Advanced Program for SEM 2019 Annual Conference
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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? ࢊ Fatigue, 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? ࢊ Global equilibrium ࢊ Boundary Conditions ࢊ Local 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