressive Response of Open-Cell Stress and Shape Distortion Analysis During Under Dynamic Impact #6367 | M. Li–Michigan Polyurethane Foams #6644 | S. Koumlis–Drexel Composite Manufacturing Processes #6267 | State University; S. Barbat–Ford Motor Company; R. University; L. Lamberson–Drexel University S. Saseendran–RISE SICOMP AB; D. Berglund–RISE 3:30 p.m. Baccouche–Ford Motor Company; J. Belwafa–Ford SICOMP AB; J. Varna–Luleå University of Technology; Motor Company; W. Lu–Michigan State University P. Fernberg–RISE SICOMP AB 3:30-4:30 p.m. Open Executive Board Meeting—Roma 1 Open Executive Board Meeting—Roma 1 3:50-4:20 p.m. Coffee Break—Foyer Coffee Break—Foyer
44 Technical Program CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 20TH INTERNATIONAL SYMPOSIUM ON CHALLENGES IN MECHANICS OF Program TRACK DYNAMIC BEHAVIOR OF MATERIALS DYNAMIC BEHAVIOR OF MATERIALS IN EXPERIMENTAL MECHANICS MICRO- AND NANOMECHANICS (ISMAN) FRACTURE & FATIGUE TIME-DEPENDENT MATERIALS 57. SHOCK AND BLAST II 58. DYNAMIC INVESTIGATIONS 59. DIC METHOD & ITS 60. MEMS FOR ACTUATION, SENSING, 62. MECHANICS OF ENERGY 63. EXTREME CONDITIONS AND SESSION FOR TBI APPLICATIONS I AND CHARACTERIZATION MATERIALS II ENVIRONMENTAL EFFECTS Wednesday Early Afternoon, B. Koohbor –University of Illinois S. Koumlis–Drexel University C.H. Hwang–ITRC, NARLabs; L. Starman–Air Force Research Laboratory; W. LePage–University of Michigan; R. Hall–Air Force Research Laboratory; CHAIR(S) at Urbana-Champaign; H. Jin–Sandia National Laboratories J. Walton–Air Force Research Laboratory B. Koohboor A. Amirkhizi–University of Massachusetts, Lowell June 5, 2019 B. Katko–University of California - San Diego
2:30-3:30 p.m. National Meetings Council Meeting—Roma 1 National Meetings Council Meeting—Roma 1 Combined Compression and Shear Impact Strain Hardening Effects of Soft Viscoelastic Mutiscale XCT Scans to Study Damage Strength Distributions and Flaw Populations Corrosive Fracture of Electrodes in Li-ion Milled Carbon Fiber Polyurea Elastomeric Response of Polycrystalline Metals at Elevated Materials in Inertial Microcavitation #6779 | J. Mechanism in Syntactic Foam #6134 | H. Jin– of Multi-layer Polycrystalline Silicon MEMS Batteries #6036 | K. Zhao–Purdue University Composites #6862 | V. Alizadeh–University of Temperatures #6596 | B. Zuanetti–Case Western Yang–University of Wisconsin-Madison; C. Franck– Sandia National Laboratories; B. Croom–University Structures #6981 | F. W. DelRio–National Institute Massachusetts, Lowell; A. V. Amirkhizi–University of 2:30 p.m. Reserve University; T. Wang–Case Western Reserve University of Wisconsin-Madison of Virginia; B. Mills–Sandia National Laboratories; X. of Standards and Technology; B. L. Boyce–Sandia Massachusetts, Lowell University; V. Prakash–Case Western Reserve Li–Sandia National Laboratories National Laboratories; R. F. Cook–National Institute of University Standards and Technology Role of Temperature during Shock and Ultra- High-Frequency Shear Testing of Gelatin DIC of SEM Images for Focused Ion Beam (FIB) MEMS Test Platform to Measure Thin Film A Study on the Phase Transformation Using In Effects of Ageing on Tensile Strength of Flexible high Pressure Response of Boron Carbide #6027 Specimens to Study Blast-induced Traumatic Ring-Core Drilling Residual Stress Measurement Creep Deformation Mechanisms #6575 | R. M. Situ Picosecond Ultrasonics and Atomic Force Unidirectional Composite Laminates for Body | G. Subhash–University of Florida; A. Awasthi– Brain Injury #6442 | S. Vidhate–Michigan State of Thin Films #6189 | M. Lin–National Chung Hsing Pocratsky–Carnegie Mellon University; L. Ni–Carnegie Microscopy #6339 | S. Rezazadeh Kalehbasti– Armor #6065 | A. Engelbrecht-Wiggans–National 2:50 p.m. University of Florida; M. W. DeVries–University of University; J. Kerwin–Michigan State University; R. University; T. Chen–National Cheng Kung University; Mellon University; M. de Boer–Carnegie Mellon Brown University; L. Liu–Brown University; H. Maris– Institute of Standards and Technology; A. Forster– Florida Mejia-Alvarez–Michigan State University W. Pan–National Chung Hsing University University Brown University; P. Guduru–Brown University National Institute of Standards and Technology Two Dimensional Shock Wave Focusing #6359 Parametric Study of a Fibrous Energy Absorbing Development of Optical Technique for Measuring Micro-contacts with 3-D Surfaces made with Lithium Mechanics: Creep-Dominated Temperature Dependence of Statistical Fatigue | B. Lawlor–University of California, San Diego; Material for Sport Helmet Applications #6237 | Kinematic Fields in Presence of Cracks, FIB-SEM- Grayscale Lithography #6297 | P. Michaud–Air Deformation and Implications for Lithium Strengths for Unidirectional CFRP under Tension L. Zheng–University of California, San Diego; C. J. Correia–University of Massachusetts Dartmouth; V. DIC #6270 | Y. Mammadi–University of Poitiers; A. Force Institute of Technology; T. Laurvick–Air Force Metal Batteries #6482 | W. S. LePage–University Loading #6261 | Y. Miyano–Kanazawa Institute McGuire–University of California, San Diego; J. Chalivendra–University of Massachusetts Dartmouth; Joseph–University of Poitiers; A. Joulain–University Institute of Technology of Michigan; Y. Chen–University of Michigan; E. of Technology; M. Nakada–Kanazawa Institute of Zanteson–University of California, San Diego; B. Y. Kim–University of Massachusetts Dartmouth of Poitiers; J. Bonneville–University of Poitiers; C. Kazyak–University of Michigan; K. Chen–University Technology 3:10 p.m. J. Katko–University of California, San Diego; J. Tromas–University of Poitiers; S. Hedan–University of of Michigan; A. J. Sanchez–University of Michigan; A. Valenzuela–University of California, San Diego; V. Poitiers; V. Valle–University of Poitiers Poli–University of Michigan; E. M. Arruda–University Eliasson–University of California, San Diego of Michigan; M. D. Thouless–University of Michigan; N. P. Dasgupta–University of Michigan Enhanced Energy Absorption Performance of Utilization of Full-field DIC to Probe the Incremental 1D Viscoelastic Model for Residual Liquid Nanofoam-Filled Thin-Walled Tubes Dynamic Compressive Response of Open-Cell Stress and Shape Distortion Analysis During Under Dynamic Impact #6367 | M. Li–Michigan Polyurethane Foams #6644 | S. Koumlis–Drexel Composite Manufacturing Processes #6267 | State University; S. Barbat–Ford Motor Company; R. University; L. Lamberson–Drexel University S. Saseendran–RISE SICOMP AB; D. Berglund–RISE 3:30 p.m. Baccouche–Ford Motor Company; J. Belwafa–Ford SICOMP AB; J. Varna–Luleå University of Technology; Motor Company; W. Lu–Michigan State University P. Fernberg–RISE SICOMP AB 3:30-4:30 p.m. Open Executive Board Meeting—Roma 1 Open Executive Board Meeting—Roma 1 3:50-4:20 p.m. Coffee Break—Foyer Coffee Break—Foyer
Technical Program 45 CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 20TH INTERNATIONAL SYMPOSIUM ON 5TH INT’L SYMP ON THE MECH OF COMP FRACTURE & FATIGUE and CHALLENGES IN MECHANICS OF Program TRACK DYNAMIC BEHAVIOR OF MATERIALS APPLICATIONS IN EXPERIMENTAL MECHANICS MICRO- AND NANOMECHANICS (ISMAN) & MULTIFUNCTIONAL MATERIALS ADDITIVE ADV. MANUFACT. TIME-DEPENDENT MATERIALS 64. FRACTURE AND FAILURE I: 65. APPLICATIONS 66. DIC METHOD & ITS 67. MICRO- AND NANOSCALE 68. RECYCLED CONSTITUENT 69. ADDITIVE MANUFACTURING: 70. CHARACTERIZATION SESSION POLYMER MATRIX COMPOSITES APPLICATIONS II DEFORMATION MECHANISMS COMPOSITES FATIGUE AND FRACTURE II ACROSS SCALES Wednesday Late Afternoon, B. Aydelotte–U.S. Army Research Laboratory; P. Thakre–The Dow Chemical Company; H. Jin–Sandia National Laboratories; M. Linne–University of Michigan; E. Bayraktar–SUPMECA-Paris; G. Pataky–Clemson University J.H. Lee–University of Massachusetts; June 5, 2019 CHAIR(S) C. Meyer–U.S. Army Research Laboratory J. Helm–Lafayette College B. Croom–University of Virginia R. Thevamaran–University of Wisconsin-Madison I. Miskioglu–Michigan Technological University H. Lu–The University of Texas at Dallas
Mode-I Dynamic Fracture Behavior of Carbon Dynamic Analysis of Vehicle Performance for Update on the DIC Challenge 2.0 and the A Bulge Test Method for Characterizing Ultra- Alternative Composite Design from Recycled Fracture and Failure Behavior of Additively Extreme Plastic Deformation of Nanostructured Fiber/Vinyl Ester under Marine Conditions Changes to Rear Axle Housing #5942 | D. L. Stereo-DIC Challenge #6775 | P. L. Reu–Sandia thin Buckled Membranes #6315 | Aluminium (AA7075) Chips for Knuckle Printed ABS: Effect of Moisture #6033 | J. Isaac– Copolymer Micro-particles in Additive #6236 | R. Chavez–University of California San Peters–Kettering University; Y. M. Dong–Kettering National Laboratories; B. Blaysat–University Clermont J. Hoefnagels–Eindhoven University of Technology; Applications-II #6111 | G. Katundi–Nexteer- Auburn University; H. Tippur–Auburn University Manufacturing #6211 | A. Kim–University of Diego; T. Spencer–University of California San Diego; University; V. Patel–Kettering University Auvergne; J. Helm–Lafeyette University; E. M. Jones– S. Shafqat–Eindhoven University of Technology; O. Automotive; D. Katundi–SUPMECA-Paris; H. Massachusetts; W. Xie–University of Massachusetts; 4:20 p.m. A. Igna–University of California San Diego; A. Sandia National Laboratories; M. Iadicola–NIST van der Sluis–Eindhoven University of Technology; M. Enginsoy–SUPMECA-Paris; E. Bayraktar–SUPMECA- K. Zhu–University of Massachusetts; J. Lee–University Aderounmu–University of California San Diego; V. Geers–Eindhoven University of Technology Paris; I. Miskioglu–Michigan Technological University of Massachusetts Eliasson–University of California San Diego Dynamic Underwater Response of a Composite Hand-Transmitted Vibration with Simple Pattern Induced Bias in Out-Of-Plane Motion Quantitative Measurements of Plastic Manufacturing of Recycled Nickel-Aluminum Microscopic Fatigue Tests of Inconel 718 Substrate Oxide Effects in the Adhesion of Cylinder to a Proximal Implosion #6251 | S. Solution Starting by Weed Walker #6030 | A. in Digital Image Correlation #6768 | S. S. Localization and Strain Accumulation in Matrix Composites Reinforced of TiC/MoS2/ Shaped By Additive Manufacturing #6273 | Supersonically Accelerated Aluminum Particles Kishore–University of Rhode Island; A. Shukla– Mohammed–Washington State University; J. Miller– Fayad–Sandia National Laboratories; P. L. Reu–Sandia Polycrystalline Materials and the Relationship to Al2O3 Fiber through Combined Method: Sinter B. Medina-Clavijo–CIC nanoGUNE Consolider; J. #6455 | S. Mohanty–University of Massachusetts, University of Rhode Island Washington State University; J. Alhamid–Washington National Laboratories 3D Microstructure #6473 | J. Stinville–University + Forging #6126 | H. M. Enginsoy–SUPMECA-Paris; Rafael-Velayarce–Saarland University; P. J. Arrazola– Amherst; C. Taglienti–University of Massachusetts, State University; C. Mo–Washington State University of California Santa Barbara; P. Callahan–University E. Bayraktar–SUPMECA-Paris; I. Miskioglu–Michigan Mondragon Unibertsitatea; A. Lamikiz–University Amherst; W. Xie–University of Massachusetts, of California Santa Barbara; M. Echlin–University Technological University; D. Katundi–SUPMECA-Paris; of the Basque Country UPV/EHU; C. Motz–Saarland Amherst; V. Champagne–United States Army Research of California Santa Barbara; E. Yao–University of F. Gatamorta–University of Campinas, Brazil University; A. Chuvilin–CIC nanoGUNE Consolider Laboratory; J. Lee–University of Massachusetts, 4:40 p.m. California Santa Barbara; J. Shin–University of Amherst California Santa Barbara; F. Wang–University of California Santa Barbara; D. Texier–Institut Clément Ader; V. Valle–Institut PPRIME, Université de Poitiers; D. D.S. Gianola–University of California Santa Barbara; T. Pollock–University of California Santa Barbara Effect of Z-axis Reinforcement on Dynamic A Novel Flow-chart for Model Validation: Self-Adaptive DIC for Automatic Shape Function Shape Memory Effect in Zirconia-Based Recycling of Aluminium-431 by High Energy A Simplified Investigation into Fatigue Viability Highly Tunable Dynamic Response of Vertically Mixed Mode Fracture and Electrical Responses Is it Conceivable to Validate without New Selection and Subset Size & Orientation Ceramics via Micropillar Compression #6257 | H. Milling Reinforced with TiC-Mo-Cu for New of Additively Manufactured IN-718 #6346 | A. Aligned Carbon Nanotube Foams #6470 | of Glass Fiber/Epoxy Composites #6234 | M. Measurements? #6040 | A. Alexiadis–University Determination #6472 | X. Ye–Tsinghua University; Zhang–California Institute of Technology; J. Jetter– Composites in Connection Applications #6182 | J. Schoening–Universal Technology Corporation; D. Murgado–University of Wisconsin-Madison; R. Rabbi–University of Massachusetts Dartmouth; V. B. of Liverpool; R. L. Burguete–National Physical J. Zhao–Tsinghua University; X. Li–Tsinghua University of Kiel; H. Gu–University of Minnesota; R. D. F. Gatamorta–University of Campinas; H. Enginsoy– L. Sheridan–Air Force Research Laboratory; O. Thevamaran–University of Wisconsin-Madison 5:00 p.m. Chalivendra–University of Massachusetts Dartmouth Laboratory; K. Dvurecenska–University of Liverpool; E. University; N. Li–University of South Carolina; H. James–University of Minnesota; E. Quandt–University SUPMECA-Paris; E. Bayraktar–SUPMECA-Paris; M. ML Scott-emuakpor–Air Force Research Laboratory; T. Hack–EMPA; G. Lampeas–Athena Research Centre; E. Wang–Tsinghua University; L. Sun–Tsinghua of Kiel; J. R. Greer–California Institute of Technology; M. Melo–Federal University of Itajubá George–Air Force Research Laboratory Patterson–University of Liverpool; T. Siebert–Dantec University; X. Wu–Tsinghua University Wuttig–University of Maryland; X. Chen–Hong Kong Dynamics GmbH; E. Szigeti–Airbus University of Science and Technology Development of a New Testing Method to Determining In-plane Displacement by Primary Creep of Nanocrystalline NiW under Design of Intermetallic Mg (recycled Ti-Al) Based In-Situ Investigation of Additively Repaired Effect of Initial Temperature on Impact Capture Progressive Damage in Carbon Fiber Combining DIC Method and Plenoptic Camera Harsh Conditions of Stress and Temperature Composites through Semi Powder Metallurgy Ti-6A-4V Mechanical Properties #6432 | D. A. Deformation of Micron Scale Al-6061 Particles Reinforced Polymers Subject to a Simulated Built-in Changing Focal Distance Function #6317 #6576 | R. M. Pocratsky–Carnegie Mellon University; Method #6128 | D. Katundi–SUPMECA-Paris; I. Celli–Aerospace Systems Directorate AFRL; O. Scott- #6540 | Q. Chen–Northeastern University; C. Lightning Strike #6560 | B. Hearley–North Carolina | C. Hwang–Instrument Technology Research Center; P. Singh–Carnegie Mellon University; L. Ni–Carnegie Miskioglu–Michigan Technological University; H. M. Emuakpor–Aerospace Systems Directorate AFRL; L. Taglienti–University of Massachusetts, Amherst; State University; K. Peters–North Carolina State W. Wang–National Tsing Hua University; S. Wang– Mellon University; M. de Boer–Carnegie Mellon Enginsoy–SUPMECA-Paris; E. Bayraktar–SUPMECA- Sheridan–Aerospace Systems Directorate AFRL W. Xie–University of Massachusetts, Amherst; V. K. 5:20 p.m. University; M. Pankow–North Carolina State University National Tsing Hua University; R. Weng–Instrument University Paris Champagne–United States Army Research Laboratory; Technology Research Center; C. Chen–Instrument J. Lee–University of Massachusetts, Amherst; S. Technology Research Center, NARLabs; Y. Chen– Muftu–Northeastern University Instrument Technology Research Center Effect of Elastic Mismatch on the Interaction Coupled NIRT/3D-DIC for a FEMU Identification Stress-Strain Responses from Small Scale Testing Magnetic Shape Memory Composite (MSMC) Mechanical Strength Assessment of a Techno- between a Propagating Crack and an Inclusion of the Thermo-mechanical Behavior of (Nanoindentation, In-Situ Micro-Compression, Design from intermetallic Cu-NiTi-MnAl- Polymer for Large-Scale Industry #6820 | E. #6188 | V. Saveenkumar–Indian Institute of Zr-4 Claddings under Simulated Reactivity Tension) In Mg and Al Alloys: A Comparative Fe3O4 alloy as an Alternative Replacement Farotti–Università Politecnica delle Marche; E. Technology Kanpur; V. Parameswaran–Indian Institute Initiated Accident #6296 | T. Jailin–Institut de Study #6661 | T. Skov-Black–University of Nevada for Actuators #6197 | F. Gatamorta–University Mancini–Università Politecnica delle Marche; M. of Technology Kanpur Radioprotection et de Sûreté Nucléaire (IRSN); N. Reno; S. Supakul–University of Nevada, Reno; K. of Campinas; H. Enginsoy–SUPMECA-Paris; E. Sasso–Università Politecnica delle Marche; E. Cadoni– Tardif–Université de Lyon; J. Desquines–Institut O’Neil–University of Nevada, Reno; J. Rodriguez- Bayraktar–Supmeca-Paris, School of Mechanical Scuola Universitaria Professionale della Svizzera 5:40 p.m. de Radioprotection et de Sûreté Nucléaire (IRSN); Felix–University of Nevada, Reno; S. Garrison– and Manufacturing Engineering, France; L. Ferreira– Italiana M. Coret–Central Nantes, GeM; M. Baietto–INSA University of Nevada, Reno; J. Dowell–University of UNIFESSPA, Federal University of Southern and Lyon, LaMCoS; T. Breville–ATYS Consulting Group; P. Nevada, Reno; M. Misra–University of Nevada, Reno; South-Eastern, Marabá - PA - BRAZIL; M. Motta Chaudet–Université de Lyon; V. Georgenthum–Institut B. Li–University of Nevada, Reno; S. Pathak–University Melo–Universidade Federal de Itajubá de Radioprotection et de Sûreté Nucléaire (IRSN) of Nevada, Reno 6:00-7:00 p.m. iDICs Standards and Best Practices for DIC Meeting—Roma 1 iDICs Standards and Best Practices for DIC Meeting—Roma 1 6:30-7:30 p.m. Panel on Mid-Career Development Panel on Mid-Career Development 6:30-7:30 p.m. Panel on Junior Career Development in Academia Panel on Junior Career Development in Academia 7:00-8:00 p.m. iDICs Training and Certification Meeting—Roma 2 iDICs Training and Certification Meeting—Roma 2
46 Technical Program CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 20TH INTERNATIONAL SYMPOSIUM ON 5TH INT’L SYMP ON THE MECH OF COMP FRACTURE & FATIGUE and CHALLENGES IN MECHANICS OF Program TRACK DYNAMIC BEHAVIOR OF MATERIALS APPLICATIONS IN EXPERIMENTAL MECHANICS MICRO- AND NANOMECHANICS (ISMAN) & MULTIFUNCTIONAL MATERIALS ADDITIVE ADV. MANUFACT. TIME-DEPENDENT MATERIALS 64. FRACTURE AND FAILURE I: 65. APPLICATIONS 66. DIC METHOD & ITS 67. MICRO- AND NANOSCALE 68. RECYCLED CONSTITUENT 69. ADDITIVE MANUFACTURING: 70. CHARACTERIZATION SESSION POLYMER MATRIX COMPOSITES APPLICATIONS II DEFORMATION MECHANISMS COMPOSITES FATIGUE AND FRACTURE II ACROSS SCALES Wednesday Late Afternoon, B. Aydelotte–U.S. Army Research Laboratory; P. Thakre–The Dow Chemical Company; H. Jin–Sandia National Laboratories; M. Linne–University of Michigan; E. Bayraktar–SUPMECA-Paris; G. Pataky–Clemson University J.H. Lee–University of Massachusetts; June 5, 2019 CHAIR(S) C. Meyer–U.S. Army Research Laboratory J. Helm–Lafayette College B. Croom–University of Virginia R. Thevamaran–University of Wisconsin-Madison I. Miskioglu–Michigan Technological University H. Lu–The University of Texas at Dallas
Mode-I Dynamic Fracture Behavior of Carbon Dynamic Analysis of Vehicle Performance for Update on the DIC Challenge 2.0 and the A Bulge Test Method for Characterizing Ultra- Alternative Composite Design from Recycled Fracture and Failure Behavior of Additively Extreme Plastic Deformation of Nanostructured Fiber/Vinyl Ester under Marine Conditions Changes to Rear Axle Housing #5942 | D. L. Stereo-DIC Challenge #6775 | P. L. Reu–Sandia thin Buckled Membranes #6315 | Aluminium (AA7075) Chips for Knuckle Printed ABS: Effect of Moisture #6033 | J. Isaac– Copolymer Micro-particles in Additive #6236 | R. Chavez–University of California San Peters–Kettering University; Y. M. Dong–Kettering National Laboratories; B. Blaysat–University Clermont J. Hoefnagels–Eindhoven University of Technology; Applications-II #6111 | G. Katundi–Nexteer- Auburn University; H. Tippur–Auburn University Manufacturing #6211 | A. Kim–University of Diego; T. Spencer–University of California San Diego; University; V. Patel–Kettering University Auvergne; J. Helm–Lafeyette University; E. M. Jones– S. Shafqat–Eindhoven University of Technology; O. Automotive; D. Katundi–SUPMECA-Paris; H. Massachusetts; W. Xie–University of Massachusetts; 4:20 p.m. A. Igna–University of California San Diego; A. Sandia National Laboratories; M. Iadicola–NIST van der Sluis–Eindhoven University of Technology; M. Enginsoy–SUPMECA-Paris; E. Bayraktar–SUPMECA- K. Zhu–University of Massachusetts; J. Lee–University Aderounmu–University of California San Diego; V. Geers–Eindhoven University of Technology Paris; I. Miskioglu–Michigan Technological University of Massachusetts Eliasson–University of California San Diego Dynamic Underwater Response of a Composite Hand-Transmitted Vibration with Simple Pattern Induced Bias in Out-Of-Plane Motion Quantitative Measurements of Plastic Manufacturing of Recycled Nickel-Aluminum Microscopic Fatigue Tests of Inconel 718 Substrate Oxide Effects in the Adhesion of Cylinder to a Proximal Implosion #6251 | S. Solution Starting by Weed Walker #6030 | A. in Digital Image Correlation #6768 | S. S. Localization and Strain Accumulation in Matrix Composites Reinforced of TiC/MoS2/ Shaped By Additive Manufacturing #6273 | Supersonically Accelerated Aluminum Particles Kishore–University of Rhode Island; A. Shukla– Mohammed–Washington State University; J. Miller– Fayad–Sandia National Laboratories; P. L. Reu–Sandia Polycrystalline Materials and the Relationship to Al2O3 Fiber through Combined Method: Sinter B. Medina-Clavijo–CIC nanoGUNE Consolider; J. #6455 | S. Mohanty–University of Massachusetts, University of Rhode Island Washington State University; J. Alhamid–Washington National Laboratories 3D Microstructure #6473 | J. Stinville–University + Forging #6126 | H. M. Enginsoy–SUPMECA-Paris; Rafael-Velayarce–Saarland University; P. J. Arrazola– Amherst; C. Taglienti–University of Massachusetts, State University; C. Mo–Washington State University of California Santa Barbara; P. Callahan–University E. Bayraktar–SUPMECA-Paris; I. Miskioglu–Michigan Mondragon Unibertsitatea; A. Lamikiz–University Amherst; W. Xie–University of Massachusetts, of California Santa Barbara; M. Echlin–University Technological University; D. Katundi–SUPMECA-Paris; of the Basque Country UPV/EHU; C. Motz–Saarland Amherst; V. Champagne–United States Army Research of California Santa Barbara; E. Yao–University of F. Gatamorta–University of Campinas, Brazil University; A. Chuvilin–CIC nanoGUNE Consolider Laboratory; J. Lee–University of Massachusetts, 4:40 p.m. California Santa Barbara; J. Shin–University of Amherst California Santa Barbara; F. Wang–University of California Santa Barbara; D. Texier–Institut Clément Ader; V. Valle–Institut PPRIME, Université de Poitiers; D. D.S. Gianola–University of California Santa Barbara; T. Pollock–University of California Santa Barbara Effect of Z-axis Reinforcement on Dynamic A Novel Flow-chart for Model Validation: Self-Adaptive DIC for Automatic Shape Function Shape Memory Effect in Zirconia-Based Recycling of Aluminium-431 by High Energy A Simplified Investigation into Fatigue Viability Highly Tunable Dynamic Response of Vertically Mixed Mode Fracture and Electrical Responses Is it Conceivable to Validate without New Selection and Subset Size & Orientation Ceramics via Micropillar Compression #6257 | H. Milling Reinforced with TiC-Mo-Cu for New of Additively Manufactured IN-718 #6346 | A. Aligned Carbon Nanotube Foams #6470 | of Glass Fiber/Epoxy Composites #6234 | M. Measurements? #6040 | A. Alexiadis–University Determination #6472 | X. Ye–Tsinghua University; Zhang–California Institute of Technology; J. Jetter– Composites in Connection Applications #6182 | J. Schoening–Universal Technology Corporation; D. Murgado–University of Wisconsin-Madison; R. Rabbi–University of Massachusetts Dartmouth; V. B. of Liverpool; R. L. Burguete–National Physical J. Zhao–Tsinghua University; X. Li–Tsinghua University of Kiel; H. Gu–University of Minnesota; R. D. F. Gatamorta–University of Campinas; H. Enginsoy– L. Sheridan–Air Force Research Laboratory; O. Thevamaran–University of Wisconsin-Madison 5:00 p.m. Chalivendra–University of Massachusetts Dartmouth Laboratory; K. Dvurecenska–University of Liverpool; E. University; N. Li–University of South Carolina; H. James–University of Minnesota; E. Quandt–University SUPMECA-Paris; E. Bayraktar–SUPMECA-Paris; M. ML Scott-emuakpor–Air Force Research Laboratory; T. Hack–EMPA; G. Lampeas–Athena Research Centre; E. Wang–Tsinghua University; L. Sun–Tsinghua of Kiel; J. R. Greer–California Institute of Technology; M. Melo–Federal University of Itajubá George–Air Force Research Laboratory Patterson–University of Liverpool; T. Siebert–Dantec University; X. Wu–Tsinghua University Wuttig–University of Maryland; X. Chen–Hong Kong Dynamics GmbH; E. Szigeti–Airbus University of Science and Technology Development of a New Testing Method to Determining In-plane Displacement by Primary Creep of Nanocrystalline NiW under Design of Intermetallic Mg (recycled Ti-Al) Based In-Situ Investigation of Additively Repaired Effect of Initial Temperature on Impact Capture Progressive Damage in Carbon Fiber Combining DIC Method and Plenoptic Camera Harsh Conditions of Stress and Temperature Composites through Semi Powder Metallurgy Ti-6A-4V Mechanical Properties #6432 | D. A. Deformation of Micron Scale Al-6061 Particles Reinforced Polymers Subject to a Simulated Built-in Changing Focal Distance Function #6317 #6576 | R. M. Pocratsky–Carnegie Mellon University; Method #6128 | D. Katundi–SUPMECA-Paris; I. Celli–Aerospace Systems Directorate AFRL; O. Scott- #6540 | Q. Chen–Northeastern University; C. Lightning Strike #6560 | B. Hearley–North Carolina | C. Hwang–Instrument Technology Research Center; P. Singh–Carnegie Mellon University; L. Ni–Carnegie Miskioglu–Michigan Technological University; H. M. Emuakpor–Aerospace Systems Directorate AFRL; L. Taglienti–University of Massachusetts, Amherst; State University; K. Peters–North Carolina State W. Wang–National Tsing Hua University; S. Wang– Mellon University; M. de Boer–Carnegie Mellon Enginsoy–SUPMECA-Paris; E. Bayraktar–SUPMECA- Sheridan–Aerospace Systems Directorate AFRL W. Xie–University of Massachusetts, Amherst; V. K. 5:20 p.m. University; M. Pankow–North Carolina State University National Tsing Hua University; R. Weng–Instrument University Paris Champagne–United States Army Research Laboratory; Technology Research Center; C. Chen–Instrument J. Lee–University of Massachusetts, Amherst; S. Technology Research Center, NARLabs; Y. Chen– Muftu–Northeastern University Instrument Technology Research Center Effect of Elastic Mismatch on the Interaction Coupled NIRT/3D-DIC for a FEMU Identification Stress-Strain Responses from Small Scale Testing Magnetic Shape Memory Composite (MSMC) Mechanical Strength Assessment of a Techno- between a Propagating Crack and an Inclusion of the Thermo-mechanical Behavior of (Nanoindentation, In-Situ Micro-Compression, Design from intermetallic Cu-NiTi-MnAl- Polymer for Large-Scale Industry #6820 | E. #6188 | V. Saveenkumar–Indian Institute of Zr-4 Claddings under Simulated Reactivity Tension) In Mg and Al Alloys: A Comparative Fe3O4 alloy as an Alternative Replacement Farotti–Università Politecnica delle Marche; E. Technology Kanpur; V. Parameswaran–Indian Institute Initiated Accident #6296 | T. Jailin–Institut de Study #6661 | T. Skov-Black–University of Nevada for Actuators #6197 | F. Gatamorta–University Mancini–Università Politecnica delle Marche; M. of Technology Kanpur Radioprotection et de Sûreté Nucléaire (IRSN); N. Reno; S. Supakul–University of Nevada, Reno; K. of Campinas; H. Enginsoy–SUPMECA-Paris; E. Sasso–Università Politecnica delle Marche; E. Cadoni– Tardif–Université de Lyon; J. Desquines–Institut O’Neil–University of Nevada, Reno; J. Rodriguez- Bayraktar–Supmeca-Paris, School of Mechanical Scuola Universitaria Professionale della Svizzera 5:40 p.m. de Radioprotection et de Sûreté Nucléaire (IRSN); Felix–University of Nevada, Reno; S. Garrison– and Manufacturing Engineering, France; L. Ferreira– Italiana M. Coret–Central Nantes, GeM; M. Baietto–INSA University of Nevada, Reno; J. Dowell–University of UNIFESSPA, Federal University of Southern and Lyon, LaMCoS; T. Breville–ATYS Consulting Group; P. Nevada, Reno; M. Misra–University of Nevada, Reno; South-Eastern, Marabá - PA - BRAZIL; M. Motta Chaudet–Université de Lyon; V. Georgenthum–Institut B. Li–University of Nevada, Reno; S. Pathak–University Melo–Universidade Federal de Itajubá de Radioprotection et de Sûreté Nucléaire (IRSN) of Nevada, Reno 6:00-7:00 p.m. iDICs Standards and Best Practices for DIC Meeting—Roma 1 iDICs Standards and Best Practices for DIC Meeting—Roma 1 6:30-7:30 p.m. Panel on Mid-Career Development Panel on Mid-Career Development 6:30-7:30 p.m. Panel on Junior Career Development in Academia Panel on Junior Career Development in Academia 7:00-8:00 p.m. iDICs Training and Certification Meeting—Roma 2 iDICs Training and Certification Meeting—Roma 2
Technical Program 47 CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 20TH INTERNATIONAL SYMPOSIUM ON 5TH INT’L SYMP ON THE MECH OF COMP CHALLENGES IN MECHANICS OF Program TRACK DYNAMIC BEHAVIOR OF MATERIALS DYNAMIC BEHAVIOR OF MATERIALS IN EXPERIMENTAL MECHANICS MICRO- AND NANOMECHANICS (ISMAN) & MULTIFUNCTIONAL MATERIALS FRACTURE & FATIGUE TIME-DEPENDENT MATERIALS 71. DYNAMIC RESPONSE OF 72. SYNCHROTRON APPLICATIONS/ 73. DIC METHOD & ITS 74. IN-SITU NANOMECHANICS 75. MULTIFUNCTIONAL MATERIALS II 76. MECHANICS OF COMPOSITE 77. TIME-DEPENDENT DAMAGE, SESSION GEOMATERIALS I ADVANCED IMAGING APPLICATIONS III MATERIALS FATIGUE, AND FAILURE Thursday Early Morning, X. Nie–Southern Methodist University; C. Meredith–U.S. Army Research Laboratory; C.H. Hwang–ITRC, NARLabs; F. DelRio–National Institute of M. Keller–The University of Tulsa; K. Hazeli–J. Biddlecom–Clemson University T. Sakai–Saitama University; CHAIR(S) W. Heard–U.S. Army ERDC C. Williams–U.S. Army Research Laboratory B. Croom–University of Virginia Standards and Technology; P. Thakre–The Dow Chemical Company R. Hall–Air Force Research Laboratory June 6, 2019 M. de Boer–Carnegie Mellon University A Damage-Based Approach to Determine the Twinning-Detwinning in Shock Compressed UFG Study the Deformation of Solid Cylindrical Keynote: MEMS for Advanced In-situ Reversal of Scratches in Polymer Seals via Characterization of Interface Toughness of Keynote: In-situ full-field experimental fracture Dynamic Increase Factor for Concrete #6075 AMX602 Magnesium via Time-Resolved In-Situ Specimens under Torsion using 360o DIC #6133 Nanomechanical Testing #6452 | O. Pierron– Laminated Vascular Networks #6462 | D. I. Cellulose Nanofibril and Polymer Composite analysis of tough anisotropic polyethylene | C. Loeffler–Southern Methodist University; Q. Synchrotron X-Ray Diffraction #6196 | | H. Jin–Sandia National Laboratories; W. Lu–Sandia Georgia Institute of Technology Moses–The University of Tulsa; S. A. Shirazi–The Laminates #6564 | G. Vankayalapati–University of films #6766 | J. Furmanski–ExxonMobil Corporate Sun–Southern Methodist University; W. Heard–U.S. C. L. Williams–U.S. Army Research Laboratory National Laboratories; J. Foulk–Sandia National University of Tulsa; M. W. Keller–The University of Tulsa Pennsylvania; S. Pande–University of Pennsylvania; Strategic Research Army Engineer Research and Development Center; Laboratories; J. Ostien–Sandia National Laboratories L. M. Mariani–University of Pennsylvania; J. M. 9:00 a.m. B. Martin–Air Force Research Laboratory; B. Williams– Considine–Forests Products Laboratory; C. M. U.S. Army Engineer Research and Development Center; Clemons–Forests Products Laboratory; K. T. Turner– X. Nie–Southern Methodist University University of Pennsylvania Experimental Quantification of Damage Dynamic Deformation of Ti7Al Studied by In Situ An Investigation of Digital Image Correlation Multi-functional Natural Fiber Composites Characterizing Fiber Reinforced Polymer Evolution Pertaining to Johnson-Holmquist X-ray Diffraction #6478 | D. J Magagnosc–U.S. Technique for Earth Materials #6138 | N. Shukla– under Quasi-static Fracture Loading #6362 | S. Composites Shear Behavior with Digital Image Model Series #6077 | Q. Sun–Southern Methodist Army Research Laboratory; C. S Meredith–U.S. Army National Institute of Technology Rourkela; M. K. Yang–u; V. Chalivendra–University of Massachusetts Correlation #6610 | A. M. Forster–National Institute University; C. Loeffler–Southern Methodist University; Research Laboratory; D. T. Casem–U.S. Army Research Mishra–National Institute of Technology Rourkela Dartmouth of Standards and Technology; Q. An–National Institute D. Frew–Dynamic Systems and Research; B. Laboratory; B. E. Schuster–U.S. Army Research of Standards and Technology; M. Merzkirch–National 9:20 a.m. Martin–Air Force Research Laboratory; W. Heard–U.S. Laboratory Institute of Standards and Technology Army Engineer Research and Development Center; B. Williams–U.S. Army Engineer Research and Development Center; X. Nie–Southern Methodist University Effect of Heat-treatment on Rock Fragmentation Hydrodynamic Richtmyer-Meshkov Instability Application of High Resolution DIC to Assess A MEMS-Based Nanomechanical Testing Electromagnetic and Mechanical Behavior of Deep Statistical Data Analysis for Experimental Viscoelastoplastic Damage with Maximum using Dynamic Ball Compression Test #6369 | of Metallic Solids used to Assess Material the Weld Region of Friction Stir Welded (FSW) Device: Dynamic Response and Application in Conductive Polymer Materials for Antennas Fatigue Test of Self-Healing Dental Composites Rate of Dissipation-Based Growth Criterion and Y. Xu–Tianjin University; W. Yao–University of Deformation at High Strain-rates #6589 | J. D. Joints #6639 | S. Ramachandran–University of High Strain Rate Testing #6649 | C. Li–North #6320 | L. J. Waldman–The University of Tulsa; P. J. #6458 | D. Kafagy–Oklahoma State University; S. Tri-Component Lie Rate Decomposition #6504 | Toronto; K. Xia–University of Toronto Olles–Sandia National Laboratories; M. Hudspeth– Southampton; P. Reed–University of Southampton; Carolina State University; Y. Zhu–North Carolina State Hawrylak–The University of Tulsa; M. W. Keller–The Obyeis–George Mason University R. B. Hall–Air Force Research Laboratory Sandia National Laboratories; C. Tilger–Los Alamos J. Dulieu-Barton–University of Southampton; A. University University of Tulsa 9:40 a.m. National Laboratory; C. Garasi–Sandia National Lakshminarayanan–SSN College of Engineering Laboratories; N. Sanchez–Los Alamos National Laboratory; B. Jensen–Los Alamos National Laboratory Effect of Confining Pressure on the Dynamic Observation of Dynamic Adhesive Behavior Shear Adhesion of Fiber-to-Fiber Contacts Experimental Feasibility Study of Tunable- High Temperature Low-Cycle Fatigue and Creep- Mode-II Fracture Toughness of Rocks #6372 | Using High-Speed Phase Contrast Imaging between Electrospun Nanofibers #6846 | D. Stiffness Polishing Wheel via Integration of Fatigue Behavior of Fe-25Ni-20Cr austenitic W. Yao–University of Toronto; T. Zhang–University of #6863 | S. C. Paulson–Purdue University; N. Kedir– Das–University of Illinois at Urbana-Champaign; I. Magneto-Rheological Elastomers #6523 | D. stainless steel #6845 | Z. Y. Alsmadi–North Toronto; K. Xia–University of Toronto Purdue University; T. Sun–Advanced Photon Source, Chasiotis–University of Illinois at Urbana-Champaign Yavas–Iowa State University; T. Yu–University of Carolina State University; A. S. Alomari–North Carolina 10:00 a.m. Argonne National Laboratory; K. Fezzaa–Advanced Central Florida; A. Bastawros–Iowa State University State University; N. Kumar–The University of Alabama; Photon Source, Argonne National Laboratory; W. W. K. L. Murty–North Carolina State University Chen–Purdue University 10:20-10:50 a.m. Coffee Break—Foyer Coffee Break—Foyer 10:20-10:50 a.m. Let’s Talk Postdoc Let’s Talk Postdoc
48 Technical Program CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 20TH INTERNATIONAL SYMPOSIUM ON 5TH INT’L SYMP ON THE MECH OF COMP CHALLENGES IN MECHANICS OF Program TRACK DYNAMIC BEHAVIOR OF MATERIALS DYNAMIC BEHAVIOR OF MATERIALS IN EXPERIMENTAL MECHANICS MICRO- AND NANOMECHANICS (ISMAN) & MULTIFUNCTIONAL MATERIALS FRACTURE & FATIGUE TIME-DEPENDENT MATERIALS 71. DYNAMIC RESPONSE OF 72. SYNCHROTRON APPLICATIONS/ 73. DIC METHOD & ITS 74. IN-SITU NANOMECHANICS 75. MULTIFUNCTIONAL MATERIALS II 76. MECHANICS OF COMPOSITE 77. TIME-DEPENDENT DAMAGE, SESSION GEOMATERIALS I ADVANCED IMAGING APPLICATIONS III MATERIALS FATIGUE, AND FAILURE Thursday Early Morning, X. Nie–Southern Methodist University; C. Meredith–U.S. Army Research Laboratory; C.H. Hwang–ITRC, NARLabs; F. DelRio–National Institute of M. Keller–The University of Tulsa; K. Hazeli–J. Biddlecom–Clemson University T. Sakai–Saitama University; CHAIR(S) W. Heard–U.S. Army ERDC C. Williams–U.S. Army Research Laboratory B. Croom–University of Virginia Standards and Technology; P. Thakre–The Dow Chemical Company R. Hall–Air Force Research Laboratory June 6, 2019 M. de Boer–Carnegie Mellon University A Damage-Based Approach to Determine the Twinning-Detwinning in Shock Compressed UFG Study the Deformation of Solid Cylindrical Keynote: MEMS for Advanced In-situ Reversal of Scratches in Polymer Seals via Characterization of Interface Toughness of Keynote: In-situ full-field experimental fracture Dynamic Increase Factor for Concrete #6075 AMX602 Magnesium via Time-Resolved In-Situ Specimens under Torsion using 360o DIC #6133 Nanomechanical Testing #6452 | O. Pierron– Laminated Vascular Networks #6462 | D. I. Cellulose Nanofibril and Polymer Composite analysis of tough anisotropic polyethylene | C. Loeffler–Southern Methodist University; Q. Synchrotron X-Ray Diffraction #6196 | | H. Jin–Sandia National Laboratories; W. Lu–Sandia Georgia Institute of Technology Moses–The University of Tulsa; S. A. Shirazi–The Laminates #6564 | G. Vankayalapati–University of films #6766 | J. Furmanski–ExxonMobil Corporate Sun–Southern Methodist University; W. Heard–U.S. C. L. Williams–U.S. Army Research Laboratory National Laboratories; J. Foulk–Sandia National University of Tulsa; M. W. Keller–The University of Tulsa Pennsylvania; S. Pande–University of Pennsylvania; Strategic Research Army Engineer Research and Development Center; Laboratories; J. Ostien–Sandia National Laboratories L. M. Mariani–University of Pennsylvania; J. M. 9:00 a.m. B. Martin–Air Force Research Laboratory; B. Williams– Considine–Forests Products Laboratory; C. M. U.S. Army Engineer Research and Development Center; Clemons–Forests Products Laboratory; K. T. Turner– X. Nie–Southern Methodist University University of Pennsylvania Experimental Quantification of Damage Dynamic Deformation of Ti7Al Studied by In Situ An Investigation of Digital Image Correlation Multi-functional Natural Fiber Composites Characterizing Fiber Reinforced Polymer Evolution Pertaining to Johnson-Holmquist X-ray Diffraction #6478 | D. J Magagnosc–U.S. Technique for Earth Materials #6138 | N. Shukla– under Quasi-static Fracture Loading #6362 | S. Composites Shear Behavior with Digital Image Model Series #6077 | Q. Sun–Southern Methodist Army Research Laboratory; C. S Meredith–U.S. Army National Institute of Technology Rourkela; M. K. Yang–u; V. Chalivendra–University of Massachusetts Correlation #6610 | A. M. Forster–National Institute University; C. Loeffler–Southern Methodist University; Research Laboratory; D. T. Casem–U.S. Army Research Mishra–National Institute of Technology Rourkela Dartmouth of Standards and Technology; Q. An–National Institute D. Frew–Dynamic Systems and Research; B. Laboratory; B. E. Schuster–U.S. Army Research of Standards and Technology; M. Merzkirch–National 9:20 a.m. Martin–Air Force Research Laboratory; W. Heard–U.S. Laboratory Institute of Standards and Technology Army Engineer Research and Development Center; B. Williams–U.S. Army Engineer Research and Development Center; X. Nie–Southern Methodist University Effect of Heat-treatment on Rock Fragmentation Hydrodynamic Richtmyer-Meshkov Instability Application of High Resolution DIC to Assess A MEMS-Based Nanomechanical Testing Electromagnetic and Mechanical Behavior of Deep Statistical Data Analysis for Experimental Viscoelastoplastic Damage with Maximum using Dynamic Ball Compression Test #6369 | of Metallic Solids used to Assess Material the Weld Region of Friction Stir Welded (FSW) Device: Dynamic Response and Application in Conductive Polymer Materials for Antennas Fatigue Test of Self-Healing Dental Composites Rate of Dissipation-Based Growth Criterion and Y. Xu–Tianjin University; W. Yao–University of Deformation at High Strain-rates #6589 | J. D. Joints #6639 | S. Ramachandran–University of High Strain Rate Testing #6649 | C. Li–North #6320 | L. J. Waldman–The University of Tulsa; P. J. #6458 | D. Kafagy–Oklahoma State University; S. Tri-Component Lie Rate Decomposition #6504 | Toronto; K. Xia–University of Toronto Olles–Sandia National Laboratories; M. Hudspeth– Southampton; P. Reed–University of Southampton; Carolina State University; Y. Zhu–North Carolina State Hawrylak–The University of Tulsa; M. W. Keller–The Obyeis–George Mason University R. B. Hall–Air Force Research Laboratory Sandia National Laboratories; C. Tilger–Los Alamos J. Dulieu-Barton–University of Southampton; A. University University of Tulsa 9:40 a.m. National Laboratory; C. Garasi–Sandia National Lakshminarayanan–SSN College of Engineering Laboratories; N. Sanchez–Los Alamos National Laboratory; B. Jensen–Los Alamos National Laboratory Effect of Confining Pressure on the Dynamic Observation of Dynamic Adhesive Behavior Shear Adhesion of Fiber-to-Fiber Contacts Experimental Feasibility Study of Tunable- High Temperature Low-Cycle Fatigue and Creep- Mode-II Fracture Toughness of Rocks #6372 | Using High-Speed Phase Contrast Imaging between Electrospun Nanofibers #6846 | D. Stiffness Polishing Wheel via Integration of Fatigue Behavior of Fe-25Ni-20Cr austenitic W. Yao–University of Toronto; T. Zhang–University of #6863 | S. C. Paulson–Purdue University; N. Kedir– Das–University of Illinois at Urbana-Champaign; I. Magneto-Rheological Elastomers #6523 | D. stainless steel #6845 | Z. Y. Alsmadi–North Toronto; K. Xia–University of Toronto Purdue University; T. Sun–Advanced Photon Source, Chasiotis–University of Illinois at Urbana-Champaign Yavas–Iowa State University; T. Yu–University of Carolina State University; A. S. Alomari–North Carolina 10:00 a.m. Argonne National Laboratory; K. Fezzaa–Advanced Central Florida; A. Bastawros–Iowa State University State University; N. Kumar–The University of Alabama; Photon Source, Argonne National Laboratory; W. W. K. L. Murty–North Carolina State University Chen–Purdue University 10:20-10:50 a.m. Coffee Break—Foyer Coffee Break—Foyer 10:20-10:50 a.m. Let’s Talk Postdoc Let’s Talk Postdoc
Technical Program 49 CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 20TH INTERNATIONAL SYMPOSIUM ON 5TH INT’L SYMP ON THE MECH OF COMP CHALLENGES IN MECHANICS OF Program TRACK DYNAMIC BEHAVIOR OF MATERIALS DYNAMIC BEHAVIOR OF MATERIALS IN EXPERIMENTAL MECHANICS MICRO- AND NANOMECHANICS (ISMAN) & MULTIFUNCTIONAL MATERIALS FRACTURE & FATIGUE TIME-DEPENDENT MATERIALS 78. DYNAMIC RESPONSE OF 79. DYNAMIC BEHAVIOR OF 80. DIC METHOD & ITS 81. EXTREME NANOMECHANICS 82. COMPOSITE INTERFACES 83. INTERFACIAL AND MIXED- 84. SOFT MATERIALS SESSION GEOMATERIALS II ADDITIVELY MANUFACTURED APPLICATIONS IV MODE FRACTURE Thursday MATERIALS II Late Morning, B. Martin–Air Force Research Laboratory; T. Mason–University of Alabama; H. Jin–Sandia National Laboratories; F. DelRio–National Institute of F. Gardea–U.S. Army Research Laboratory; B. Meenakshi Sundaram–Corning M. Silberstein–Cornell University; CHAIR(S) X. Nie–Southern Methodist University P. Allison–University of Alabama E. Jones–Sandia National Laboratories Standards and Technology; P. Thakre–The Dow Chemical Company Research and Development Corporation; Y. Hu June 6, 2019 M. de Boer–Carnegie Mellon University S. Grutzik–Sandia National Laboratories Large-Diameter Triaxial Kolsky Bar for Investigating the Mechanical and Thermal Accurate 3D Shape, Motion and Deformation Operando Nanoindentation on Electrodes of POSS-based Fiber Carbon-fiber Surface Interlaminar Crack Propagation in 3D-Printed Modulating Elastomer Strength and Toughness Evaluating Very-High-Strength Concrete #6495 Relationship for Epoxy Blends #6246 | M. Measurement using a Smartphone #6169 Li-ion Batteries #6037 | L. Vasconcelos–Purdue Treatment for Enhanced Durability of Plastics with High Speed DIC #6588 | W. with Metal Ligand Cross-linking #6865 | M. N. | B. Williams–U.S. Army Engineer Research and H. Harr–SURVICE Engineering; P. Moy–U.S. Army | L. Yu–King Abdullah University of Science and University; K. Zhao–Purdue University Composites #6549 | B. A. Heckert–Oklahoma State Craig–Utah State University; C. Stolinski–Utah State Silberstein–Cornell University; Y. Vidavsky–Cornell Development Center; W. Heard–U.S. Army Engineer Research Laboratory; J. H. Yu–U.S. Army Research Technology (KAUST); R. Tao–King Abdullah University University; R. P. Singh–Oklahoma State University University; R. J. Rowley–Utah State University; O. T. University; M. R. Buche–Cornell University; J. Zhang– 10:50 a.m. Research and Development Center; B. Martin–Air Force Laboratory of Science and Technology (KAUST); G. Lubineau–King Kingstedt–University of Utah; R. B. Berke–Utah State Cornell University; Z. M. Norberg–Cornell University; R. Research Laboratory; C. Loeffler–Southern Methodist Abdullah University of Science and Technology University A. Distasio–Cornell University University; X. Nie–Southern Methodist University (KAUST) Assessment of Dynamic Fracture in Ultra-high- Tensile Hopkinson bar Analysis of Additively Optimization of a Cruciform Biaxial Tensile Test Dynamic Mechanical Property of Multilayer Characterization and Optimization of Carbon Full-field Deformation Analysis of the Single Exploring Microstructural Descriptors in performance Concrete using a Synchrotron Manufactured Maraging Steel #6479 | N. E. Specimen Geometry #6816 | M. A. Iadicola– Graphene Subjected to Supersonic Impact in Fiber and Dicyclopentadiene Interfaces Prepared Lap-shear Joint #6428 | J. M. Gorman–University Elastomeric Foams Using Digital Image X-ray Source #6821 | N. Kedir–Purdue University; S. Taylor–University of Cambridge; D. M. Williamson– National Institute of Standards and Technology; D. Vacuum #6242 | J. Lee–University of Massachusetts via Frontal Polymerization #6498 | D. G. of MIchigan; M. Thouless–University of MIchigan Correlation and Statistical Analysis #6114 | R. F. Paulson–Purdue University; C. Kirk–Purdue University; University of Cambridge; C. H. Braithwaite–University K. Banerjee–National Institute of Standards and at Amherst; W. Xie–University of Massachusetts Ivanoff–University of Illinois Urbana-Champaign; J. Waymel–Sandia National Laboratories; S. LB Kramer– 11:10 a.m. T. Sun–Argonne National Laboratory; K. Fezzaa– of Cambridge; S. J. Ward–University of Cambridge Technology; E. Rust–National Institute of Standards Sung–University of Illinois Urbana-Champaign; P. J. Sandia National Laboratories; D. S. Bolintineanu– Argonne National Laboratory; W. Chen–Purdue and Technology Centellas–University of Illinois Urbana-Champaign; C. Sandia National Laboratories; E. C. Quintana–Sandia University Viers–University of Illinois Urbana-Champaign; N. R. National Laboratories; K. N. Long–Sandia National Sottos–University of Illinois Urbana-Champaign Laboratories Strain-Rate Effect on the Deformation Dynamic Interlaminar Fracture of 3D-Printed Effect of Templated Graphitization via Graphitic Determination of Viscoelastic Response of Characterization of ice Adhesion for Aviation Characterization of the Viscoelastic Response of Mechanisms of Agglomerated Cork #6977 | L. Le ABS Plastic #6591 | R. J. Rowley–Utah State Nanomaterials on Microstructure and Mechanics Interphase Region of Carbon Fiber Reinforced Deicing Systems #6868 | B. M. Dawood–Iowa Strain-Rate Sensitive Elastomeric Foams #6284 Barbenchon–Arts et Métiers ParisTech; J. Kopp–Arts et University; C. Stolinski–Utah State University; W. of Electrospun Carbon Nanofiber #6505 | J. Epoxy Using AFM Indentation #6577 | L. K. State University; C. J. Giuffre–Iowa State University; A. | A. K. Landauer–Brown University; X. Li–Brown Métiers ParisTech; J. Girardot–Arts et Métiers ParisTech; Craig–Utah State University; O. T. Kingstedt–University Cai–Texas A&M University; M. Naraghi–Texas A&M Babu–Oklahoma State University; R. P. Singh– F Bastawros–Iowa State University; D. Yavas–Iowa University; D. L. Henann–Brown University; C. Franck– 11:30 a.m. P. Viot–Arts et Métiers ParisTech of Utah; R. B. Berke–Utah State University University Oklahoma State University State University University of Wisconsin-Madison
Using the SURF Model to Simulate Fragment Analysis of the Dynamic Response of Additively Nanomechanical Characterization of Self-Healing Composites in Underwater A Dual Actuator Mixed-Mode Interaction Tester Impact on Energetic Materials #7022 | X. Ma– Friction Stir Layer Welded AZ31 Mg Alloy #6650 Photopolymerization in a 3D-Printing-Resin Applications #7051 | R. Hesse–Naval Undersea #6858 | V. Gandhi–California Institute of Technology; LANL; B. Clements–LANL | R. C. Smith–Mississippi State University; M. B. Environment #6322 | C. Higgins–National Institute Warfare Center; M. Black–Naval Undersea Warfare T. Yang–UT Austin; R. Huang–UT Austin; K. Liechti– Williams–The University of Alabama; C. Mason–The of Standards and Technology; L. Cox–National Institute Center; H. Matos–Naval Undersea Warfare Center; UT Austin University of Alabama; D. Z. Avery–The University of Standards and Technology; F. DelRio–National P. Cavallaro–Naval Undersea Warfare Center; of Alabama; W. R. Whittington–MIssissippi State Institute of Standards and Technology; J. Killgore– J. LeBlanc–Naval Undersea Warfare Center; T. 11:50 a.m. University; P. G. Allison–The University of Alabama; National Institute of Standards and Technology Ramotowski–Naval Undersea Warfare Center J. Jordan–The University of Alabama; H. Rhee– Mississippi State University; H. El Kadiri–Mississippi State University; J. S. Wlodarski–The University of Alabama; B. C. White–The University of Alabama 12:10-1:20 p.m. Lunch—On own Lunch—On own
50 Technical Program CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 20TH INTERNATIONAL SYMPOSIUM ON 5TH INT’L SYMP ON THE MECH OF COMP CHALLENGES IN MECHANICS OF Program TRACK DYNAMIC BEHAVIOR OF MATERIALS DYNAMIC BEHAVIOR OF MATERIALS IN EXPERIMENTAL MECHANICS MICRO- AND NANOMECHANICS (ISMAN) & MULTIFUNCTIONAL MATERIALS FRACTURE & FATIGUE TIME-DEPENDENT MATERIALS 78. DYNAMIC RESPONSE OF 79. DYNAMIC BEHAVIOR OF 80. DIC METHOD & ITS 81. EXTREME NANOMECHANICS 82. COMPOSITE INTERFACES 83. INTERFACIAL AND MIXED- 84. SOFT MATERIALS SESSION GEOMATERIALS II ADDITIVELY MANUFACTURED APPLICATIONS IV MODE FRACTURE Thursday MATERIALS II Late Morning, B. Martin–Air Force Research Laboratory; T. Mason–University of Alabama; H. Jin–Sandia National Laboratories; F. DelRio–National Institute of F. Gardea–U.S. Army Research Laboratory; B. Meenakshi Sundaram–Corning M. Silberstein–Cornell University; CHAIR(S) X. Nie–Southern Methodist University P. Allison–University of Alabama E. Jones–Sandia National Laboratories Standards and Technology; P. Thakre–The Dow Chemical Company Research and Development Corporation; Y. Hu June 6, 2019 M. de Boer–Carnegie Mellon University S. Grutzik–Sandia National Laboratories Large-Diameter Triaxial Kolsky Bar for Investigating the Mechanical and Thermal Accurate 3D Shape, Motion and Deformation Operando Nanoindentation on Electrodes of POSS-based Fiber Carbon-fiber Surface Interlaminar Crack Propagation in 3D-Printed Modulating Elastomer Strength and Toughness Evaluating Very-High-Strength Concrete #6495 Relationship for Epoxy Blends #6246 | M. Measurement using a Smartphone #6169 Li-ion Batteries #6037 | L. Vasconcelos–Purdue Treatment for Enhanced Durability of Plastics with High Speed DIC #6588 | W. with Metal Ligand Cross-linking #6865 | M. N. | B. Williams–U.S. Army Engineer Research and H. Harr–SURVICE Engineering; P. Moy–U.S. Army | L. Yu–King Abdullah University of Science and University; K. Zhao–Purdue University Composites #6549 | B. A. Heckert–Oklahoma State Craig–Utah State University; C. Stolinski–Utah State Silberstein–Cornell University; Y. Vidavsky–Cornell Development Center; W. Heard–U.S. Army Engineer Research Laboratory; J. H. Yu–U.S. Army Research Technology (KAUST); R. Tao–King Abdullah University University; R. P. Singh–Oklahoma State University University; R. J. Rowley–Utah State University; O. T. University; M. R. Buche–Cornell University; J. Zhang– 10:50 a.m. Research and Development Center; B. Martin–Air Force Laboratory of Science and Technology (KAUST); G. Lubineau–King Kingstedt–University of Utah; R. B. Berke–Utah State Cornell University; Z. M. Norberg–Cornell University; R. Research Laboratory; C. Loeffler–Southern Methodist Abdullah University of Science and Technology University A. Distasio–Cornell University University; X. Nie–Southern Methodist University (KAUST) Assessment of Dynamic Fracture in Ultra-high- Tensile Hopkinson bar Analysis of Additively Optimization of a Cruciform Biaxial Tensile Test Dynamic Mechanical Property of Multilayer Characterization and Optimization of Carbon Full-field Deformation Analysis of the Single Exploring Microstructural Descriptors in performance Concrete using a Synchrotron Manufactured Maraging Steel #6479 | N. E. Specimen Geometry #6816 | M. A. Iadicola– Graphene Subjected to Supersonic Impact in Fiber and Dicyclopentadiene Interfaces Prepared Lap-shear Joint #6428 | J. M. Gorman–University Elastomeric Foams Using Digital Image X-ray Source #6821 | N. Kedir–Purdue University; S. Taylor–University of Cambridge; D. M. Williamson– National Institute of Standards and Technology; D. Vacuum #6242 | J. Lee–University of Massachusetts via Frontal Polymerization #6498 | D. G. of MIchigan; M. Thouless–University of MIchigan Correlation and Statistical Analysis #6114 | R. F. Paulson–Purdue University; C. Kirk–Purdue University; University of Cambridge; C. H. Braithwaite–University K. Banerjee–National Institute of Standards and at Amherst; W. Xie–University of Massachusetts Ivanoff–University of Illinois Urbana-Champaign; J. Waymel–Sandia National Laboratories; S. LB Kramer– 11:10 a.m. T. Sun–Argonne National Laboratory; K. Fezzaa– of Cambridge; S. J. Ward–University of Cambridge Technology; E. Rust–National Institute of Standards Sung–University of Illinois Urbana-Champaign; P. J. Sandia National Laboratories; D. S. Bolintineanu– Argonne National Laboratory; W. Chen–Purdue and Technology Centellas–University of Illinois Urbana-Champaign; C. Sandia National Laboratories; E. C. Quintana–Sandia University Viers–University of Illinois Urbana-Champaign; N. R. National Laboratories; K. N. Long–Sandia National Sottos–University of Illinois Urbana-Champaign Laboratories Strain-Rate Effect on the Deformation Dynamic Interlaminar Fracture of 3D-Printed Effect of Templated Graphitization via Graphitic Determination of Viscoelastic Response of Characterization of ice Adhesion for Aviation Characterization of the Viscoelastic Response of Mechanisms of Agglomerated Cork #6977 | L. Le ABS Plastic #6591 | R. J. Rowley–Utah State Nanomaterials on Microstructure and Mechanics Interphase Region of Carbon Fiber Reinforced Deicing Systems #6868 | B. M. Dawood–Iowa Strain-Rate Sensitive Elastomeric Foams #6284 Barbenchon–Arts et Métiers ParisTech; J. Kopp–Arts et University; C. Stolinski–Utah State University; W. of Electrospun Carbon Nanofiber #6505 | J. Epoxy Using AFM Indentation #6577 | L. K. State University; C. J. Giuffre–Iowa State University; A. | A. K. Landauer–Brown University; X. Li–Brown Métiers ParisTech; J. Girardot–Arts et Métiers ParisTech; Craig–Utah State University; O. T. Kingstedt–University Cai–Texas A&M University; M. Naraghi–Texas A&M Babu–Oklahoma State University; R. P. Singh– F Bastawros–Iowa State University; D. Yavas–Iowa University; D. L. Henann–Brown University; C. Franck– 11:30 a.m. P. Viot–Arts et Métiers ParisTech of Utah; R. B. Berke–Utah State University University Oklahoma State University State University University of Wisconsin-Madison
Using the SURF Model to Simulate Fragment Analysis of the Dynamic Response of Additively Nanomechanical Characterization of Self-Healing Composites in Underwater A Dual Actuator Mixed-Mode Interaction Tester Impact on Energetic Materials #7022 | X. Ma– Friction Stir Layer Welded AZ31 Mg Alloy #6650 Photopolymerization in a 3D-Printing-Resin Applications #7051 | R. Hesse–Naval Undersea #6858 | V. Gandhi–California Institute of Technology; LANL; B. Clements–LANL | R. C. Smith–Mississippi State University; M. B. Environment #6322 | C. Higgins–National Institute Warfare Center; M. Black–Naval Undersea Warfare T. Yang–UT Austin; R. Huang–UT Austin; K. Liechti– Williams–The University of Alabama; C. Mason–The of Standards and Technology; L. Cox–National Institute Center; H. Matos–Naval Undersea Warfare Center; UT Austin University of Alabama; D. Z. Avery–The University of Standards and Technology; F. DelRio–National P. Cavallaro–Naval Undersea Warfare Center; of Alabama; W. R. Whittington–MIssissippi State Institute of Standards and Technology; J. Killgore– J. LeBlanc–Naval Undersea Warfare Center; T. 11:50 a.m. University; P. G. Allison–The University of Alabama; National Institute of Standards and Technology Ramotowski–Naval Undersea Warfare Center J. Jordan–The University of Alabama; H. Rhee– Mississippi State University; H. El Kadiri–Mississippi State University; J. S. Wlodarski–The University of Alabama; B. C. White–The University of Alabama 12:10-1:20 p.m. Lunch—On own Lunch—On own
Technical Program 51 CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 20TH INTERNATIONAL SYMPOSIUM ON 5TH INT’L SYMP ON THE MECH OF COMP CHALLENGES IN MECHANICS OF Program TRACK DYNAMIC BEHAVIOR OF MATERIALS DYNAMIC BEHAVIOR OF MATERIALS IN EXPERIMENTAL MECHANICS MICRO- AND NANOMECHANICS (ISMAN) & MULTIFUNCTIONAL MATERIALS FRACTURE & FATIGUE TIME-DEPENDENT MATERIALS 85. FRACTURE AND FAILURE 86. DYNAMIC BEHAVIOR 87. DIC AND ITS APPLICATIONS 88. MICRO- AND NANOSCALE 89. MECHANICS OF COMPOSITES 90. VIBRATION EFFECTS AND 91. VISCOELASTICITY AND SESSION II: CERAMICS OF MATERIALS FOR INVERSE PROBLEMS DEFORMATION MECHANISMS HIGH CYCLE FATIGUE VISCOPLASTICITY Thursday Early Afternoon, B. Meenakshi Sundaram–Corning S. Mates–National Institute of H. Jin–Sandia National Laboratories; M. Linne–University of Michigan; G. Miller–The Boeing Company; O. Scott-Emuakpor–Air Force A. Arzoumanidis–Psylotech, Inc.; CHAIR(S) Research and Development Corporation; Standards and Technology; C. Furlong–Worcester Polytechnic Institute R. Thevamaran–University of Wisconsin-Madison R. Singh–Oklahoma State University Research Laboratory; A. Amirkhizi–University of Massachusetts, Lowell June 6, 2019 B. Aydelotte–U.S. Army Research Laboratory C. Fountzoulas–U.S. Army Research Laboratory R. Berke–Utah State University Mechanically-Induced Comminution of Confined Toward Paradoxical Inconsistency in Projection-based Measurement and Grain Boundary Sliding and Slip Transmission Dimensionality Reduction of Information-Rich DIC Measurements of Cyclic Plastic Deformation Application of Linear Viscoelastic Continuum Ceramics #6852 | J. J. Pittari–U.S. Army Research Electrostatics of Metallic Conductors #6085 | Identification #6904 | C. Jailin–ENS Paris-Saclay; A. in High Purity Columnar Aluminum at Elevated Three-Dimensional Data Fields using Orthogonal Near Fatigue Crack Tip #6334 | G. G. Gonzáles– Damage Theory to the low and high Strain rate Laboratory; T. R. Walter–U.S. Army Research M. A. Grinfeld–U.S. Army Research Laboratory; P. M. Bouterf–ENS Paris-Saclay; F. Hild–ENS Paris-Saclay; S. Temperature #6812 | M. Linne–University of Decomposition #6178 | K. Amjad–University of PUC-Rio; J. O. González–PUC-Rio; J. LF Freire–PUC-Rio Response of Thermoplastic Polyurethane #6818 Laboratory Grinfeld–Drexel University; S. B. Segletes–U.S. Army Roux–ENS Paris-Saclay Michigan; A. Venkataraman–Purdue University; M. Liverpool; W. JR Christian–University of Liverpool; K. | H. Chen–University of Oxford; C. Siviour–University 1:20 p.m. Research Laboratory Sangid–Purdue University; S. Daly–University of Dvurecenska–University of Liverpool; D. Mollenhauer– of Oxford California, Santa Barbara Air Force Research Laboratory; E. A. Patterson– University of Liverpool Dynamic Compressive Tests of Alumina Standard Kolsky Bar Specimens #6122 | R. L. Validation of Finite-Element Models using In-situ SEM Measurement of Strengthening Analysis of Residual Stress in a Metal/FRP Hybrid Validation of Free-Free Vibration Test Method Thermo-Mechanical Characterization of Dumbbells Using a Spherical Joint #6520 | Rhorer–Rhorer Precision Engineering Full-Field Experimental Data #6736 | E. MC Mechanisms in Architected Metallic Nanocubes Structure #6690 | T. Wu–Universität Kassel; A. for Fatigue and Damping Characterization Polyurea Hybrid Blend Variants #6861 | V. S. P. Mates–NIST; R. R. Rhorer–Rhorer Precision Jones–Sandia National Laboratories; P. Lava–MatchID #6524 | W. Gu–Stanford University; M. Kiani– Magnier–Universität Kassel; S. Tinkloh–Universität of Thin Structures #6519 | T. C. Crowe–Ohio Alizadeh–University of Massachusetts, Lowell; A. V. Engineering; G. D. Quinn–NIST NV; K. N. Karlson–Sandia National Laboratories; F. Stanford University; R. Patil–Stanford University Paderborn; T. Tröster–Universität Paderborn; T. University; P. Johnson–Universal Technology Amirkhizi–University of Massachusetts, Lowell 1:40 p.m. Pierron–University of Southampton; P. L. Reu–Sandia Niendorf–Universität Kassel Corporation; O. Scott-Emuakpor–Air Force Research National Laboratories Laboratory; D. Kumar–North Carolina A&T State University; T. George–Air Force Research Laboratory Use of Edge-On Impact Tests with Synchrotron- Mechanical Performance (Static and Dynamic) Experimentally Enhanced Computations: Full- Uncovering Hidden Slip Mechanisms In-Situ Study on Mechanical Properties of Basalt Rock Shape Optimization for Vibration-based Fatigue Predicting the Large Strain High Strain Rate Based MHz Radioscopy to Investigate the of AlxCoCrFeNi High-Entropy Alloy System field Validation of Anisotropic Yield Functions Using High Energy X-ray Diffraction Microscopy Fiber Reinforced Polyester Composites #6282 | Specimens #6582 | B. Furman–Utah State Mechanical Response of Plasticised PVC using an Multiple Fragmentation Process In SiC Ceramics with Multi-principal Elements #6853 | O. L. for an Aluminum 7079 Extrusion #6522 | K. LB #6500 | D. C. Pagan–Cornell High Energy E. GL Prasad–MITE (VTU); K. BS Gowda–Visvesvaraya University; R. B. Berke–Utah State University Improved Fractional Model #6817 | A. R. Trivedi– #7004 | P. Forquin–University Grenoble Alpes; B. Rodriguez–NASA Marshall Space Fight Center; P. Kramer–Sandia National Laboratories; A. R. Jones– Synchrotron Source; J. V. Bernier–Lawrence Livermore Technological University; V. R–Indian Institute of University of Oxford; C. R. Siviour–University of Oxford 2:00 p.m. Lukic–University Grenoble Alpes; Y. Duplan–University G. Allison–The University of Alabama; L. Li–The Sandia National Laboratories; E. Corona–Sandia National Laboratory; P. A. Shade–U.S. Air Force Technology Grenoble Alpes; D. Saletti–University Grenoble Alpes; University of Alabama; D. Z. Avery–The University of National Laboratories; E. MC Jones–Sandia National Research Laboratory; K. E. Nygren–Cornell High Energy D. Eakins–University of Oxford; A. Rack–ESRF The Alabama; P. K. Liaw–The University of Tennessee Laboratories Synchrotron Source; W. A Tayon–NASA Langley European Synchrotron Research Center Dynamic Properties of Artificial Bone Tissues Characterization of Fiber Alignment and Design of a Low-Cost Aircraft Structural Material Improved High-Throughput Measurement of Size-dependent Creep Master Curve of Utilizing Fused Deposition Modeling #6268 | S. Mechanical Properties of Printed Cellulose Based on Epoxy – Recycled Rubber Composites High Cycle Fatigue Examination #6584 | S. D. Electrospun Polymer Nanofibers #6354 | R. Huang–National Kaohsiung University of Science and Nanofibril Films #6491 | L. M. Mariani–University Modified with Multifunctional Nano Particles Burton–Utah State University; E. E. German–Utah Shrestha–Carnegie Mellon University; J. Cai–Texas Technology; L. Tsai–National Kaohsiung University of of Pennsylvania; G. Vankayalapati–University of #6415 | A. Irez–Université Paris Saclay; E. Bayraktar– State University; B. A. Furman–Utah State University; A&M University; M. Naraghi–Texas A&M University; 2:20 p.m. Science and Technology Pennsylvania; J. M. Considine–USDA Forest Products SUPMECA-Paris C. M. Holycross–Air Force Research Lab; O. Scott- M. P. de Boer–Carnegie Mellon University Laboratory; K. T. Turner–University of Pennsylvania Emuakpor–Air Force Research Lab; R. B. Berke–Utah State University Effect of Grain Size on Strain Rate Dependence Stress-strain Responses from Spherical Erosion and Life Inspection of Inherently Experiments and Modeling of Post-yield of Mechanical Properties in CP Ti #6864 | Y. Nanoindentation and Micro-pillar Compression Damped Components Subjected to Vibration Softening in Epon 828/DEA and 828/T403 Epoxy Wang–Beijing Institute of Technology; X. Cheng– Experiments in Fe-3% Si: A Comparative Study Bending #6618 | O. Scott-Emuakpor–Air Force #6005 | S. J. Grutzik–Sandia National Laboratories; E. Beijing Institute of Technology; S. Li–Beijing Institute of #6606 | S. Varma–University of Nevada Reno; Research Laboratory D. Reedy–Sandia National Laboratories 2:40 p.m. Technology; X. Feng–Beijing Institute of Technology J. Weaver–National institute of Standards and Technology; J. Michler–EMPA; S. Kaidindi–Georgia Institute of Technology; S. Pathak–University of Nevada Reno 3:00-3:20 p.m. Coffee Break—Foyer Coffee Break—Foyer
52 Technical Program CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 20TH INTERNATIONAL SYMPOSIUM ON 5TH INT’L SYMP ON THE MECH OF COMP CHALLENGES IN MECHANICS OF Program TRACK DYNAMIC BEHAVIOR OF MATERIALS DYNAMIC BEHAVIOR OF MATERIALS IN EXPERIMENTAL MECHANICS MICRO- AND NANOMECHANICS (ISMAN) & MULTIFUNCTIONAL MATERIALS FRACTURE & FATIGUE TIME-DEPENDENT MATERIALS 85. FRACTURE AND FAILURE 86. DYNAMIC BEHAVIOR 87. DIC AND ITS APPLICATIONS 88. MICRO- AND NANOSCALE 89. MECHANICS OF COMPOSITES 90. VIBRATION EFFECTS AND 91. VISCOELASTICITY AND SESSION II: CERAMICS OF MATERIALS FOR INVERSE PROBLEMS DEFORMATION MECHANISMS HIGH CYCLE FATIGUE VISCOPLASTICITY Thursday Early Afternoon, B. Meenakshi Sundaram–Corning S. Mates–National Institute of H. Jin–Sandia National Laboratories; M. Linne–University of Michigan; G. Miller–The Boeing Company; O. Scott-Emuakpor–Air Force A. Arzoumanidis–Psylotech, Inc.; CHAIR(S) Research and Development Corporation; Standards and Technology; C. Furlong–Worcester Polytechnic Institute R. Thevamaran–University of Wisconsin-Madison R. Singh–Oklahoma State University Research Laboratory; A. Amirkhizi–University of Massachusetts, Lowell June 6, 2019 B. Aydelotte–U.S. Army Research Laboratory C. Fountzoulas–U.S. Army Research Laboratory R. Berke–Utah State University Mechanically-Induced Comminution of Confined Toward Paradoxical Inconsistency in Projection-based Measurement and Grain Boundary Sliding and Slip Transmission Dimensionality Reduction of Information-Rich DIC Measurements of Cyclic Plastic Deformation Application of Linear Viscoelastic Continuum Ceramics #6852 | J. J. Pittari–U.S. Army Research Electrostatics of Metallic Conductors #6085 | Identification #6904 | C. Jailin–ENS Paris-Saclay; A. in High Purity Columnar Aluminum at Elevated Three-Dimensional Data Fields using Orthogonal Near Fatigue Crack Tip #6334 | G. G. Gonzáles– Damage Theory to the low and high Strain rate Laboratory; T. R. Walter–U.S. Army Research M. A. Grinfeld–U.S. Army Research Laboratory; P. M. Bouterf–ENS Paris-Saclay; F. Hild–ENS Paris-Saclay; S. Temperature #6812 | M. Linne–University of Decomposition #6178 | K. Amjad–University of PUC-Rio; J. O. González–PUC-Rio; J. LF Freire–PUC-Rio Response of Thermoplastic Polyurethane #6818 Laboratory Grinfeld–Drexel University; S. B. Segletes–U.S. Army Roux–ENS Paris-Saclay Michigan; A. Venkataraman–Purdue University; M. Liverpool; W. JR Christian–University of Liverpool; K. | H. Chen–University of Oxford; C. Siviour–University 1:20 p.m. Research Laboratory Sangid–Purdue University; S. Daly–University of Dvurecenska–University of Liverpool; D. Mollenhauer– of Oxford California, Santa Barbara Air Force Research Laboratory; E. A. Patterson– University of Liverpool Dynamic Compressive Tests of Alumina Standard Kolsky Bar Specimens #6122 | R. L. Validation of Finite-Element Models using In-situ SEM Measurement of Strengthening Analysis of Residual Stress in a Metal/FRP Hybrid Validation of Free-Free Vibration Test Method Thermo-Mechanical Characterization of Dumbbells Using a Spherical Joint #6520 | Rhorer–Rhorer Precision Engineering Full-Field Experimental Data #6736 | E. MC Mechanisms in Architected Metallic Nanocubes Structure #6690 | T. Wu–Universität Kassel; A. for Fatigue and Damping Characterization Polyurea Hybrid Blend Variants #6861 | V. S. P. Mates–NIST; R. R. Rhorer–Rhorer Precision Jones–Sandia National Laboratories; P. Lava–MatchID #6524 | W. Gu–Stanford University; M. Kiani– Magnier–Universität Kassel; S. Tinkloh–Universität of Thin Structures #6519 | T. C. Crowe–Ohio Alizadeh–University of Massachusetts, Lowell; A. V. Engineering; G. D. Quinn–NIST NV; K. N. Karlson–Sandia National Laboratories; F. Stanford University; R. Patil–Stanford University Paderborn; T. Tröster–Universität Paderborn; T. University; P. Johnson–Universal Technology Amirkhizi–University of Massachusetts, Lowell 1:40 p.m. Pierron–University of Southampton; P. L. Reu–Sandia Niendorf–Universität Kassel Corporation; O. Scott-Emuakpor–Air Force Research National Laboratories Laboratory; D. Kumar–North Carolina A&T State University; T. George–Air Force Research Laboratory Use of Edge-On Impact Tests with Synchrotron- Mechanical Performance (Static and Dynamic) Experimentally Enhanced Computations: Full- Uncovering Hidden Slip Mechanisms In-Situ Study on Mechanical Properties of Basalt Rock Shape Optimization for Vibration-based Fatigue Predicting the Large Strain High Strain Rate Based MHz Radioscopy to Investigate the of AlxCoCrFeNi High-Entropy Alloy System field Validation of Anisotropic Yield Functions Using High Energy X-ray Diffraction Microscopy Fiber Reinforced Polyester Composites #6282 | Specimens #6582 | B. Furman–Utah State Mechanical Response of Plasticised PVC using an Multiple Fragmentation Process In SiC Ceramics with Multi-principal Elements #6853 | O. L. for an Aluminum 7079 Extrusion #6522 | K. LB #6500 | D. C. Pagan–Cornell High Energy E. GL Prasad–MITE (VTU); K. BS Gowda–Visvesvaraya University; R. B. Berke–Utah State University Improved Fractional Model #6817 | A. R. Trivedi– #7004 | P. Forquin–University Grenoble Alpes; B. Rodriguez–NASA Marshall Space Fight Center; P. Kramer–Sandia National Laboratories; A. R. Jones– Synchrotron Source; J. V. Bernier–Lawrence Livermore Technological University; V. R–Indian Institute of University of Oxford; C. R. Siviour–University of Oxford 2:00 p.m. Lukic–University Grenoble Alpes; Y. Duplan–University G. Allison–The University of Alabama; L. Li–The Sandia National Laboratories; E. Corona–Sandia National Laboratory; P. A. Shade–U.S. Air Force Technology Grenoble Alpes; D. Saletti–University Grenoble Alpes; University of Alabama; D. Z. Avery–The University of National Laboratories; E. MC Jones–Sandia National Research Laboratory; K. E. Nygren–Cornell High Energy D. Eakins–University of Oxford; A. Rack–ESRF The Alabama; P. K. Liaw–The University of Tennessee Laboratories Synchrotron Source; W. A Tayon–NASA Langley European Synchrotron Research Center Dynamic Properties of Artificial Bone Tissues Characterization of Fiber Alignment and Design of a Low-Cost Aircraft Structural Material Improved High-Throughput Measurement of Size-dependent Creep Master Curve of Utilizing Fused Deposition Modeling #6268 | S. Mechanical Properties of Printed Cellulose Based on Epoxy – Recycled Rubber Composites High Cycle Fatigue Examination #6584 | S. D. Electrospun Polymer Nanofibers #6354 | R. Huang–National Kaohsiung University of Science and Nanofibril Films #6491 | L. M. Mariani–University Modified with Multifunctional Nano Particles Burton–Utah State University; E. E. German–Utah Shrestha–Carnegie Mellon University; J. Cai–Texas Technology; L. Tsai–National Kaohsiung University of of Pennsylvania; G. Vankayalapati–University of #6415 | A. Irez–Université Paris Saclay; E. Bayraktar– State University; B. A. Furman–Utah State University; A&M University; M. Naraghi–Texas A&M University; 2:20 p.m. Science and Technology Pennsylvania; J. M. Considine–USDA Forest Products SUPMECA-Paris C. M. Holycross–Air Force Research Lab; O. Scott- M. P. de Boer–Carnegie Mellon University Laboratory; K. T. Turner–University of Pennsylvania Emuakpor–Air Force Research Lab; R. B. Berke–Utah State University Effect of Grain Size on Strain Rate Dependence Stress-strain Responses from Spherical Erosion and Life Inspection of Inherently Experiments and Modeling of Post-yield of Mechanical Properties in CP Ti #6864 | Y. Nanoindentation and Micro-pillar Compression Damped Components Subjected to Vibration Softening in Epon 828/DEA and 828/T403 Epoxy Wang–Beijing Institute of Technology; X. Cheng– Experiments in Fe-3% Si: A Comparative Study Bending #6618 | O. Scott-Emuakpor–Air Force #6005 | S. J. Grutzik–Sandia National Laboratories; E. Beijing Institute of Technology; S. Li–Beijing Institute of #6606 | S. Varma–University of Nevada Reno; Research Laboratory D. Reedy–Sandia National Laboratories 2:40 p.m. Technology; X. Feng–Beijing Institute of Technology J. Weaver–National institute of Standards and Technology; J. Michler–EMPA; S. Kaidindi–Georgia Institute of Technology; S. Pathak–University of Nevada Reno 3:00-3:20 p.m. Coffee Break—Foyer Coffee Break—Foyer
Technical Program 53 CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 20TH INTERNATIONAL SYMPOSIUM ON 5TH INT’L SYMP ON THE MECH OF COMP CHALLENGES IN MECHANICS OF Program TRACK DYNAMIC BEHAVIOR OF MATERIALS DYNAMIC BEHAVIOR OF MATERIALS IN EXPERIMENTAL MECHANICS MICRO- AND NANOMECHANICS (ISMAN) & MULTIFUNCTIONAL MATERIALS FRACTURE & FATIGUE TIME-DEPENDENT MATERIALS 92. FRACTURE AND FAILURE 93. HYBRID EXPERIMENTAL- 94. MULTISCALE AND NEW 95. EXPANDING BOUNDARIES 96. ADVANCED IMAGING 97. INTEGRATION OF MODELS 98. TIME-DEPENDENCE IN SESSION III: METALS ANALYTICAL TECHNIQUES DEVELOPMENT IN IN METROLOGY OF COMPOSITES AND EXPERIMENTS BIOMATERIALS Thursday IN DYNAMIC BEHAVIOR OPTICAL METHODS Late Afternoon, B. Aydelotte–U.S. Army Research Laboratory; T. Weerasooriya–U.S. Army Research Laboratory; C.H. Hwang–ITRC, NARLabs; N. Karanjgaokar–Worcester Polytechnic Institute; O. Thomsen–University of Southampton; S. Grutzik–Sandia National Laboratories; M. Grady–University of Kentucky; CHAIR(S) J. Kimberley–New Mexico Institute S. Sockalingam–University of South Carolina C. Furlong–Worcester Polytechnic Institute J. Hay–KLA-Tencor R. Singh–Oklahoma State University B. Mukherjee–The Dow Chemical Company A. Amirkhizi–University of Massachusetts, Lowell June 6, 2019 of Mining and Technology Numerical Study of Ring Fragmentation #6536 | Using Richtmyer-Meshkov Instability Strength Temporal Phase Unwrapping for High- Measuring Stress-Strain Curves of Metals by Photomechanical Investigation of the 10° Characterizing the Fatigue Behavior of Wrought Energy Dissipation in pH-sensitive Hydrogels B. B. Aydelotte–U.S. Army Research Laboratory Estimates at 10^7/sec as Calibration Rather than Speed Holographic Shape Measurements of Nanoindentation with a Frustum #6743 | J. L. Off-axis Test on CFRP-UD using Digital Image Fe-Co-2V using Experimental, Computational, Subjected to Large Amplitude Oscillatory Shear Validation Data for a Constitutive Model #6309 | Geometrically Discontinuous Objects #6769 | Hay–KLA-Tencor; B. Crawford–KLA-Tencor Correlation #6233 | M. J. Merzkirch–NIST; T. J. and Analytical Techniques #6117 | J. Biddlecom– #6241 | P. Prabhakaran–Texas A&M University; C. C. M. B. Prime–Los Alamos National Laboratory H. Tang–Worcester Polytechnic Institute; P. Razavi– Foecke–NIST Clemson University; M. Mills–University of California, Benjamin–Texas A&M University Worcester Polytechnic Institute; J. J. Rosowski–Harvard Davis; B. Pineyro–Embry-Riddle Aeronautical 3:20 p.m. Medical School; J. T. Cheng–Harvard Medical School; C. University; K. Johnson–Sandia National Laboratories; Furlong–Worcester Polytechnic Institute A. Brink–Sandia National Laboratories; S. Grutzik– Sandia National Laboratories; T. Kharishi–University of New Mexico; M. Brake–Rice University High Rate Mechanical Characterization of Designing Future Materials with Desired Study of MRI Compatible Piezoelectric Motor by Incorporating Added Stiffness and Mass Effects Application of Digital Image Correlation for Mixed Mode (Mode I/III) Dynamic Fracture Transient Rheological Characterization of Sensitized 5083-H131 Aluminum Alloy #6834 Properties using Numerical Analysis #6290 | C. Finite Element Modeling and High-Speed Digital Due to Tip Geometry in Contact Resonance Development of a Computational Framework Initiation Toughness of Aluminum Alloy #6229 | Biogels #6165 | M. Tan–South Dakota School | T. R. Walter–U.S. Army Research Laboratory; H. G. Fountzoulas–U.S. Army Research Laboratory; J. H. Holography #6446 | P. A. Carvalho–Worcester Atomic Force Microscopy #6319 | T. J. Moreno– Representative of Ultrasonically Spot Welded A. F. Fahem–University of South Carolina; A. Kidane– of Mines and Technology; Y. Mao–Oregon State A. Murdoch–U.S. Army Research Laboratory; P. Yu–U.S. Army Research Laboratory Polytechnic Institute; H. Tang–Worcester Polytechnic University of Nevada, Reno; R. C. Tung–University of Composite Joints #6595 | J. R. Newkirk–South University of South Carolina University; T. W. Walker–South Dakota School of Mines Moy–U.S. Army Research Laboratory; J. E. Cline–U.S. Institute; P. Razavi–Worcester Polytechnic Institute; Nevada, Reno Dakota School of Mines and Technology; C. M. and Technology Army Research Laboratory; D. Yin–U.S. Army Research K. Pooladvand–Worcester Polytechnic Institute; Degen–South Dakota School of Mines and Technology; 3:40 p.m. Laboratory W. C. Castro–Worcester Polytechnic Institute; K. Y. A. Romkes–South Dakota School of Mines and Gandomi–Worcester Polytechnic Institute; Z. Zhao– Technology Worcester Polytechnic Insitute; C. J. Nycz–Worcester Polytechnic Institute; C. Furlong–Worcester Polytechnic Institute; G. S. Fischer–Worcester Polytechnic Institute Expansion Due To Compression Tests with Rapid Structural Intensity Assessment on Shells via 3D High-Speed Digital Image Correlation Residual Stress Measurement of Magnetron Full-field Deformation Measurement of Investigating How Microstructural Features Shear Property Characterization of Hydrogels Heating Rate for RIA Situations #6142 | A. the Projection of Experimental Data on a Finite- (3D-HSDIC) to Study Damage of Human Eardrum Sputtered Cu/Ni Multilayer Thin Films Using the Morphing Wings #6827 | M. M. Mennu–University Influence Stress Intensities in Pitting Corrosion #6822 | M. M. Mennu–University of Florida; D. W. Zouari–Atomic Energy Commission/National School of Element Mesh #6264 | F. SM Pires–University of Under High-pressure Loading #6642 | P. Razavi– Sin2ψ Method #6586 | I. G. McDonald–University of Florida; B. Tran–University of Florida; P. G. Ifju– #6278 | P. T. Brewick–Naval Research Laboratory; A. Millar–University of Florida; P. G. Ifju–University Mines of Paris; M. Bono–Atomic Energy Commission; Antwerp; S. Avril–Mines de Saint-Étienne, Université Worcester Polytechnic Institute; H. Tang–Worcester of Washington; W. M. Moehlenkamp–University of University of Florida; E. Santamaria–University of Geltmacher–Naval Research Laboratory of Florida; A. M. Knapp–University of Florida; K. D. Leboulch–Atomic Energy Commission; T. Lejolu– Lyon; S. Vanlanduit–University of Antwerp; J. Dirckx– Polytechnic Institute; K. Pooladvand–Worcester Washington; D. Arola–University of Washington; J. Florida Upadhyay–University of Florida Atomic Energy Commission; J. Besson–National School University of Antwerp Polytechnic Institute; C. Larson–Harvard University; Wang–University of Washington 4:00 p.m. of Mines of Paris; J. Crepin–National School of Mines E. W. Frank–Worcester Polytechnic Institute; J. of Paris J. Perkoski–Worcester Polytechnic Institute; J. Y. Roberge–Worcester Polytechnic Institute; J. C. Walsh– Worcester Polytechnic Institute; J. J. Rosowski–Harvard Medical School; J. T. Cheng–Harvard Medical School; C. Furlong–Worcester Polytechnic Institute Synchronized Full-Field Digital Image Strain Rate Dependency of Mil-A-46100 High Identification of Interparticle Contacts in Assessment and Prevention of Damage and In Situ Studies on Mechanical Properties Evaluating the Influence of Size Effects on Load- Terahertz Protein Vibrations: The Usefulness of Correlation and Infrared Thermography Study Hard Steel Using a Johnson-Cook Model #6653 Granular Media using Mechanoluminescent Redeposition during Focused Ion Beam of Freestanding YSZ Films #6874 | S. Displacement Behavior and Failure in Threaded Coarse-Grained Numerical Models #6092 | G. of Advanced Steels under Tensile Loading at | R. Y. Leonard, III–Mississippi State University; J. Material #6408 | P. Jongchansitto–Chiang Mai Milling: The “Umbrella” Method #6469 | T. Patibanda–Indian Institute of Technology Bombay; Fasteners, Part I: Experimental Testing #6286 Lacidogna–Politecnico di Torino; D. Scaramozzino– Different Strain Rates #6194 | G. C. Soares– Maddox–Mississippi State University; C. Krivanec– University; D. Boyer–Universite Clermont Auvergne; Vermeij–Massachusetts Institute of Technology; E. V. Nagda–Indian Institute of Technology Bombay; S. | T. R. Bosiljevac–Sandia National Laboratories; Y. B. Politecnico di Torino; G. Piana–Politecnico di Torino; A. 4:20 p.m. Tampere University; N. I. Vázquez-Fernández– Mississippi State University; H. El Kadiri–Mississippi I. Preechawuttipong–Chiang Mai University; X. Plancher–Massachusetts Institute of Technology; C. G.–International Advanced Research Center for Powder Veytskin–Savanah River National Laboratory; J. A. Carpinteri–Politecnico di Torino Tampere University; M. Hokka–Tampere University; V. State University; H. Rhee–Mississippi State University; Balandraud–Universite Clermont Auvergne Tasan–Massachusetts Institute of Technology Metallurgy and New Materials; R. Abrahams–Monash Smith–Sandia National Laboratories; J. P. Mersch– Kuokkala–Tampere University P. Allison–University of Alabama; W. Whittington– University; K. N. Jonnalagadda–Indian Institute of Sandia National Laboratories; P. W. Grimmer–Sandia Mississippi State University Technology Bombay National Laboratories Response of Binary Alloy Mg-Al9 under Extreme Hybrid-Experimental-Computational (HEC) 3-D Residual Stress Mapping using Micro-hole Investigating Site-Specific Microstructure Protein Conformational Changes and Low- Dynamic Tensile Loading #6636 | B. D. Rowell– Method: Simulation for Material Constitutive Drilling and Plasma FIB Spin Milling #6825 | Evolutions in Biaxial and Complex Strain Frequency Vibrational Modes: A Similarity New Mexico Tech; J. Kimberley–New Mexico Tech Model Validation through Backface Deformation B. Winiarski–Thermo Fisher Scientific/University of Paths: A Bulge Test Approach #6552 | N. H. Analysis #6106 | D. Scaramozzino–Politecnico of the Human Skull #6486 | S. L. Alexander– Manchester; C. Rue–Thermo Fisher Scientific; P. J. Vonk–Massachusetts Institute of Technology; E. di Torino; G. Lacidogna–Politecnico di Torino; A. SURVICE Engineering Company; C. Gunnarsson–U.S. Withers–University of Manchester Plancher–Massachusetts Institute of Technology; Carpinteri–Politecnico di Torino 4:40 p.m. Army Research Laboratory; P. McKee–U.S. Army K. Qu–Massachusetts Institute of Technology; C. C Research Laboratory; K. Rafaels–U.S. Army Research Tasan–Massachusetts Institute of Technology Laboratory; T. Weerasooriya–U.S. Army Research Laboratory Strain Rate Dependence of Stabilized, Exploring Notched Fatigue Lifetime Variability Nanocrystalline Cu Alloy #6272 | S. A. Turnage– in Forged Ti-6AL-4V #6602 | N. C. Levkulich–UES; U.S. Army Research Laboratory; M. Rajagopalan– C. Heck–SOCHE; M. J. Porter–Air Force Research Arizona State University; K. A. Darling–U.S. Army Laboratory; R. H. Ware–Air Force Research Laboratory; Research Laboratory; C. Kale–Arizona State University; S. Thompson–Air Force Research Laboratory; A. L. 5:00 p.m. B. C. Hornbuckle–U.S. Army Research Laboratory; Pilchak–Air Force Research Laboratory C. L. Williams–U.S. Army Research Laboratory; K. N. Solanki–Arizona State University
6:00-7:00 p.m. iDICs Education Meeting—Roma 1 iDICs Education Meeting—Roma 1 7:00-8:00 p.m. iDICs Applications Meeting—Roma 2 iDICs Applications Meeting—Roma 2
54 Technical Program CAPRI 1 CAPRI 2 CAPRI 3 CAPRI 4 SORRENTO 2 SORRENTO 3 SORRENTO 4 Technical ADVANCEMENT OF OPTICAL METHODS 20TH INTERNATIONAL SYMPOSIUM ON 5TH INT’L SYMP ON THE MECH OF COMP CHALLENGES IN MECHANICS OF Program TRACK DYNAMIC BEHAVIOR OF MATERIALS DYNAMIC BEHAVIOR OF MATERIALS IN EXPERIMENTAL MECHANICS MICRO- AND NANOMECHANICS (ISMAN) & MULTIFUNCTIONAL MATERIALS FRACTURE & FATIGUE TIME-DEPENDENT MATERIALS 92. FRACTURE AND FAILURE 93. HYBRID EXPERIMENTAL- 94. MULTISCALE AND NEW 95. EXPANDING BOUNDARIES 96. ADVANCED IMAGING 97. INTEGRATION OF MODELS 98. TIME-DEPENDENCE IN SESSION III: METALS ANALYTICAL TECHNIQUES DEVELOPMENT IN IN METROLOGY OF COMPOSITES AND EXPERIMENTS BIOMATERIALS Thursday IN DYNAMIC BEHAVIOR OPTICAL METHODS Late Afternoon, B. Aydelotte–U.S. Army Research Laboratory; T. Weerasooriya–U.S. Army Research Laboratory; C.H. Hwang–ITRC, NARLabs; N. Karanjgaokar–Worcester Polytechnic Institute; O. Thomsen–University of Southampton; S. Grutzik–Sandia National Laboratories; M. Grady–University of Kentucky; CHAIR(S) J. Kimberley–New Mexico Institute S. Sockalingam–University of South Carolina C. Furlong–Worcester Polytechnic Institute J. Hay–KLA-Tencor R. Singh–Oklahoma State University B. Mukherjee–The Dow Chemical Company A. Amirkhizi–University of Massachusetts, Lowell June 6, 2019 of Mining and Technology Numerical Study of Ring Fragmentation #6536 | Using Richtmyer-Meshkov Instability Strength Temporal Phase Unwrapping for High- Measuring Stress-Strain Curves of Metals by Photomechanical Investigation of the 10° Characterizing the Fatigue Behavior of Wrought Energy Dissipation in pH-sensitive Hydrogels B. B. Aydelotte–U.S. Army Research Laboratory Estimates at 10^7/sec as Calibration Rather than Speed Holographic Shape Measurements of Nanoindentation with a Frustum #6743 | J. L. Off-axis Test on CFRP-UD using Digital Image Fe-Co-2V using Experimental, Computational, Subjected to Large Amplitude Oscillatory Shear Validation Data for a Constitutive Model #6309 | Geometrically Discontinuous Objects #6769 | Hay–KLA-Tencor; B. Crawford–KLA-Tencor Correlation #6233 | M. J. Merzkirch–NIST; T. J. and Analytical Techniques #6117 | J. Biddlecom– #6241 | P. Prabhakaran–Texas A&M University; C. C. M. B. Prime–Los Alamos National Laboratory H. Tang–Worcester Polytechnic Institute; P. Razavi– Foecke–NIST Clemson University; M. Mills–University of California, Benjamin–Texas A&M University Worcester Polytechnic Institute; J. J. Rosowski–Harvard Davis; B. Pineyro–Embry-Riddle Aeronautical 3:20 p.m. Medical School; J. T. Cheng–Harvard Medical School; C. University; K. Johnson–Sandia National Laboratories; Furlong–Worcester Polytechnic Institute A. Brink–Sandia National Laboratories; S. Grutzik– Sandia National Laboratories; T. Kharishi–University of New Mexico; M. Brake–Rice University High Rate Mechanical Characterization of Designing Future Materials with Desired Study of MRI Compatible Piezoelectric Motor by Incorporating Added Stiffness and Mass Effects Application of Digital Image Correlation for Mixed Mode (Mode I/III) Dynamic Fracture Transient Rheological Characterization of Sensitized 5083-H131 Aluminum Alloy #6834 Properties using Numerical Analysis #6290 | C. Finite Element Modeling and High-Speed Digital Due to Tip Geometry in Contact Resonance Development of a Computational Framework Initiation Toughness of Aluminum Alloy #6229 | Biogels #6165 | M. Tan–South Dakota School | T. R. Walter–U.S. Army Research Laboratory; H. G. Fountzoulas–U.S. Army Research Laboratory; J. H. Holography #6446 | P. A. Carvalho–Worcester Atomic Force Microscopy #6319 | T. J. Moreno– Representative of Ultrasonically Spot Welded A. F. Fahem–University of South Carolina; A. Kidane– of Mines and Technology; Y. Mao–Oregon State A. Murdoch–U.S. Army Research Laboratory; P. Yu–U.S. Army Research Laboratory Polytechnic Institute; H. Tang–Worcester Polytechnic University of Nevada, Reno; R. C. Tung–University of Composite Joints #6595 | J. R. Newkirk–South University of South Carolina University; T. W. Walker–South Dakota School of Mines Moy–U.S. Army Research Laboratory; J. E. Cline–U.S. Institute; P. Razavi–Worcester Polytechnic Institute; Nevada, Reno Dakota School of Mines and Technology; C. M. and Technology Army Research Laboratory; D. Yin–U.S. Army Research K. Pooladvand–Worcester Polytechnic Institute; Degen–South Dakota School of Mines and Technology; 3:40 p.m. Laboratory W. C. Castro–Worcester Polytechnic Institute; K. Y. A. Romkes–South Dakota School of Mines and Gandomi–Worcester Polytechnic Institute; Z. Zhao– Technology Worcester Polytechnic Insitute; C. J. Nycz–Worcester Polytechnic Institute; C. Furlong–Worcester Polytechnic Institute; G. S. Fischer–Worcester Polytechnic Institute Expansion Due To Compression Tests with Rapid Structural Intensity Assessment on Shells via 3D High-Speed Digital Image Correlation Residual Stress Measurement of Magnetron Full-field Deformation Measurement of Investigating How Microstructural Features Shear Property Characterization of Hydrogels Heating Rate for RIA Situations #6142 | A. the Projection of Experimental Data on a Finite- (3D-HSDIC) to Study Damage of Human Eardrum Sputtered Cu/Ni Multilayer Thin Films Using the Morphing Wings #6827 | M. M. Mennu–University Influence Stress Intensities in Pitting Corrosion #6822 | M. M. Mennu–University of Florida; D. W. Zouari–Atomic Energy Commission/National School of Element Mesh #6264 | F. SM Pires–University of Under High-pressure Loading #6642 | P. Razavi– Sin2ψ Method #6586 | I. G. McDonald–University of Florida; B. Tran–University of Florida; P. G. Ifju– #6278 | P. T. Brewick–Naval Research Laboratory; A. Millar–University of Florida; P. G. Ifju–University Mines of Paris; M. Bono–Atomic Energy Commission; Antwerp; S. Avril–Mines de Saint-Étienne, Université Worcester Polytechnic Institute; H. Tang–Worcester of Washington; W. M. Moehlenkamp–University of University of Florida; E. Santamaria–University of Geltmacher–Naval Research Laboratory of Florida; A. M. Knapp–University of Florida; K. D. Leboulch–Atomic Energy Commission; T. Lejolu– Lyon; S. Vanlanduit–University of Antwerp; J. Dirckx– Polytechnic Institute; K. Pooladvand–Worcester Washington; D. Arola–University of Washington; J. Florida Upadhyay–University of Florida Atomic Energy Commission; J. Besson–National School University of Antwerp Polytechnic Institute; C. Larson–Harvard University; Wang–University of Washington 4:00 p.m. of Mines of Paris; J. Crepin–National School of Mines E. W. Frank–Worcester Polytechnic Institute; J. of Paris J. Perkoski–Worcester Polytechnic Institute; J. Y. Roberge–Worcester Polytechnic Institute; J. C. Walsh– Worcester Polytechnic Institute; J. J. Rosowski–Harvard Medical School; J. T. Cheng–Harvard Medical School; C. Furlong–Worcester Polytechnic Institute Synchronized Full-Field Digital Image Strain Rate Dependency of Mil-A-46100 High Identification of Interparticle Contacts in Assessment and Prevention of Damage and In Situ Studies on Mechanical Properties Evaluating the Influence of Size Effects on Load- Terahertz Protein Vibrations: The Usefulness of Correlation and Infrared Thermography Study Hard Steel Using a Johnson-Cook Model #6653 Granular Media using Mechanoluminescent Redeposition during Focused Ion Beam of Freestanding YSZ Films #6874 | S. Displacement Behavior and Failure in Threaded Coarse-Grained Numerical Models #6092 | G. of Advanced Steels under Tensile Loading at | R. Y. Leonard, III–Mississippi State University; J. Material #6408 | P. Jongchansitto–Chiang Mai Milling: The “Umbrella” Method #6469 | T. Patibanda–Indian Institute of Technology Bombay; Fasteners, Part I: Experimental Testing #6286 Lacidogna–Politecnico di Torino; D. Scaramozzino– Different Strain Rates #6194 | G. C. Soares– Maddox–Mississippi State University; C. Krivanec– University; D. Boyer–Universite Clermont Auvergne; Vermeij–Massachusetts Institute of Technology; E. V. Nagda–Indian Institute of Technology Bombay; S. | T. R. Bosiljevac–Sandia National Laboratories; Y. B. Politecnico di Torino; G. Piana–Politecnico di Torino; A. 4:20 p.m. Tampere University; N. I. Vázquez-Fernández– Mississippi State University; H. El Kadiri–Mississippi I. Preechawuttipong–Chiang Mai University; X. Plancher–Massachusetts Institute of Technology; C. G.–International Advanced Research Center for Powder Veytskin–Savanah River National Laboratory; J. A. Carpinteri–Politecnico di Torino Tampere University; M. Hokka–Tampere University; V. State University; H. Rhee–Mississippi State University; Balandraud–Universite Clermont Auvergne Tasan–Massachusetts Institute of Technology Metallurgy and New Materials; R. Abrahams–Monash Smith–Sandia National Laboratories; J. P. Mersch– Kuokkala–Tampere University P. Allison–University of Alabama; W. Whittington– University; K. N. Jonnalagadda–Indian Institute of Sandia National Laboratories; P. W. Grimmer–Sandia Mississippi State University Technology Bombay National Laboratories Response of Binary Alloy Mg-Al9 under Extreme Hybrid-Experimental-Computational (HEC) 3-D Residual Stress Mapping using Micro-hole Investigating Site-Specific Microstructure Protein Conformational Changes and Low- Dynamic Tensile Loading #6636 | B. D. Rowell– Method: Simulation for Material Constitutive Drilling and Plasma FIB Spin Milling #6825 | Evolutions in Biaxial and Complex Strain Frequency Vibrational Modes: A Similarity New Mexico Tech; J. Kimberley–New Mexico Tech Model Validation through Backface Deformation B. Winiarski–Thermo Fisher Scientific/University of Paths: A Bulge Test Approach #6552 | N. H. Analysis #6106 | D. Scaramozzino–Politecnico of the Human Skull #6486 | S. L. Alexander– Manchester; C. Rue–Thermo Fisher Scientific; P. J. Vonk–Massachusetts Institute of Technology; E. di Torino; G. Lacidogna–Politecnico di Torino; A. SURVICE Engineering Company; C. Gunnarsson–U.S. Withers–University of Manchester Plancher–Massachusetts Institute of Technology; Carpinteri–Politecnico di Torino 4:40 p.m. Army Research Laboratory; P. McKee–U.S. Army K. Qu–Massachusetts Institute of Technology; C. C Research Laboratory; K. Rafaels–U.S. Army Research Tasan–Massachusetts Institute of Technology Laboratory; T. Weerasooriya–U.S. Army Research Laboratory Strain Rate Dependence of Stabilized, Exploring Notched Fatigue Lifetime Variability Nanocrystalline Cu Alloy #6272 | S. A. Turnage– in Forged Ti-6AL-4V #6602 | N. C. Levkulich–UES; U.S. Army Research Laboratory; M. Rajagopalan– C. Heck–SOCHE; M. J. Porter–Air Force Research Arizona State University; K. A. Darling–U.S. Army Laboratory; R. H. Ware–Air Force Research Laboratory; Research Laboratory; C. Kale–Arizona State University; S. Thompson–Air Force Research Laboratory; A. L. 5:00 p.m. B. C. Hornbuckle–U.S. Army Research Laboratory; Pilchak–Air Force Research Laboratory C. L. Williams–U.S. Army Research Laboratory; K. N. Solanki–Arizona State University
6:00-7:00 p.m. iDICs Education Meeting—Roma 1 iDICs Education Meeting—Roma 1 7:00-8:00 p.m. iDICs Applications Meeting—Roma 2 iDICs Applications Meeting—Roma 2
Technical Program 55 Exposition Directory
Exposition Hours: Monday, June 3 2:30 p.m.–4:30 p.m. Tuesday, June 4 10:30 a.m.–4:30 p.m. 6:30 p.m.–8:00 p.m. (President’s Reception in the Exposition) Wednesday, June 5 9:30 a.m.–11:30 a.m.
c = SEM Corporate Member
Capacitec, Inc. c Dantec Dynamics Capacitec specializes in capacitive non-contact high temperature Dantec Dynamics develops and manufactures measurement (1000⁰C) displacement measurement systems, with an emphasis systems that determine physical properties in fluids and solid on very small size, large gap range Probe designs. Capacitec’s new structures. We offer both DIC, for full field measurement of surface Capteura®signal conditioning electronics support the long cable deformation and strain, as well as Stereography for detection lengths, high accuracies, and extreme temperatures typically of subsurface defects. We deliver turnkey as well as customized required in Gas Turbine Testing, Structural Analysis, and Materials solutions with user-friendly software. Testing.
Cordin Scientific Imaging EikoSim Cordin is a high technology design and manufacturing firm Eikosim develops EikoTwin, a DIC processing software that specializing in ultra-high speed cameras for scientific research. facilitates information transfers between the test and design Products include CCD-based Framing Cameras, Streak Cameras, departments, using a “digital twin” to connect tests directly to the and related accessories including light sources and time delay pre/post processing tools of the design analysis engineer. generators. Applications include explosives research, material science, aerodynamics, hydrodynamics, internal combustion engines, laser studies, and medical research.
Correlated Solutions, Inc. c Engineers and Builders Correlated Solutions’ Vic-3D 8 is more robust and faster than Engineers and Builders provides quality experimental rigs for ever before. Vic-3D has a new hybrid calibration algorithm that evaluating dynamic behavior of materials under high rate of increases accuracy for standard setups and a new exclusive loading. We sell products that includes Split Hopkinson Pressure “VRO” calibration that corrects for complex distortions present Bar for both compression (SHPB) and tension (TSHPB), Dynamic when imaging specimens in a liquid or behind a thick window. Fracture toughness rig, single and double stage launch systems Furthermore, Vic-3D 8 has been optimized to utilize the latest based on single stage and two stage gas gun techniques, shock multi-core CPUs which allows for extremely fast data processing of tubes etc. up to 400,000 subsets/sec. Come by our booth to see for yourself.
56 Exposition Directory Exposition Directory
Hadland Imaging MatchID–Metrology Beyond Colors c Hadland Imaging specializes in High Speed Cameras with MatchID offers solutions in strain measurement, model validation offices in California and New Jersey and locations in Maryland and automated identification of mechanical material properties. and Texas. Providing excellent sales and support to the As MatchID’s tagline is “Metrology beyond colors”, we seek to industrial, governmental, and academic communities with offer the DIC system of the future, by adopting a module-based exceptional service and training and over 35 years of experience. structure, where the focus lies primarily on the metrological 1.888.43HADLAND or on the web www.hadlandimaging.com aspects. We validate Finite Element simulations by establishing a one-to-one relation between model and experiment. We’ll offer a PLI-tool that allows direct interacting with any external script, feature or function. And we offer in-depth training through annual courses, webinars, self-training and online exercises. iX Cameras Morgan & Claypool Publishers iX Cameras is a cutting-edge technology and product leader in We began the “short book” revolution, and have been the top high-speed (slow motion) imaging. Using proprietary innovative provider ever since. If you are looking for critical engineering technologies, we design, build, and sell ultra-fast cameras updates but don’t want to be inundated with information you and software for a wide range of advanced scientific research don’t need; we’re the best option. Short books…because everyone applications, including material stress tests, biomechanics, needs information, and everyone is pressed for time, always. dynamic behavior of mechanics, and automotive testing.
LaVision Inc. MTS Systems Corporation LaVision supply imaging systems to fields including automotive, See mechanical testing solutions for optimizing research, aerospace, energy, bio and many more. All material testing can product development or classroom instruction at MTS Booth benefit from our full-field non-contacting DIC measurement #20. Learn about our servo-hydraulic, electro-dynamic and systems. StrainMaster gives you thousands of tiny virtual electro-mechanical testing systems; testing software; and extensometers and strain gauges all over the sample allowing you materials science academic offer; and how MTS provides to detect cracks and defects, characterize materials, and validate expertise in integration of non-contacting strain measurement simulations. solutions and testing of additively manufactured/3D-printed materials.
Lyncee Tec SA Photron Lyncée Tec is the pioneer and leader of patented Digital Used in internationally renowned research facilities in more than Holographic Microscope (DHM®) technology, offering DHM® 30 countries worldwide, Photron High-Speed and Polarization based holographic microscopes for 4D (3D sequence) profilometry Cameras are trusted to provide high quality results in the most with non-scanning acquisition, sub-nanometer resolution and challenging applications and environments. Utilizing the in-situ process characterization for in-plane and out of plane latest technological innovations to further advance product simultaneously. Applications include material topography, MEMS performance to meet the demanding requirements from users analyzer, semiconductor inspection, microfluid, liquid crystal etc. around the world.
Exposition Directory 57 Exposition Directory
Polytec, Inc. Springer Polytec is the world’s leading manufacturer of laser Doppler Springer is a leading global scientific, technical and medical vibrometer systems for non-contact vibration measurement portfolio, providing researchers in academia, scientific institutions down to sub-picometer resolution. Polytec’s LDVs can be and corporate R&D departments with quality content through configured for extremely high resolution strain measurements innovative information, products and services. over a wide frequency range without contact or even the need to apply a special surface coating.
Psylotech, Inc. Stress Photonics Inc. Psylotech produces universal load frames with unique high- Stress Photonics designs, manufactures, and sells photoelastic and speed, direct drive servos. Extremely low out-of-plane sample thermoelastic measurement instruments. motion enables clear under-microscope images for meso-scale DIC. Psylotech is also now introducing a rotating load train load frame for CT scanners, minimizing out-of-plane sample motion and maximizing DVC resolution.
REL, Inc. TEC–Materials Testing Division REL’s SURE-Test Systems have modules to perform many types Our engineers and qualified staff, having over 75 years of of dynamic tests: conventional compression and tension combined experience, will meet your X-Ray diffraction equipment SHPB (Kolsky Bar) tests, impact tests, acceleration tests, and testing needs guaranteeing rapid results. Today we are the dynamic 3-point bend, quasi-static and momentum-transfer knowledge leader and trusted partner to industrial customers tests. REL’s high intensity LED lighting and camera solutions providing simple solutions to complex x-ray diffraction problems enable high-speed imaging and digital image correlation of across a variety of industries worldwide. various testing events.
Specialised Imaging Inc. Telops Specialised Imaging manufactures a full line of Ultra High Located in Quebec City, Canada, Telops designs and manufactures Speed Cameras including the Kirana-05M, the SIMX and SIMD high-performance infrared cameras and hyperspectral imaging Framing Cameras and Intensified CCD Cameras. High power systems for defence, industrial, and academic research applications. Laser and Xenon light sources. We also represent the Optronis Telops also offers R&D services for optical systems technology line of Streak Cameras and TEMA and TrackEye Motion Analysis development in order to respond to the specific needs of its software. customers.
58 Exposition Directory Exposition Directory
Trilion Quality Systems Vision Research Trilion Quality Systems develops precision 3D optical measurement Vision Research designs and manufactures Phantom High-Speed and inspection testing devices. Our 3D image correlation (DIC, Cameras found in R & D, Aerospace, Defense, Entertainment, Digital Image Correlation), photogrammetry and shearography Machine Vision, and Industrial applications. With the world’s instruments measure material properties, structural response, fastest 4 Mpx and 1 Mpx high-speed cameras Phantom Cameras and product quality in aerospace, automotive, biomechanics, civil offer the broadest variety of options for all needs. structures and defense fields.
Interested in exhibiting at either of SEM’s Conferences?
IMAC–A conference on Structural Dynamics SEM Annual Conference & Exposition on Experimental & Applied Mechanics Contact Jen Tingets: Phone: (203) 790-6373 x106 Email: [email protected]
Exposition Directory 59 General Information
Registration Conference Registration Everyone attending the 2019 SEM Annual Conference is REQUIRED to register for the conference. You must register online at sem.org. Early Bird Standard Advance registration is highly recommended. Not only will your Member $790 $890 badge, tickets, abstract proceedings, and other materials be ready Non-Member $890 $990 for you when you arrive at the registration desk, but you will benefit Student Member $300 $350 from the reduced rate available only for advance registrations and Student Non-Member $350 $425 be given access to the Conference Proceedings upon payment of your registration fee. Early bird registration savings ends April 22, Registration Policy 2019 @ 5:00 p.m. (EST). Registration must be completed on-line and payment must be received by April 22, 2019 @ 5:00 p.m. (EST) for Early The member/nonmember/student conference registration fee Bird savings. On April 22, 2019 @ 5:01 p.m. (EST) standard includes admission to all technical sessions, Welcome Reception, registration prices will prevail. All checks must be in U.S. one ticket to the All Society Awards Luncheon, President’s funds, drawn on a U.S. bank. Registrations not paid by Reception, Exposition, and Conference Papers download. April 22, 2019 will incur fees. The fee(s) shall be the difference between Standard pricing and Early Bird pricing for each Students registrant. To qualify for a student membership account, you must be a full- time engineering or science student (graduate or undergraduate, Cancellation Policy not working) and submit proof of full-time status; this is required If the course or conference is canceled for any for ALL STUDENTS. Post-Doctoral do not qualify as a student. reason, the Society for Experimental Mechanics’ Student Proof must be from the Registrar Office of your University, liability is limited to the return of the registration fees. showing proof of full-time status and graduation month/year. Email your proof to Shari Matthews at [email protected]. As of We understand that circumstances may arise that require you to January 1, 2019, we no longer accept student proof signed cancel. If you need to cancel, your conference fee, less a $75.00 by your Professor/Advisor; it must be from the Registrar’s nonrefundable cancellation fee, will be refunded when the office of your University. cancellation is made in writing and received by May 6, 2019. No refunds will be given for cancellations received after May 6, 2019. Conference Registration Hours Cancellation notification should be emailed to Shari Matthews at [email protected]. Sunday, June 2, 2019 8:15 a.m.–10:00 a.m. (COURSE registration ONLY) Invoice Policy 2:00 p.m.–5:00 p.m. To invoice your university/company, you must provide a Purchase Order (PO). Purchase Orders must be received by April 29, 2019 and Monday, June 3, 2019 will not be accepted after that date. Please send your Purchase 7:00 a.m.–3:00 p.m. Order to Shari Matthews at [email protected]. All invoices/purchase orders not paid by April 22, 2019 will incur fees. The fee(s) Tuesday, June 4, 2019 shall be the difference between Standard pricing and Early 7:30 a.m.–3:00 p.m. Bird pricing for each registrant.
Wednesday, June 5, 2019 Spouse/Guest Program 7:30 a.m.–3:00 p.m. The Spouse/Guest Hospitality Room will be open Monday through Thursday from 8:30 a.m. until 10:00 a.m. Spouses and guests Thursday, June 6, 2019 are invited to meet there to enjoy refreshments while renewing 8:00 a.m.–12:30 p.m. friendships, making new acquaintances, and planning the day’s activities.
60 General Information General Information
Conference Proceedings Contact SEM The full Conference Proceedings will be made available for Society for Experimental Mechanics, Inc. download mid-May. Instructions for downloading will be sent 7 School Street, Bethel, CT 06801 USA to all paid, pre-registered attendees. After that time, instructions (203) 790-6373 | Fax (203) 790-4472 will be made available to conference attendees upon payment of [email protected] | sem.org registration fee. Kristin Zimmerman Executive Director SEM Membership Benefits Membership in one or more Technical Divisions at no charge Nuno Lopes Managing Director Discounted member pricing for SEM conferences [email protected] Discounted member pricing on all books published by SEM Sharon R. Previs Financial Officer/Office Manager 20% Discount on all books published by Wiley-Blackwell [email protected] 25% Discount on all books published by Springer Jennifer Tingets Conference Director/Exhibits 25% Discount on all books in the SEM/Morgan Claypool Series [email protected] Shari Matthews Director of Registration and Member SEM Membership has its benefits! Among those benefits is free Services electronic access to more than 15 journals. You may also get print Assistant Director of Conference version of these journals as a membership add-on, pricing below. Proceedings/Abstract Submission [email protected] Membership Add-On Options Joanna Schneider Communications Manager/ Experimental Mechanics (Print) $75 Managing Editor SEM Journals Experimental Techniques (Print) ...... $75 [email protected] Dynamic Behavior of Materials (Print) ...... $75 Kathryn MacAulay Office Assistant [email protected]
General Information 61 SEM 2019 Annual Hotel Information
Peppermill Resort Reservations 2707 South Virginia St Reservations must be made directly with Peppermill Resort either Reno, NV 89502 by calling (775) 826-2121 or (866) 821-9996 or using the link on our (775) 826-2121 or (866) 821-9996 website. Please request the group rate for Society For Experimental www.peppermillreno.com Mechanics, Inc. 2019 Annual Conference and Exposition.
SEM Rates Registration cut-off is May 10, 2019 @ 11:59 p.m. or until the Single/Double: $129.00 contracted room block is sold out, whichever comes first.
Check in: 3:00 p.m. DO NOT USE A 3RD PARTY RESERVATION SERVICE/AGENT OR SEM AND THE HOTEL WILL NOT BE ABLE TO GUARANTEE YOUR Check out: 11:00 a.m RESERVATION
See sem.org for links to reservations.
About the Hotel Note: Individual departure dates will be reconfirmed upon check-in. Peppermill Resort offers extensive amenities to make your stay Any adjustments to departure date should be made at that time. comfortable and convenient. Indulge in the opulence of Reno’s Shortened lengths of stay, thereafter, will result in a one time Best Casino Spa or enjoy swimming pools, a fitness center, business $50.00 administrative fee. center, casino shopping, arcade and more at Peppermill Resort in Reno, NV.
Transportation/Shuttle The Peppermill features an easy and convenient airport shuttle which departs from the valet area outside the Hotel Lobby, and runs every half-hour beginning at 4 am. The last shuttle departs from the Peppermill going to the airport at 11:30 pm. In addition, the airport shuttle departs from the airport going to the Peppermill every half-hour beginning at 4:15 am, and continuing to 11:45 pm. This shuttle picks-up at the North exit of the Baggage Claim area.
How to get to the Peppermill from the airport Turn slightly right at East Plumb Lane (signs for US-395 S / Carson City / Lake Tahoe / Plumb Ln) 1.4 miles. Turn Left at S. Virginia St 0.5 miles.
62 General Information General Information 63 2019 SEM Annual is Mobile
Connecting with attendees on their mobile devices More and more people are relying on their smartphones and tablets for information about what’s going on, and how to get the most out of the experience once they get there. SEM realizes this and is trying to make the transition through the Guidebook app.
We have chosen a platform that will provide many benefits to attendees, including:
Most up-to-date session schedules Exhibitor Listings Your entire schedule is right on your phone/tablet. Pick sessions Includes a searchable list of exhibitors along with descriptions. and add them to your personalized agenda with reminders. If you want more details, you can simply click on a session to see Indoor Maps and Floor plans images, locations, and detailed descriptions of any item. Anytime Vivid, high-resolution maps allow you to scroll and zoom in order we make a change to the guide, it will be instantly available to to navigate your way around the venue. everyone using the guide. Instant Feedback To-do List Includes tools so you can tell us what you liked most about the An interactive to-do list allows you to jot down all of the things you event, or how you would improve it for next year. don’t want to miss and check them off upon completion. With one touch, you can add an exhibitor, speaker, or sponsor to your list.
To get started, download Guidebook from the Apple App Store, Android Marketplace, visit guidebook.com/getit or simply
64 General Information Register Early!
2019 SEM Annual Exposition on Experimental and Applied Mechanics
PRECONFERENCE COURSE June 2, 2019
CONFERENCE June 3–6, 2019 EXPOSITION June 3–5, 2019
Register on the web: sem.org Find details about the conference, social activities, Exposition and registration forms on SEM’s Web site.