SEM XIV International Congress Technical Program 5/12/2020

Session Track Paper Authors 001. Shock & Blast I Dynamic Behavior of Polymer Dynamic Strength Experiments #9074 J. Jordan–Los Alamos National Laboratory; S. Jackson–Los Alamos Materials National Laboratory; D. Casem–CCDC Army Research Laboratory

Shock Wave Interaction and Fracture Growth in Polymethyl S. Torres–New Mexico Tech; M. Hargather–New Mexico Tech; M. Methacrylate (PMMA) #9544 Grubelich–Sandia National Laboratories; J. Pope–Sandia National Laboratories; R. Robey–Sandia National Laboratories; O. Vorobiev–Lawrence Livermore National Laboratory; J. Morris–Lawrence Livermore National Laboratory Experiments to Investigate ‘Failure-waves’ in Soda Lime Glass A. Joshi–California Institute of Technology; S. Ravindran–California #9492 Institute of Technology; G. Ravichandran–California Institute of Technology Near-Field Dynamic Pressure Pulse Interactions with Submerged S. Kishore–University of Rhode Island; K. Senol–University of Plates #9368 Rhode Island; P. Parrikar–University of Rhode Island; A. Shukla–University of Rhode Island Complex Loading Experiments to Study Multiphase Strength in B. Jensen–Los Alamos National Laboratory Cerium #9227 Spall Response of Electroplated Gold Samples #9426 A. Mandal–Los Alamos National Laboratory; W. Anderson–Los Alamos National Laboratory; B. Jensen–Los Alamos National Laboratory; F. Cherne–Los Alamos National Laboratory; D. Hooks–Los Alamos National Laboratory 002. Recent Advances in Advancement of Optical Advanced Photoelastic Methods for Stress Measurement of Glass W. Wang–National Tsing Hua University; P. Sung–National Tsing Optical Methods I Methods in Experimental Substrates #9362 Hua University Mechanics Experimental Observations on the Fracture of Metals #9230 C. Sciammarella–Illinois Institute of Technology; L. Lamberti–Politecnico di Bari; F. Sciammarella–MXD Corporation

Diagnosis of Deformation Stages with Optical Interferometric S. Yoshida–Southeastern Louisiana University; T. Sasaki–Niigata Technique and Comprehensive Theory of Deformation and University Fracture #9086 003. Michael Sutton Int'l Michael Sutton International Damage Sensing of Additively Manufactured Polymer under Static M. Rabbi–University of Massachusettes Dartmouth Student Paper Competition Student Paper Competition and Dynamic Loading #9916 I Multi-Modal Characterization of Damage Accumulation in CMCs B. Swaminathan–University of California, Santa Barbara #9896 Micro-Compression of Plant Cells to Estimate Turgor Pressure L. Ginsberg–California Institute of Technology #9908 Fatigue Assessment of Porosity in Electron Beam Melted Ti-6Al-4V J. Warner–Ohio State University #9924 Sympathetic Underwater Implosions in Composite and Metallic S. Kishore–University of Rhode Island Cylinders #9844 004. Inverse Problem Inverse Problem Use of Inverse Methods to Identify Constitutive and Thermoelastic A. Alshaya–Kuwait University; Y. Ro–University of Wisconsin- Methodologies and Their Methodologies Parameters of Orthotropic Materials #9226 Madison; J. Considine–USDA, Forest Service, Forest Products Applications I Laboratory; R. Rowlands–University of Wisconsin-Madison SEM XIV International Congress Technical Program 5/12/2020

Optimization for Improved Energy Absorption and the Effect of V. Gupta–University of South Carolina; D. Miller–University of Density Gradation in Cellular Materials #9228 South Carolina; A. Kidane–University of South Carolina; M. Sutton–University of South Carolina Determination of Creep Parameters from Sharp Indentation #9258 Y. Zhang–Texas A&M University; A. Needleman–Texas A&M University 005. Micro- and Nanoscale 21st International Symposium Keynote: Tuning Defect Structure to Control Mechanical Behavior T. Rupert–University of California, Irvine Deformation Mechanisms on Micro- and on the Nanoscale #9881 Nanomechanics (ISMAN) Nanoscale Strengthening Mechanisms in Solute Stabilized W. Wang–Stony Brook University; J. Trelewicz–Stony Brook Nanocrystalline Alloys #9827 University The Effect of Microstructure on the Relationship between Grain M. Linne–University of Michigan/Lawrence Livermore National Boundary Sliding and Slip Transmission in High Purity Aluminum Laboratory; T. Bieler–Michigan State University; S. Daly–University Oligocrystals #9208 of California, Santa Barbara Strength and Toughness of Gradient-Nano-Grained Silver Created C. Griesbach–University of Wisconsin-Madison; J. Cai–University of via High-Velocity Impact of Single-Crystal Silver Microcubes #9242 Wisconsin-Madison; R. Thevamaran–University of Wisconsin- Madison Characterization of Shear Band Nucleation and Propagation in A. Bastawros–Iowa State University; H. Wang–Iowa State Bulk Metallic Glasses #9528 University 006. Fracture and Fatigue in Fracture & Fatigue Microscale Strain Accumulation During Fatigue and Fracture of R. Vansickle–University of Illinois Urbana-Champaign; R. Muro- Additive Manufacturing Additively Manufactured Ti-6Al-4V #9650 Barrios–University of Illinois Urbana-Champaign; H. Chew–University of Illinois Urbana-Champaign; J. Lambros–University of Illinois Urbana-Champaign Fatigue Assessment of Porosity in Electron Beam Melted Ti-6Al-4V J. Warner–The Ohio State University; D. Celli–The Ohio State #9278 University; J. Rindler–The Ohio State University; H. Shen–AFRL Aerospace Systems Directorate; O. Scott-Emuakpor–AFRL Aerospace Systems Directorate; T. George–AFRL Aerospace Systems Directorate Fatigue Behavior of Additively Manufactured Ti6Al4V #9487 R. Beal–University of Utah; O. Kingstedt–University of Utah Elucidating the Fracture Toughness of Additive Manufactured C. Laursen–Sandia National Laboratories; J. Carroll–Sandia AlSi10Mg Produced Through Selective Laser Melting #9375 National Laboratories Impacts of Phases and Defects on Mechanical Behavior of A. Beese–Pennsylvania State University Additively Manufactured Metals #9644 007. Challenges in Applications Overview of Lightweight Metal Applications in Automotive S. Maddela–3M R&D Application Development Industries #9068

Developing Novel Non-Destructive Characterization Techniques S. Herter–Fraunhofer Institute for Non-Destructive Testing IZFP; L. using Experimental Mechanics and Advanced Computational Hillen–Fraunhofer Institute for Non-Destructive Testing IZFP; M. Tools #9116 Becker–Fraunhofer Institute for Non-Destructive Testing IZFP; T. Straub–Fraunhofer Institute for Mechanics of Materials IWM; S. Fischer–Fraunhofer Institute for Non-Destructive Testing IZFP

Towards Plastics Sustainability: Challenges in Waste-Plastics P. Thakre–Dow; J. Martin–Dow Application Development #9961 009. Quantitative Dynamic Behavior of Complements on the 90° IBII Test for Composites #9465 J. Van Blitterswyk–University of Southampton; S. Parry–University Visualization of Dynamic Materials of Southampton; L. Fletcher–University of Southampton; F. Events Pierron–University of Southampton SEM XIV International Congress Technical Program 5/12/2020

Obtaining Quasi-Static and Dynamic Stiffness in One Test: The L. Fletcher–University of Southampton; F. Pierron–University of Image-Based Inertial Release (IBIR) Test #9451 Southampton High Strain Rate Elasto-Plasticity Identification using the Image- L. Fletcher–University of Southampton; A. Marek–University of Based Inertial Impact Test and Sensitivity Based Virtual Fields Southampton; F. Pierron–University of Southampton #9326 Time-Resolved Characterization of Taylor Impact Testing #9685 P. Jannotti–U.S. Army Research Laboratory; N. Lorenzo–U.S. Army Research Laboratory; B. Schuster–U.S. Army Research Laboratory; A. Tonge–U.S. Army Research Laboratory; B. Leavy–U.S. Army Research Laboratory Ultrafast-Strain-Rate Collective Mechanics of Carbon-Based J. Lee–University of Massachusetts at Amherst; W. Xie–University Nanomaterials #9664 of Massachusetts at Amherst; R. Zhang–Northeastern University; R. Headrick–Rice University; L. Taylor–Rice University; M. Pasquali–Rice University; S. Müftü–Northeastern University

010. Recent Advances in Advancement of Optical Automated Processing of Contact-Area Measurements #9429 N. Taylor–University of Cambridge; L. Lea–University of Optical Methods II Methods in Experimental Cambridge; D. Williamson–University of Cambridge Mechanics Evaluating Stresses from measured strains in Viscoelastic Body S. Taguchi–Aoyama Gakuin University; K. Takeo–Aoyama Gakuin Using Numerical Laplace Transformation #9356 University; S. Yoneyama–Aoyama Gakuin University Evaluating the Application 0f DIC on Heartbeat Detection by C. Hwang–Taiwan Instrument Research Institute; Y. Chen–Taiwan Using a Self-Developed Artery Vessel Simulator #9407 Instrument Research Institute; R. Weng–Taiwan Instrument Research Institute; W. Wang–National Tsing Hua University; T. Kuo–National Tsing Hua University; T. Ken–National Tsing Hua University; C. Chang–National Tsing Hua University

011. Michael Sutton Int'l Michael Sutton International UV Radiation and Saline Water Exposure Effects on Polyurea I. Neba Mforsoh–University of Rhode Island Student Paper Competition Student Paper Competition Coatings #9913 II Dynamic Electromechanical Fracture Characterization of Natural A. Taylor–University of Massachusetts Dartmouth Fiber/Glass Hybrid Composites #9922 Using Planes of Weakness to Improve Fracture Toughness #9941 K. Conway–Clemson University

Remote Surface Motion Measurements using Multi-wavelength J. Heikkinen–The University of British Columbia Defocused Speckle Imaging #9887 Effect of Ion Concentration on Shock Tube-Induced Cavitation J. Marsh–Iowa State University Behavior #9931 012. Inverse Problem Inverse Problem Effect of Different Constitutive Relations on Linear Elastic Stiffness J. Considine–USDA, Forest Service, Forest Products Laboratory Methodologies and Their Methodologies Identification of Heterogeneous Materials #9062 Applications II Deflectometry And VFM For Impinging Jet Pressure Mapping R. Kaufmann–University of Southampton; B. #9400 Ganapathisubramani–University of Southampton; F. Pierron–University of Southampton SEM XIV International Congress Technical Program 5/12/2020

Use of LSA and VFM to Examine Earlywood and Latewood N. Bechle–1USDA, Forest Service, Forest Products Laboratory; B. Constitutive Properties of Loblolly Pine Wood #9672 Blaysat–Université Clermont Auvergne SIGMA; J. Considine–1USDA, Forest Service, Forest Products Laboratory; M. Grédiac–Université Clermont Auvergne SIGMA; X. Tang–USDA, Forest Service, Forest Products Laboratory; D. Kretschmann–American Lumber Standard Committee Inc 013. Mechanics of 1D/2D 21st International Symposium Keynote: In-situ Nanomechanics of Crystalline Metallic Nanowires Y. Zhu–North Carolina State University Nanomaterials I on Micro- and #9214 Nanomechanics (ISMAN) High-Throughput Mechanical Testing of Nanowires #9477 R. Bernal–University of Texas at Dallas; Z. Islam–University of Texas at Dallas; A. Tanvir–University of Texas at Dallas Formation of Wavy Carbon Nanofibers and Nanocoils via S. Khatri–Texas A&M University; J. Cai–Texas A&M University; M. Precursor Constrained Microbuckling, Consideration of Elasto- Naraghi–Texas A&M University Plastic Deformations #9404 014. Fracture and Fatigue Fracture & Fatigue Keynote: Experimental Bree Load Interaction Diagram for Inconel N. Vermaak–Lehigh University; I. Cinoglu–Lehigh University; A. under Extreme 625 Rods under Cyclic Tension-Compression Loadings at 600C Charbal–Lehigh University Environments #9215 Effect of Creep Deformation on the Plastic Strain Localisation T. Dessolier–Imperial College London; M. Church–Shell; W. Inside Complex Microstructures found within Centrifugally Cast Hamer–Shell; B. Britton–Imperial College London HP40Nb Reformer Tubes #9051 Competition of Reflected and Emitted Speckle Pattern during DIC T. Thai–Utah State University; P. Gradl–NASA Marshall Space Flight Measurements at High Temperature #9509 Center; R. Hansen–Utah State University; R. Berke–Utah State University 015. Applications I Applications A Rotating Specimen Load Frame for CT Scanner and DVC #9775 T. Wickman–Psylotech; A. Panahon–Psylotech; A. Arzoumanidis–Psylotech Preliminary Study on Modal Coupling Analysis of Brake Discs H. Chiang–National Pingtung University of Science and #9180 Technology; Y. Lin–National Pingtung University of Science and Technology; H. Chen–National Pingtung University of Science and Technology; C. Lin–National Pingtung University of Science and Technology Failure of Three-Tab Shingle System Subjected to Wind Gusts up S. Rajan–University of South Carolina; T. Myers–University of South to 150 MPH – A DIC Based Study #9820 Carolina; M. Sutton–University of South Carolina; F. Matta–University of South Carolina Underwater Explosion Gas Bubble Collapse in the Vicinity of a C. Javier–Naval Undersea Warfare Center; M. Galuska–Naval Rigid Boundary #9190 Undersea Warfare Center; M. Papa–Naval Undersea Warfare Center; J. LeBlanc–Naval Undersea Warfare Center; H. Matos–University of Rhode Island; A. Shukla–University of Rhode Island 017. Dynamic Behavior of Dynamic Behavior of Experimentally Characterising the High Strain Rate Behaviour of A. Trivedi–University of Oxford; C. Siviour–University of Oxford Low Impedance Materials I Materials Natural Rubber Particulate Composites. #9564

Expanding Inertial Microcavitation Rheometry to Cover Large S. Buyukozturk–Brown University/University of Wisconsin- Material Stretches in Soft Materials #9203 Madison; C. Franck–University of Wisconsin-Madison Dynamic Characterization of Bio-Inspired Lattice Structures #9244 J. Weeks–California Institute of Technology; S. Ravindran–California Institute of Technology; G. Ravichandran–California Institute of Technology SEM XIV International Congress Technical Program 5/12/2020

The Response of Symmetrically Graded Foam Subjected to D. Miller–University of South Carolina; V. Gupta–University of Intermediate and High Dynamic Loadings #9251 South Carolina; A. Kidane–University of South Carolina; M. Sutton–University of South Carolina Dynamic Rugae Strain Localizations and Instabilities in Soft J. Yang–University of Wisconsin-Madison; H. Cramer, III.–Brown Viscoelastic Materials During Inertial Microcavitation #9415 University; C. Franck–University of Wisconsin-Madison Effect of Density, Microstructure and Strain-rate on Response of K. Bhagavathula–University of Alberta; C. Meredith–U.S. Army Polymeric Foams #9662 Research Laboratory; S. Ouellet–Defence Research and Development Canada; D. Romanyk–University of Alberta; J. Hogan–University of Alberta 018. New Developments in Advancement of Optical Measuring Strain Distribution of Knee Cartilage Using Digital M. Itakura–Aoyama Gakuin University; Y. Zhang–Sophia Optical Measurements and Methods in Experimental Volume Correlation #9409 University; K. Takeo–Aoyama Gakuin University; S. Inspections I Mechanics Yoneyama–Aoyama Gakuin University

Preliminary Characterization of a Plastic Piezoelectric Motor Stator Z. Zhao–Worcester Polytechnic Institute; P. Carvalho–Worcester Using High-speed Digital Holographic Interferometry #9781 Polytechnic Institute; H. Tang–Worcester Polytechnic Institute; K. Pooladvand–Worcester Polytechnic Institute; K. Gandomi–Worcester Polytechnic Institute; C. Nycz–Worcester Polytechnic Institute; C. Furlong–Worcester Polytechnic Institute; G. Fischer–Worcester Polytechnic Institute

Holographic Measurement of Semi-Transparent Tympanic H. Tang–Worcester Polytechnic Institute; P. Psota–Technical Membrane Shape Using Multiple Angle Illuminations #9714 University of Liberec; J. Rosowski–Harvard Medical School; C. Furlong–Worcester Polytechnic Institute; J. Cheng–Harvard Medical School 019. Michael Sutton Int'l Michael Sutton International Quantitative Thermoelastic Stress Analysis Using Low Cost I. Jimenez-Fortunato–University of Southampton Student Paper Competition Student Paper Competition Thermal Cameras #9912 III Tantalum Thermal Actuators for High Temperature MEMS-based L. Ni–Carnegie Mellon University Nanomechanical Test Platform #9905 021. Mechanics of 1D/2D 21st International Symposium Temperature Effect on Mechanical Behavior of Metallic Nanowires H. Wang–North Carolina State University; X. Fang–North Carolina Nanomaterials II on Micro- and #9797 State University; G. Cheng–Princeton University; Y. Zhu–North Nanomechanics (ISMAN) Carolina State University Brittle to Ductile Transition in Silicon Nanowires #9211 G. Cheng–North Carolina State University; Y. Zhang–Georgia Institute of Technology; T. Chang–North Carolina State University; T. Zhu–Georgia Institute of Technology; Y. Zhu–North Carolina State University Pushing the Limits of SEM-DIC: Towards Higher Spatial J. Hoefnagels–Eindhoven University of Technology; T. Resolutions #9763 Vermeij–Eindhoven University of Technology Nano Indentation of Hydrogen-Terminated Amorphous Silicon T. Jiang–University of Texas; R. Bodepudi–University of Texas; B. Particles #9690 Korgel–University of Texas; K. Liechti–University of Texas 022. Integration of Models Fracture & Fatigue In Situ Experimental Studies on the Fracture and Fatigue of Al N. Deka–Indian Institute of Technology Bombay; K. and Experiments Single Crystals #9458 Jonnalagadda–Indian Institute of Technology Bombay Finite Element Modeling to Inform Anisotropic Testing of Nuclear R. Hansen–Utah State University; D. Kamerman–Idaho National Fuel Cladding #9508 Laboratory; R. Berke–Utah State University SEM XIV International Congress Technical Program 5/12/2020

Effect of Crack-Parallel Compression or Tension on Mode-I H. Nguyen–Northwestern University; M. Rezaei–University of Fracture Energy of Quasibrittle Material – as applied to Concrete Illinois at Chicago; M. Issa–University of Illinois at Chicago; Z. #9305 Bazant–Northwestern University; M. Pathirage–Northwestern University; G. Cusatis–Northwestern University 023. Applications II Applications Speckling and Testing with DIC at Micro Scales #9551 K. Connolly–Southern Research; W. Ralph–Southern Research Nanocellulose Film Modulus Determination Via Buckling M. Rencheck–Purdue University; A. Weiss–Purdue University; S. El Mechanics Approaches #9041 Awad Azrak–Purdue University; E. Forti–Purdue University; M. Nuruddin–Purdue University; J. Youngblood–Purdue University; C. Davis–Purdue University On the Development of a SEM-based Full-Field Measurement H. Mirmohammad–Univeristy of Utah; O. Kingstedt–University of Technique Using the Grid-Method #9486 Utah Seismic Resiliency of Cross-Laminated Timber Structures N. Bechle–USDA Forest Products Laboratory; M. Lo Ricco–USDA Visualized by Digital Image Correlation #9571 Forest Products Laboratory; D. Rammer–USDA Forest Products Laboratory; J. Bridwell–USDA Forest Products Laboratory

024. Time Dependence in 10th International A Generalized Viscous Dissipation Potential for the Short-time K. Upadhyay–University of Florida; G. Subhash–University of Biological Materials Symposium on the Mechanics Memory Effects in Visco-Hyperelastic Soft Materials #9613 Flroida; D. Spearot–University of Flroida of Biological Systems & Materials Viscoelastic Studies of Mammalian Collagen Fibrils #9457 F. Yang–University of Illinois at Urbana-Champaign; D. Das–University of Illinois at Urbana-Champaign; I. Chasiotis–University of Illinois at Urbana-Champaign Evaluate the Fidelity of Synthetic Tissues Used in Escharotomy S. Lee–Rensselaer Polytechnic Institute; F. Rahul–Rensselaer Simulators #9762 Polytechnic Institute; V. Hannay–Rensselaer Polytechnic Institute; S. Gallagher–Rensselaer Polytechnic Institute; H. Lee–Rensselaer Polytechnic Institute; A. Imtiaz–Rensselaer Polytechnic Institute; M. Turkseven–Rensselaer Polytechnic Institute; A. Ryason–Rensselaer Polytechnic Institute; B. Makled–U.S. Army Futures Command, Combat Capabilities Development Command Soldier Center STTC; C. Parsey–U.S. Army Futures Command, Combat Capabilities Development Command Soldier Center STTC; J. Norfleet–U.S. Army Futures Command, Combat Capabilities Development Command Soldier Center STTC; S. De–Rensselaer P l t h i I tit t Analytical Assessment of Creep Behaviour of European Species in C. Pambou Nziengui–Universite Clermont Auvergne; R. Moutou Outdoor Conditions #9273 Pitti–Université Clermont Auvergne; J. Grill–CNRS; E. Fournely–Université Clermont Auvergne 025. Dynamic Fracture and Dynamic Behavior of Dynamic Mixed-Mode Fracture and Electrical Response of A. Taylor–University of Massachusetts Dartmouth; M. Fragmentation I Materials Jute/Epoxy Composites #9141 Rabbi–University of Massachusetts Dartmouth; V. Chalivendra–University of Massachusetts Dartmouth Crack Branching in Soda-Lime Glass: Optical Measurement of S. Dondeti–Auburn University; H. Tippur–Auburn University Precursors Using Digital Gradient Sensing #9157 SEM XIV International Congress Technical Program 5/12/2020

Dynamic Compression Strength of Ceramics: What was Learned J. Swab–Army Research Laboratory; W. Chen–Purdue University; J. from an Interlaboratory Round Robin Exercise? #9009 Hogan–University of Alberta; H. Liao–Purdue University; C. Lo–University of Alberta; S. Mates–National Institute of Standards and Technology; C. Meredith–Army Research Laboratory; J. Pittari, III–Army Research Laboratory; G. Quinn–National Institute of Standards and Technology Quasi-Static and Dynamic Amorphization and Failure of Single A. Zare–Johns Hopkins University; M. He–Johns Hopkins Crystal Boron Carbide #9360 University; M. Straker–Morgan State University; M. Spencer–Morgan State University; K. Hemker–Johns Hopkins University; K. Ramesh–Johns Hopkins University Analysis of the Explosively Driven Expanding Ring Tension Test B. Aydelotte–Idaho National Laboratory #9765 026. New Developments in Research Reactivity of Semi-Charcoal Using Woody Biomass #9306 H. Konishi–Osaka University Optical Measurements and Inspections II

Formulation for Statistical Tensile Static, Creep and Fatigue Y. Miyano–Kanazawa Institute of Technology; M. Strengths of Unidirectional CFRP #9181 Nakada–Kanazawa Institute of Technology; S. Kageta–Kanazawa Institute of Technology Experimental Evaluation of Non-Uniform Thin Film Stress #9334 Y. Lin–National Tsing Hua University; W. Wang–National Tsing Hua University; P. Chen–National Tsing Hua University DIC Measurement of Anisotropy for Plastically Deformed K. Sakaue–Shibaura Institute of Technology; S. Higuchi–Shibaura Thermoplastic #9888 Institute of Technology 027. Environmental Effects Time-Dependent Materials Effects of Aggressive Marine Environment on the PEEL Strength of I. Neba Mforsoh–University of Rhode Island; A. Shukla–University and Extreme Environments Polyurea/Monel 400 Interface #9391 of Rhode Island

Viscoelastoplastic Oxidative Multimode Damage Model for R. Hall–Air Force Research Laboratory; R. Brockman–University of Fibrous Composite Materials at Extreme Temperatures #9470 Dayton Research Institute Analysis of the Impact Resistance of Thermoplastics #9516 A. Krueger–University of Massachusetts, Lowell; V. Alizadeh–University of Massachusetts, Lowell; D. Schmidt–University of Massachusetts, Lowell; A. Amirkhizi–University of Massachusetts, Lowell Effects of Elevated Temperature and Humidity Ageing on Fibers A. Forster–National Institute of Standards and Technology; A. Based on 5-amino-2-(p-aminophenyl) benzimidazole (PBIA) #9537 Engelbrecht-Wiggans–National Institute of Standards and Technology Characterization of Thermomechanical Response of a Chemically D. Ivanoff–University of Illinois Urbana-Champaign; E. Crosslinked and Remendable Polyurethane #9652 Morado–University of Illinois Urbana-Champaign; S. Zimmerman–University of Illinois Urbana-Champaign; N. Sottos–University of Illinois Urbana-Champaign 028. Multifunctional 6th International Symposium Electromagnetic Interference Shielding Effectiveness of Glass N. Yesmin–University of Massachusetts Dartmouth; M. Materials on the Mechanics of Fiber/Epoxy Composite #9142 Rabbi–University of Massachusetts Dartmouth; V. Composite and Chalivendra–University of Massachusetts Dartmouth Multifunctional Materials SEM XIV International Congress Technical Program 5/12/2020

Self-Healing Composites in Underwater Applications #9502 M. Black–Naval Undersea Warfare Center Division Newport; R. Hesse–Naval Undersea Warfare Center Division Newport; J. Leblanc–Naval Undersea Warfare Center Division Newport; T. Ramotowski–Naval Undersea Warfare Center Division Newport; H. Matos–University of Rhode Island Electro-Fracture Response of Multi-functional Glass Fiber/Epoxy J. O’Donnell–University of Massachusetts Dartmouth; V. Reinforced Composites #9143 Chalivendra–University of Massachusetts Dartmouth; A. Hall–Army Research Laboratory; M. Haile–Army Research Laboratory; L. Nataraj–U.S. Army Research Laboratory; M. Coatney–U.S. Army Research Laboratory; Y. Kim–University of Massachusetts Dartmouth 029. Friction and Tribology 21st International Symposium Keynote: Nanoscale Mechanisms Controlling Friction, Adhesion, R. Carpick–University of Pennsylvania on Micro- and and Lubrication Using in situ Approaches #9843 Nanomechanics (ISMAN) Wide Dynamic Range 2-D Nanoindentation: Friction And Partial W. Oliver–KLA COrporation; P. Sudharshan–ARCI; J. Pethica–Trinity Slip At Contacts #9411 College, Dublin 030. Vibration Effects in Fracture & Fatigue Validation Of An Optimized High-Throughput Carrier Plate For B. Furman–Utah State University; E. German–Utah State Fracture and Fatigue Vibration-Based Fatigue Testing #9514 University; B. Hill–Utah State University; R. Berke–Utah State University Vibration Bending Fatigue Behavior Comparisons Between Hybrid- O. Scott-Emuakpor–Air Force Research Lab; A. Plate and Free-Free Methods #9336 Schoening–Universal Technology Corporation; D. Celli–Air Force Research Lab; P. Johnson–Universal Technology Corporation

Characterization of High Frequency Pulse Loading on Fatigue of H. Bruck–University of Maryland; P. Lara–University of Maryland; E. Metals #9139 Müller–University of Maryland Damage Accumulation in a Novel High-Throughput Method to B. Furman–Utah State University; C. Holycross–Air Force Research Characterize High Cycle Fatigue #9515 Lab; O. Scott-Emuakpor–Air Force Research Lab; R. Berke–Utah State University 031. Infrared Thermomechanics and Quantifying the Thermoelastic Response from Laminated Fibre I. Jimenez-Fortunato–University of Southampton; D. Measurements and Infrared Imaging Reinforced Polymer Composites using Digital Image Correlation Bull–University of Southampton; J. Dulieu-Barton–University of Complimentary Techniques #9361 Bristol; O. Thomsen–University of Bristol

DIC-IR Analysis of Transient Thermal Stresses #9643 J. González–PUC-Rio; V. Paiva–PUC-Rio; G. Gonzáles–PUC-Rio; J. Freire–PUC-Rio; I. Miskioglu–Michigan Technological University

Strain Controlled Tensile Test Through High Rate Thermal C. Ralph–Southern Research Institute; J. Hawbaker–Southern Expansion #9608 Research Institute; B. Carmichael–Southern Research Institute Full-Field Analysis of Strain-Induced Crystallization in Natural S. Charlès–Univ Rennes; J. Le Cam–Univ Rennes Rubber #9119 033. Dynamic Behavior of Dynamic Behavior of The Hygrothermal Aging Effect on the Mode-II Dynamic Fracture R. Chavez–University of California San Diego; D. Sharp–University Composites I Materials Behavior of Carbon Fiber/Epoxy #9206 of California San Diego; A. Aderounmu–University of California San Diego; V. Eliasson–University of California San Diego SEM XIV International Congress Technical Program 5/12/2020

Influence of Dynamic Multiaxial Transverse Loading on Dyneema® F. Thomas–University of South Carolina; S. Alexander–U.S. Army SK76 Single Fiber Failure #9446 Research Laboratory; A. Gunnarsson–U.S. Army Research Laboratory; T. Weerasooriya–U.S. Army Research Laboratory; S. Sockalingam–University of South Carolina Experimental Investigation of the Failure Rate Dependency of T. Fourest–ONERA; J. Berthe–ONERA Composite Materials using Off-Axis Tensile Tests #9333 An Innovative Experimental Approach for the Assessment of G. Portemont–Onera; R. De Coninck–Onera; R. Ortiz–Onera Composite Panel Ballistic Limit #9669 High Strain Rate Testing of Composite Materials at High D. Hackney–Southwest Research Institute; I. Chocron–Southwest Temperatures #9825 Research Institute; N. Mueschke–Southwest Research Institute; A. Carpenter–Southwest Research Institute; A. Nicholls–Southwest Research Institute

034. DIC Challenges Advancement of Optical DIC Challenge 2.0 the Final Results – Spatial Resolution versus P. Reu–Sandia National Laboratories; S. Fayad–University of Methods in Experimental Noise for DIC #9673 Illinois, Urbana-Champaign; B. Blaysat–Institut Pascal Mechanics Update on the DVC Challenge: Role of XCT Equipment and Scan B. Croom–Air Force Research Laboratory; H. Jin–Sandia National Parameters on DVC Accuracy #9197 Laboratories; D. Burden–University of Virginia; X. Li–University of Virginia On Various DIC Approaches to Measure Acceleration Fields #9324 F. Hild–LMT/ENS Paris-Saclay; C. Le Gourrierec–LMT/ENS Paris- Saclay; S. Roux–LMT/ENS Paris-Saclay 035. Time Dependence in Time-Dependent Materials Rheology and Mechanics of Metal Coordination Bonded M. Silberstein–Cornell University; X. Zhang–Cornell University; Y. Soft Materials: Hydrogels Unentangled Polymer Melts #9301 Vidavsky–Cornell University and Polymer Melts

Effect of Drying on Tensile Response of a PVA Hydrogel #9350 R. Meacham–Clarkson University; M. Liu–Cornell University; J. Guo–Cornell University; A. Zehnder–Cornell University; C. Hui–Cornell University Non-Newtonian Fluid-Like Behavior of Poly(Ethylene Glycol) K. Upadhyay–University of Florida; K. Luo–University of Florida; G. Diacrylate Hydrogels Under Transient Dynamic Shear #9216 Subhash–University of Florida; D. Spearot–University of Florida

Experimental Shear Property Characterization of Agarose D. Millar–University of Florida; M. Mennu–University of Florida; K. Hydrogel and Polydimethylsiloxane (PDMS) #9438 Upadhyay–University of Florida; C. Morley–University of Florida; P. Ifju–University of Florida 036. Recycled Composites I 6th International Symposium Design of Recycled Thin Sheet “Ti-Al” Based Composites E. Bayraktar–SUPMECA-Paris; D. Katundi–SUPMECA-Paris; F. on the Mechanics of Reinforced with AA1050, Boron, TiB2, TiC, and B4C Through Hot- Gatamorta–University of Campinas; I. Miskioglu–Michigan Composite and Forged Bonding #9295 Technological University; H. Enginsoy–SUPMECA-Paris Multifunctional Materials

New Design of Composites from Fresh Scraps of Niobium for E. Bayraktar–SUPMECA-Paris; F. Gatamorta–University of Tribological Applications #9253 Campinas; H. Enginsoy–SUPMECA-Paris; J. Polis–University Campinas; I. Miskioglu–Michigan Technological University SEM XIV International Congress Technical Program 5/12/2020

Compressive Behavior of Syntactic Foam Composite Produced J. Paschaol–Federal University of Tecnology-Paraná; R. from Recycled AlMg2.5 Matrix via Thixo-Infiltration of Fly Ash Moraes–University of Campinas; F. Gatamorta–University of Micro Balloons #9072 Campinas; R. Lopes da Silva–Federal University of Tecnology- Paraná; R. Costa–Federal University of Tecnology-Paraná; J. Sartori–Federal University of Tecnology-Paraná; E. Bayraktar–SUPMECA-Paris Manufacturing of “Ni-Ti” based composites from fresh scrap thin H. Enginsoy–Usak University; E. Bayraktar–SUPMECA-Paris; I. sheets reinforced with Nb and TiB2 through hot-forged bonding: Miskioglu–Michigan Technological University; D. Sandwich Structures #9256 Katundi–SUPMECA-Paris Design of Copper and  - Alumina reinforced Recycled Aluminium H. Enginsoy–Usak University; E. Bayraktar–SUPMECA-Paris; I. Matrix Composites through Sintering + Forging #9296 Miskioglu–Michigan Technological University; F. Gatamorta–University of Campinas; D. Katundi–SUPMECA-Paris 037. Mechanics of Novel 21st International Symposium Keynote: Programmable Mechanical Metamaterials as Framework F. Wenz–Fraunhofer IWM; M. Specht–University of Freiburg; M. Materials on Micro- and for a Paradigm Shift #9885 Berwind–University of Freiburg; T. Pretsch–Fraunhofer IAP; H. Nanomechanics (ISMAN) Andrae–Fraunhofer ITWM; C. Eberl–Fraunhofer IWM Effect of Carbon Nanotube Reinforcements on the Dynamic J. Cai–University of Wisconsin-Madison; R. Thevamaran–University Performances of Semicrystalline Nanocomposite Thin Films #9422 of Wisconsin-Madison

Effect of Ion Size on Stress Evolution in Ge Electrode during S. Rakshit–New Jersey Institute of Technology; A. Electrochemical Cycling #9397 Pakhare–Michigan State University; S. Nadimpalli–Michigan State University In-situ Nanomechanical Characterization of Multi-layer MXene Y. Li–Missouri University of Science and Technology; C. Membranes #9794 Wei–Missouri University of Science and Technology; S. Huang–Missouri University of Science and Technology; C. Wu–Missouri University of Science and Technology; V. Mochalin–Missouri University of Science and Technology 038. Investigations of Fracture & Fatigue Effect of Boundary Conditions on Mode One Bending Damage T. Crowe–Ohio University; N. McNees–Ohio University; O. Scott- Fatigue and Fatigue Life Accumulation #9075 Emaukpor–Airforce Research Laberatory; B. Wisner–Ohio University Characterization of Closure Stress Distribution around a Surface C. Giuffre–Iowa State University; S. Holland–Iowa State University; Fatigue Crack #9529 A. Bastawros–Iowa State University; H. Moldenhauer–Iowa State University Bending Fatigue Life Assessment of Laser Directed Energy O. Scott-Emuakpor–Air Force Research Lab; D. Celli–Air Force Deposition Repaired Ti 6Al-4V #9335 Research Lab; L. Sheridan–Air Force Research Lab A New Method to Investigate the Micro-deformation during the J. Shuai–Tsinghua University; J. Zhao–Tsinghua University; L. Fatigue Loading Combining DIC and EBSD #9285 Lei–Tsinghua University 039. Infrared Thermomechanics and A Novel Low Cost Thermographic Inspection Technique Based on G. Ólafsson–University of Southampton; R. Tighe–University of Thermography and Infrared Imaging Lock-In Thermography with Internal Heating #9338 Waikato; S. Boyd–University of Southampton; J. Dulieu- Thermomechanical Barton–University of Bristol Measurements Experimental and Data Processing Optimisation for C. Taylor–University Of Waikato; T. Vosper–University Of Waikato; Thermographic Inspections #9620 J. Hill–University Of Waikato; T. Tuhiwai–University Of Waikato; R. Tighe–University Of Waikato Infrared Thermography Applied to the Assessment of Fatigue V. Paiva–PUC-Rio; G. Gonzáles–PUC-Rio; J. Diniz–PUC-Rio; R. Initiation #9640 Vieira–PUC-Rio; J. Freire–PUC-Rio; A. d’Almeida–PETROBRÁS SEM XIV International Congress Technical Program 5/12/2020

High Temperature Welded Thermocouple Preparation and S. Massey–Southern Research Institute Calibration #9614 041. Dynamic Response of Dynamic Behavior of On the Thermo-Mechanical Behavior of Wrought and Additively J. Varga–University of Utah; O. Kingstedt–University of Utah Additively Manufactured Materials Manufactured Inconel 718 #9485 Materials Evaluation of Dynamic Behavior of Typical Triply Periodic Minimal H. Carassus–LAMIH; H. Morvan–LAMIH; G. Haugou–LAMIH; J. Surface Additively-Manufactured Structures #9668 Gurerin–LAMIH; E. Markiewicz–LAMIH; S. Guerard–I2M Compressive Strain Rate Sensitivity of AM and Wrought 17-4 S. Habib–National Institute of Standards and Technology; S. Stainless Steels #9758 Mates–National Institute of Standards and Technology; M. Stoudt–National Institute of Standards and Technology Dynamic Loading and Failure of Ti-6Al-4V AM Octet Unit Cells S. Habib–University of Maryland Baltimore County; C. #9768 Meredith–U.S. Army Research Laboratory; E. Faierson–Western Illinois University Dynamic Behavior of Solid Phase Additive Manufactured AZ31 Mg T. Robinson–University of Alabama; M. Williams–University of Alloy #9771 Alabama; C. Mason–University of Alabama; R. Kinser–University of Alabama; P. Allison–University of Alabama; J. Jordon–University of Alabama Dynamic Shear Properties of Artificial Bone Tissues Utilizing 3D S. Huang–National Kaohsiung University of Science and Printing Method #9312 Technology; L. Tsai–National Kaohsiung University of Science and Technology; N. Liou–Southern Taiwan University of Science and Technology 042. DIC Applications Advancement of Optical Simultaneous Surface Deformation and Temperature E. Jones–Sandia National Laboratories; M. Montoya–Sandia Methods in Experimental Measurements Using Digital Image Correlation and National Laboratories; C. Winters–Sandia National Laboratories; K. Mechanics Thermographic Phosphors #9543 Hoffmeister–Sandia National Laboratories Perspective Compensation of 2D-DIC Measurements by J. Heikkinen–University of British Columbia; G. Schajer–University Combination with Speckle Imaging #9617 of British Columbia Solid Bar Torsion Experiment for Large Shear Deformation #9645 H. Jin–Sandia; W. Lu–Research Scientist; J. Foulk–Sandia; J. Ostien–Member of Technical Staff; S. Kramer–Sandia; A. Jones–Sandia Accurate Strain Field Measurement During Strip Rolling by J. Hoefnagels–Eindhoven University of Technology; K. van Exploiting Recurring Material Motion in Integrated Digital Image Dam–Eindhoven University of Technology; L. Jacobs–Tata Steel Correlation #9780 Europe 043. Structure, Function, Time-Dependent Materials Magnetic Shape Memory Polymers with Integrated Q. Ze–The Ohio State University; X. Kuang–Georgia Institute of Performance Multifunctional Shape Manipulations #9344 Technology; S. Wu–The Ohio State University; H. Qi–Georgia Institute of Technology; R. Zhao–The Ohio State University Influence of Processing Method on the High Strain-Rate Behavior F. Ullrich–University of Massachusetts, Lowell; A. of Polycarbonate #9526 Krueger–University of Massachusetts, Lowell; S. Singh–University of Massachusetts, Lowell; J. Vera-Sorroche–University of Massachusetts, Lowell; A. Amirkhizi–University of Massachusetts, Lowell Aggregated Colloidal Suspensions and Phase Diagrams Under R. Tao–National Institute of Standards and Technology; Z. Extensional Flows #9712 Tsinas–University of Maryland; A. Forster–National Institute of Standards and Technology Relationship between the Torsional Shear Modulus and Internal N. López Pérez–U.S. Army Research Laboratory; P. Moy–U.S. Army Structure of PPTA Fibers #9725 Research Laboratory; K. Strawhecker–U.S. Army Research Laboratory; M. Yeager–U.S. Army Research Laboratory SEM XIV International Congress Technical Program 5/12/2020

044. Damage Detection 6th International Symposium Autonomous Healing and Indication of Transverse Crack Damage K. Chang–University of Illinois at Urbana-Champaign; N. on the Mechanics of in Carbon Fiber Composite Laminates #9010 Sottos–University of Illinois at Urbana-Champaign Composite and Multifunctional Materials

Micromechanical Characterization of Damage Accumulation in B. Swaminathan–University of California, Santa Barbara; N. CMCs #9114 McCarthy–University of California, Santa Barbara; A. Almansour–NASA Glenn Research Center; K. Sevener–University of Michigan; J. Kiser–NASA Glenn Research Center; S. Daly–University of California, Santa Barbara Large Scale Statistical Methods to Evaluate Damage Accumulation C. Muir–University of California Santa Barbara; B. in Sic/Sic Composites #9656 Swaminathan–University of California Santa Barbara; A. Almansour–NASA Glenn Research Center; K. Sevener–University of Michigan, Ann Arbor; C. Smith–NASA Glenn Research Center; M. Presby–NASA Glenn Research Center; S. Daly–University of California Santa Barbara 045. MEMS and 21st International Symposium Development of Ta Thin Films As a New Structural Material in L. Ni–Carnegie Mellon University; R. Pocratsky–Carnegie Mellon Microelectronics on Micro- and Surface Micromachining #9367 University; M. de Boer–Carnegie Mellon University Nanomechanics (ISMAN) Design and Rapid Prototyping of Fiber Optic-Based Micro-Force D. Ruiz-Cadalso–Worcester Polytechnic Institute; J. Sensors by Two-Photon Polymerization #9867 Cheng–Massachusetts Eye and Ear; J. Rosowski–Harvard Medical School; C. Furlong–Worcester Polytechnic Institute Adhesion Measurements in Graphene-Elastomer Composite P. Bharadwaj–Worcester Polytechnic Institute; A. Toledo Systems #9586 Barrios–Worcester Polytechnic Institute; N. Karanjgaokar–Worcester Polytechnic Institute Temporal Drift in Bimorph Actuators #9901 L. Starman–Air Force Research Laboratory; D. Torres–Air Force Research Laboratory; H. Hall–Air Force Research Laboratory; J. Pastrana–Michigan State University An Investigation of Hot Switching Effect on RuO2 and Pt-coated S. Ghaffarizadeh–Carnegie Mellon University; M. de Boer–Carnegie Microswitches #9388 Mellon University 046. In Situ Techniques and Fracture & Fatigue In-situ X-ray Tomography and Digital Volume Correlation for R. Hurley–The Johns Hopkins University; A. Ding–The Johns Microscale Effects on Strain Concentrations in Cement #9308 Hopkins University Mechanical Behaviors

Watching High-Cycle Fatigue with Automated Scanning Electron N. Heckman–Sandia National Laboratories; T. Furnish–Sandia Microscope Experiments #9399 National Laboratories; C. Barr–Sandia National Laboratories; K. Hattar–Sandia National Laboratories; B. Boyce–Sandia National Laboratories Using High-resolution Digital Image Correlation to Determine R. Vieira–University of Illinois at Urbana-Champaign; J. Representative Volume Elements in Plasticity and Creep of Metals Lambros–University of Illinois at Urbana-Champaign; S. #9676 Ravi–University of Illinois at Urbana-Champaign; H. Sehitoglu–University of Illinois at Urbana-Champaign Fatigue Crack Growth Behavior in CoCrFeNi High Entropy Alloy W. Williams–Clemson University; M. Shabani–Clemson University; #9497 G. Pataky–Clemson University; P. Jablonski–National Energy Technology Laboratory SEM XIV International Congress Technical Program 5/12/2020

049. Dynamic Mechanical Dynamic Behavior of Examination of Local Microscale-Microsecond Temperature Rise in A. Olokun–Purdue University; B. Li–Purdue University; C. Response of Energetic Materials HMX-HTPB Energetic Material Under Impact Loading #9276 Prakash–Johns Hopkins University; Z. Men–Jilin University; D. Materials Dlott–University of Illinois at Urbana-Champaign; V. Tomar–Purdue University Initiation of Granulated HMX in a Split Hopkinson Pressure Bar D. Williamson–University of Cambridge; O. Morley–University of #9460 Cambridge Dynamic Shearing Resistance of a Polymer-Bonded Sugar and its P. Malhotra–Brown University; T. Jiao–Brown Unversity; R. Constituents #9787 Clifton–Brown University; P. Guduru–Brown University 050. Fringe and Advancement of Optical Non-Contact Measurement of Strains Using Two Orthogonal Sets R. Fong–Canadian Nuclear Laboratories; J. Patrick–Canadian Interferometry Methods Methods in Experimental of Twin ‘Blue’ Lasers #9131 Nuclear Laboratories Mechanics Two-Step Fringe Analysis for Fringe Projection Profile T. Chen–National Cheng Kung University; J. Huang–Nation Cheng Measurement #9377 Kung University; B. Huang–Nation Cheng Kung University

052. Fracture in Composites 6th International Symposium Crack Jumping in Fabric Composite Fracture Testing #9297 B. Werner–Sandia National Laboratories; V. Pericoli–Sandia on the Mechanics of National Laboratories; J. Foulk–Sandia National Laboratories Composite and Multifunctional Materials

Relationship Between SiCf/SiC Microstructure Heterogeneity and J. Nance–University of Florida; H. Thandaga Nagaraju–University Strength of SiCf/SiC #9694 of Florida; B. Sankar–University of Florida; R. Haftka–University of Florida; G. Subhash–University of Florida Micro-CT Imaging of Fibers in Composite Laminates under High A. Zehnder–Cornell University; V. Patel–Cornell University; T. Strain Bending #9355 Rose–Roccor 053. Cells in 3D 10th International Keynote: Mechanical Instabilities in Contracting 3D Printed T. Angelini–University of Florida Environments Symposium on the Mechanics Microtissues #9568 of Biological Systems & Materials DVC Measurement on a Mechanical Interaction between Cancer Y. Morita–Kumamoto University; Y. Nakano–Nagoya University; K. Spheroid and Extracellular Matrix #9087 Oshima–Nagoya University; Y. Toku–Nagoya University; Y. Ju–Nagoya University Self-Organized Vasculogenesis in 3D Printed Mixed Cell S. Ellison–University of Florida; T. Angelini–University of Florida Populations #9743 054. Damage Initiation Fracture & Fatigue The Effect of Mean Stress on Defect Accumulation during Fatigue J. Indeck–The University of Alabama in Huntsville; K. Hazeli–The Mechanisms and the of Aluminum 7075 #9435 University of Alabama in Huntsville Influence of Incipient Damage Interesting Material Phenomena in Fe-Co-2V Soft Ferromagnetic J. Carroll–Sandia National Laboratories; B. Song–Sandia National Alloy #9413 Laboratories; B. Sanborn–Sandia National Laboratories; D. Susan–Sandia National Laboratories; K. Johnson–Sandia National Laboratories; J. Dabling–Sandia National Laboratories; Z. Casias–Sandia National Laboratories; T. Huber–Sandia National Laboratories; A. Robbins–Sandia National Laboratories; E. Chu–University of California, Los Angeles SEM XIV International Congress Technical Program 5/12/2020

Effect of Grain Boundary Misorientation Angle on the Onset of M. Shabani–Clemson University; G. Pataky–Clemson University; P. Twinning in Single-Phase Face-Centered Cubic High Entropy Jablonski–Clemson University Alloys #9494 The Nanoscale Conditions For Void Nucleation During Ductile P. Noell–Sandia National Labs; J. Sabisch–Sandia National Labs; D. Rupture #9475 Medlin–Sandia National Labs; B. Boyce–Sandia National Labs 055. Dynamic Test of AM Mechanics of Additive and Keynote: Shockwave Interactions with Additively Manufactured D. Dattelbaum–Los Alamos National Laboratory Materials Advanced Manufacturing Polymer Architectures #9076 Effect of Location, Loading Direction, and Ageing Heat-Treatment N. Kouraytem–University of Utah; R. Chanut–University of Utah; J. on Quasi-static and Dynamic Response of Additively Varga–University of Utah; T. Loveless–University of Utah; D. Manufactured Inconel 718 Volume #9379 Watring–University of Utah; A. Spear–University of Utah; O. Kingstedt–University of Utah 056. Novel Materials for 21st International Symposium Adhesion of Two-dimensional Titanium Carbides (MXenes) to Y. Li–Missouri University of Science and Technology; C. Microscale Devices on Micro- and MXenes and Graphene #9796 Wei–Missouri University of Science and Technology; S. Nanomechanics (ISMAN) Huang–Missouri University of Science and Technology; C. Wu–Missouri University of Science and Technology; V. Mochalin–Missouri University of Science and Technology Improving Adhesion in FDM-based Polymer-Metal Composites A. Toledo Barrios–Worcester Polytechnic Institute; N. #9651 Karanjgaokar–Worcester Polytechnic Institute High Temperature Property Determination for Materials Used in J. Stancil–The University of Tulsa; T. Otanicar–Boise State CSP #9721 University; M. Keller–The University of Tulsa 057. Synchotron Dynamic Behavior of Two Dimensional Quantum Material Non Linear Optical (NLO) R. Gupta–U.S. Army Research Laboratory; S. Karna–U.S. Army Applications in Dynamic Materials Study #9354 Research Laboratory; T. Ensley–U.S. Army Research Laboratory; M. Material Response Ferdinandus–AFRL; C. Liebig–AFRL Observation of Shock Compression of High-Density Polyethylene R. Huber–Los Alamos National Laboratory; E. Watkins–Los Alamos and Polytetrafluorethylene with X-ray Diffraction and Scattering National Laboratory; B. Bartram–Los Alamos National Laboratory; #9247 D. Dattelbaum–Los Alamos National Laboratory; L. Gibson–Los Alamos National Laboratory; R. Gustavsen–Los Alamos National Laboratory; J. Jordan–Los Alamos National Laboratory

On the hcp-bcc Phase Transformation in Magnesium Shock C. Williams–USA-Army Material Command; N. Lorenzo–USA-Army Compressed up to 60 GPa #9600 Material Command 058. Applications for Advancement of Optical Investigating Localization in Adhered Cross-Laminated Timber N. Bechle–USDA Forest Products Laboratory; S. Zelinka–USDA Optical Measurements Methods in Experimental Joints at Elevated Temperatures #9417 Forest Products Laboratory; D. Rammer–USDA Forest Products Mechanics Laboratory; S. Pei–Colorado School of Mines; B. Miyamoto–Oregon State University; N. Ottum–Colorado School of Mines; K. Sullivan–Colorado School of Mines Investigating the Efficacy of Shock Wave Cancellation Mechanisms J. Nunez–UC San Diego; L. Zheng–UC San Diego; B. Katko–UC San in Gas Turbines Utilizing Color Schlieren #9439 Diego; V. Eliasson–UC San Diego 059. Viscoelasticity and Time-Dependent Materials Thermomechanical Polyethylene Film Processing Simulation A. Arzoumanidis–Psylotech, Inc. Viscoplasticity #9803 Time-Dependent Yielding of Polymer Thin Films under Creep V. Ozdemir–University of Central Florida; K. Kwok–University of #9200 Central Florida Virtual Dynamic Mechanical Analysis #9783 J. Moller–Miami University; N. Hagerty–Miami University; T. Nguyen-Beck–UTC; S. Hawkins–UTC; A. Maffe–Georgia Institute of Technology; R. Berry–AFRL; D. Nepal–AFRL SEM XIV International Congress Technical Program 5/12/2020

060. Recycled Composites II 6th International Symposium Design of Recycled Alumix-123 Based Composites Reinforced with F. Gatamorta–University of Campinas; H. Enginsoy–SUPMECA- on the Mechanics of Gama Al2O3 through Combined Method; Sinter + Forging #9047 Paris; E. Bayraktar–SUPMECA-Paris; I. Miskioglu–Michigan Composite and Technological University; D. Katundi–SUPMECA-Paris Multifunctional Materials

Experimental Study on Compressive Strength of Copper Slag G. Easwara Prasad–Mangalore Institute of Technology and Replaced Cement Concrete #9332 Engineering/Visvesvaraya Technological University; B. Keerthi Gowda–Visvesvaraya Technological University; R. Velmurugan–Indian Institute of Technology Madras Tailored Behaviour of Scrap Copper Matrix Composites reinforced L. Mihlyuzova–UTCM, University of Chemical Technology and with Zinc and Aluminium: Low Cost Shape Memory Structures Metallurgy; H. Enginsoy–Usak University; D. Dontchev–UTCM, #9186 University of Chemical Technology and Metallurgy; E. Bayraktar–SUPMECA-Paris Design of Copper and Silicon Carbide (SiC) Reinforced Recycled H. Enginsoy–Usak University; F. Gatamorta–University of Aluminium Matrix Composites through Sintering + Forging #9255 Campinas; E. Bayraktar–SUPMECA-Paris; I. Miskioglu–Michigan Technological University; A. Larbi–SUPMECA-Paris 061. Experimental Methods 10th International Computational Reconstruction and Investigation of the Tendon-to-B. McCandless–North Carolina State University; H. Huang–North for Mechanics of Tissues Symposium on the Mechanics Bone Insertion Tissue #9351 Carolina State University and Bone of Biological Systems & Materials Methodology and Optimization for Soft Material Characterization J. Estrada–University of Michigan; C. Luetkemeyer–University of Using Displacement-Encoded Magnetic Resonance #9572 Michigan; U. Scheven–University of Michigan; X. Huan–University of Michigan; E. Arruda–University of Michigan High Speed Holographic Shape and Vibration Measurement of the H. Tang–Worcester Polytechnic Institute; P. Psota–Technical Semi-transparent Tympanic Membrane #9724 University of Liberec; J. Rosowski–Harvard Medical School; C. Furlong–Worcester Polytechnic Institute; J. Cheng–Harvard Medical School 062. Polymeric Interfaces Fracture & Fatigue Interfacial Shear Stress Transfer Between Silver Nanowire and F. Poblete–North Carolina State Univeristy; Y. Zhu–North Carolina Elastomer Substrate #9798 State University Buckle-Delamination Enabled Stretchable Nanowire Conductors S. Wu–North Carolina State University; S. Yao–North Carolina State #9795 University; Y. Liu–North Carolina State University; Y. Zhu–North Carolina State University Interface Engineering to Enhance the Mechanical Performance of K. Tanaka–University of Washington; M. Stossel–University of Thin Metal Films Deposited on Polymer Substrate #9374 Washington; D. Arola–University of Washington; J. Wang–University of Washington Direct Measurement of Mode I and Mode II Traction-Separation S. Rajan–University of South Carolina; T. Myers–University of South Relationships for Polymer Modified Bitumen Using Rigid Carolina; M. Sutton–University of South Carolina Cantilever Beam Experiments #9821 Rate-dependent Cohesive Zone Modeling Informed by Thermally T. Yang–University of Texas at Ausitn; R. Huang–University of Activated Bond Kinetics #9684 Texas Austin; K. Liechti–University of Texas Austin 063. AM Processing Mechanics of Additive and Effects of Powder Processing on the Mechanical Behavior of 316L E. Retzlaff–United States Naval Academy; B. Baker–United States Parameters and Properties Advanced Manufacturing Stainless Steel #9538 Naval Academy; J. Gibbs–United States Naval Academy; R. Link–United States Naval Academy SEM XIV International Congress Technical Program 5/12/2020

Effects of Alternative Scan Strategies on Melt Pool Morphology N. Jones–Carnegie Mellon University; E. Chang- and Solidification Characteristics #9444 Davidson–Carnegie Mellon University; J. Beuth–Carnegie Mellon University The Role of Extraneous Oxygen in the Formation of Oxide P. Deng–Auburn University; M. Karadge–General Electric Global Inclusions In 316L Stainless Steel Manufactured by Laser Powder Research; R. Rebak–General Electric Global Research; V. Bed Fusion #9815 Gupta–General Electric Global Research; X. Lou–Auburn University; B. Prorok–Auburn University Evolution and Impact of Oxygen Inclusions in 316L Stainless Steel P. Deng–Auburn University; X. Lou–Auburn University; B. Manufactured by Laser Powder bed Fusion #9817 Prorok–Auburn University Visualization and Simulation of Particle Rearrangement and M. Cooper–Sandia National Laboratories; J. Clemmer–Sandia Deformation During Powder Compaction #9011 National Laboratories; M. Oliver–Sandia National Laboratories; D. Bolintineanu–Sandia National Laboratories; J. Lechman–Sandia National Laboratories 065. Dynamic Material Dynamic Behavior of Improved Load Duration in Split Hopkinson (Kolsky) Bar R. Leonard, III–Mississippi State; L. Zhang–Mississippi State Modeling Materials Technique using a Serpentine Type Striker Bar #9403 University; L. Luskin–REL Inc; J. Loukus–REL Inc; H. El Kadiri–Mississippi State University; H. Rhee–Mississippi State Univerisity; W. Whittington–Mississippi State Univeristy Effect of Triaxiality on Armored Steels at Quasi-Static and High J. Maddox–Mississippi State University; R. Smith–Mississippi State Strain Rates #9480 University; R. Leonard, III–Mississippi State University; H. Rhee–Mississippi State University; H. El Kadiri–Mississippi State University; W. Whittington–Mississippi State University Simulated Construction of FeMnAlC Alloy System Phase Diagram C. Fountzoulas–CCDC Army Research Laboratory and Study of its Dynamic Characterization #9626 Constitutive Behavior of AA7475-T7351 at High Strain Rate and P. Chakraborty–Indian Institute of Technology Delhi; A. Elevated Temperatures #9292 Pandouria–Indian Institute of Technology Delhi; M. Singha–Indian Institute of Technology Delhi; V. Tiwari–Indian Institute of Technology Delhi 066. Dynamic Behavior of Dynamic Behavior of Effect of Micrometeoroid and Orbital Debris Impact on Modal J. Cline–NASA Langley Research Center; K. Song–NASA Langley Composites II Materials Response of Persistent Assets #9340 Research Center; J. Dorsey–NASA Langley Research Center; W. Doggett–NASA Langley Research Center Real-Time Visualization of Damage Progression Inside GFRP J. Gao–Purdue University; N. Kedir–Purdue University; C. Composites via High-Speed X-Ray PCI Technique #9358 Kirk–Purdue University; J. Hernandez–Purdue University; X. Zhai–Purdue University; J. Wang–Purdue University; T. Tallman–Purdue University; W. Chen–Purdue University High Strain Rate Characterization and Impact Analysis of Fibre K. Ramakrishnan–University of Oxford; G. Quino–University of Reinforced Composites #9832 Oxford; J. Hoffman–University of Oxford; N. Petrinic–University of Oxford 067. Dynamic Damage Time-Dependent Materials Effect of Thermal and Mechanical Damage on Phase Separation, V. Alizadeh–University of Massachusetts, Lowell; V. Evolution Crosslink Density, and Polydispersity of Polyurea Variants #9499 Shahi–University of Massachusetts, Lowell; A. Amirkhizi–University of Massachusetts, Lowell Dynamic Fracture-Toughness Testing of a Hierarchically Nano- K. Kim–Brown University; H. Jin–Brown University; T. Jiao–Brown Structured Solid #9733 University; R. Clifton–Brown University Interfacial Damage Evolution in Polymer Bonded Energetic P. Bharadwaj–Worcester Polytechnic Institute; H. Materials #9410 Kocharyan–Worcester Polytechnic Institute; A. Toledo Barrios–Worcester Polytechnic Institute; N. Karanjgaokar–Worcester Polytechnic Institute SEM XIV International Congress Technical Program 5/12/2020

Fatigue Life Prediction of Natural Rubber in Antivibratory B. Ruellan–Contitech AVS France; J. Le Cam–University of Rennes Applications #9193 1; I. Jeanneau–Contitech AVS France; F. Canévet–Contitech AVS France 068. Reconfigurable 6th International Symposium Design Study of Morphing Wing with MFC Actuators #9264 M. Mennu–University of Florida; B. Tran–University of Florida; C. Composites on the Mechanics of Tripp–University of Florida; P. Ifju–University of Florida Composite and Multifunctional Materials

Mechanics of reconfigurable 3D buckled structures in active Y. Li–University of Missouri; X. Wang–University of Missouri materials #9279 Applying Macro Fiber Composite Patches to Morph Complex B. Tran–University of Florida; M. Mennu–University of Florida; P. Aircraft Structure #9746 Ifju–University of Florida; A. Brenes–University of Florida; S. Shbalko–University of Florida 069. Mechanics of the Brain 10th International The Mechanics of Blunt Force Trauma in Human Head Surrogates J. Kerwin–Michigan State University; S. Vidhate–Michigan State and Traumatic Brain Injury I Symposium on the Mechanics #9655 University; R. Mejia-Alvarez–Michigan State University of Biological Systems & Materials Regional Deformation of Brains Exposed to a Shock Wave #9027 W. Jackson–Iowa State University; S. Bentil–Iowa State University

Neuronal Injury Prediction in a 3D in Vitro Model of Mild J. Zhang–University of Wisconsin-Madison; L. Summey–University Traumatic Brain Injury #9483 of Wisconsin-Madison; A. Chukwu–University of Wisconsin- Madison; C. Franck–University of Wisconsin-Madison

070. Fracture and Fatigue in Fracture & Fatigue R-curve Measurement of Silicon Nitride, Glass Ceramic, and PZT S. Grutzik–Sandia National Laboratories; K. Strong–Sandia Brittle Materials #9107 National Laboratories

On Edge Chipping and Flint Knapping in Brittle Materials #9243 H. Chai–Tel Aviv University Bayesian Updating of a Cracking Model for Reinforced Concrete H. Imounga–Université de Nantes; E. Bastidas-Arteaga–Université Structures Subjected to Static and Cyclic Loadings #9293 de Nantes; S. Ekomy Ango–Institut de Recherche Technologique; R. Moutou Pitti–Université Clermont Auvergne

Measurement of Slow-Crack Growth Parameters of Glass using K. Strong–Sandia National Laboratories; E. Huntley–Sandia Hertzian Indentation #9727 National Laboratories; R. Tandon–Sandia National Laboratories; S. Grutzik–Sandia National Laboratories 071. Microstructure and Mechanics of Additive and Does Porosity in Additively Manufactured Materials Matter During Q. Johnson–Sandia National Laboratories; P. Noell–Sandia Mechanical Properties of Advanced Manufacturing Compression? #9700 National Laboratories; C. Laursen–Sandia National Laboratories; J. AM Materials Carroll–Sandia National Laboratories Interplay Between Microstructure and Topology on the B. Bahrami Babamiri–University of Alabama in Huntsville; H. Mechanical Behavior of Additively Manufactured Lattice Structure Askari–University of Rochester; K. Hazeli–University of Alabama in #9467 Huntsville Using Thermodynamic and Kinetics Calculations to Predict and N. Jones–Carnegie Mellon University; M. de Boer–Carnegie Mellon Validate Successful Dissimilar Metal Bonding in Additive University; J. Beuth–Carnegie Mellon University Manufacturing #9408 SEM XIV International Congress Technical Program 5/12/2020

Effect of Cross Sectional Shapes and Unit Cell Patterns on the E. Koricho–Georgia Southern University; K. Kardel–Georgia Mechanical Behavior of 3D Printed Lattice-Structure for Energy Southern University; E. Dimsdale–Georgia Southern University; T. Absorption #9759 Mockler–Georgia Southern University 073. Dynamic Dynamic Behavior of Dynamic Flow Stress Measurements of 6061-T6 Aluminum under H. Lopez-Hawa–Wichita State University; S. Mates–National Thermomechanical Metal Materials Rapid Heating for Machining Studies #9235 Institute of Standards and Technology; W. Moscoso- Investigations Kingsley–Wichita State University; V. Madhavan–Wichita State University Observations of the Dynamic Behavior of Rapidly-Heated Carbon S. Mates–NIST Steels up to 1000 °C #9245 High Rate Thermal Measurements of Shear Localization in Armor T. Walter–CCDC Army Research Laboratory; P. Moy–CCDC Army Alloys #9670 Research Laboratory; B. Powers–CCDC Army Research Laboratory; D. Field–CCDC Army Research Laboratory Synchronous Full-Field Digital Image Correlation and Infrared G. Soares–Tampere University; M. Hokka–Tampere University Imaging Study of Metals under Tensile Loading at High Temperatures and High Strain Rates #9330 High Rate Tensile Response of Armox 500T #9453 L. Zhang–Mississippi State University; R. Leonard, III–Mississippi State University; H. Rhee–Mississippi State University; H. El Kadiri–Mississippi State University; W. Whittington–Mississippi State University 074. Dynamic Fracture and Dynamic Behavior of An Initial Study of Ultraordnance Impact Experiments on Concrete J. Sherburn–U.S. Army Engineer Research and Development Fragmentation II Materials #9432 Center; K. Crosby–U.S. Army Engineer Research and Development Center; W. Heard–U.S. Army Engineer Research and Development Center; G. Vankirk–U.S. Army Engineer Research and Development Center Comparative Studies on Damage Evolution in Ultra-High- Q. Sun–Southern Methodist University; C. Leoffler–Southern Performance Concrete (UHPC) and Traditional Concrete (TC) Methodist University; D. Frew–Dynamic Systems and Research; B. #9071 Martin–Air Force Research Laboratory; W. Heard–Army Engineer Research and Development Center; B. Williams–Army Engineer Research and Development Center; X. Nie–Southern Methodist University Development of a Kolsky Bar Shaft-Loaded Blister Test to Evaluate S. Paulson–Purdue University; C. Davis–Purdue University; W. Dynamic Behavior of Adhesives #9289 Chen–Purdue University Optical Investigation of Quasi-Static and Dynamic Crack Growth in C. Miao–Auburn University; H. Du–Auburn University; X. Cellulose Nanopaper #9158 Zhang–Auburn University; H. Tippur–Auburn University 075. Time-Dependence in Time-Dependent Materials Characterization of the Viscoelastic Response of Closed-Cell Foam J. Tao–University of Wisconsin-Madison; X. Li–Brown University; A. Soft Materials: Advanced Materials #9165 Landauer–Brown University; D. Henann–Brown University; C. Experimental and Analytical Franck–University of Wisconsin-Madison

Evolution of Microstructural Descriptors in Elastomeric Foam S. Kramer–Sandia National Laboratories; D. Bolintineanu–Sandia During Uniaxial Compression #9171 National Laboratories; E. Quintana–Sandia National Laboratories; R. Waymel–Sandia National Laboratories; K. Long–Sandia National Laboratories A Novel Method of Validating Polymer Relaxation using T. Commins–Oxford University; C. Siviour–Oxford University Hopkinson Bar and Quasi-static Loading #9703 SEM XIV International Congress Technical Program 5/12/2020

076. Advances in 10th International Characterization of Reversible Tablet Sliding In Nacre From H. Price–Auburn University; A. Zhang–Auburn University; B. Composites Symposium on the Mechanics Haliotis Rufescens (Red Abalone) #9814 Prorok–Auburn University of Biological Systems & Materials The Interfacial Shear Strength of Carbon Nanotube Sheet X. Wang–The University of Texas at Dallas; T. Xu–The University of Modified Carbon Fiber Composites #9234 Texas at Dallas; D. Cao–The University of Texas at Dallas; N. Bian–The University of Texas at Dallas; H. Lu–The University of Texas at Dallas; M. Jung de–The University of Texas at Dallas; R. Ihika–The University of Texas at Dallas; R. Baughman–The University of Texas at Dallas; T. Sohail–The University of Alabama; S. Roy–The University of Alabama; R. Zhang–The University of Texas at Dallas; M. Tehrani–The University of Texas at Austin

Rate Dependence and Temperature Response of Composite M. Konieczny–The Ohio State University; A. Gilat–The Ohio State T800/F3900 in Compression #9359 University; J. Seidt–The Ohio State University Study of a Semisolid Processing Route for Producing an AlMg2.5 J. Paschoal–Federal University of Tecnology-Paraná; R. Claudiano Matrix Syntactic Foam via Thixo-infiltration of Flyash Micro- de Moraes–Federal University of Tecnology-Paraná; F. balloons #9842 Gatamorta–University of Campinas; J. Sartori–Federal University of Tecnology-Paraná; R. Costa–Federal University of Tecnology- Paraná; E. Bayraktar–SUPMECA-Paris Enhanced Structural Imperfection Resistance in Thin-Walled Tubes M. Li–Michigan State University; F. Yang–Michigan State Filled with Liquid Nanofoam #9383 University; W. Lu–Michigan State University 077. Mechanics of the Brain 10th International Bending Response of Human Skull to Impact Loading #9241 C. Gunnarsson–Army Research Laboratory; T. Weerasooriya–Army and Traumatic Brain Injury Symposium on the Mechanics Research Laboratory II of Biological Systems & Materials Deformation of Hemispherical Brain Surrogate with Variable L. Zhang–Iowa State University; W. Jackson–Iowa State University; Stiffnesses under Shock Wave Exposure #9029 S. Bentil–Iowa State University A Mathematical Model of Nitric Oxide Mechanotransduction in A. Tamis–Pennsylvania State University; C. Drapaca–Pennsylvania Brain #9343 State University Effect of Ion Concentration on Shock Tube-Induced Cavitation J. Marsh–Iowa State University; W. Jackson–Iowa State University; Behavior #9028 S. Bentil–Iowa State University 078. Soft Fracture Time-Dependent Materials Damage in Elastomers: Nucleation, Growth and Healing of K. Ravi-Chandar–University of Texas Cavities, and Micro-cracks #9839 Using Crack Geometry to Determine Fracture Properties #9488 K. Mac Donald–Sandia National Laboratories; G. Ravichandran–California Institute of Technology Cutting and Insertion for Soft Fracture Characterization #9240 B. Zhang–University of Illinois Urbana-Champaign; L. Bonagiri–University of Illinois Urbana-Champaign; S. Hutchens–University of Illinois Urbana-Ch Effects of Fiber Geometry on Blunting Behavior in Strain- K. Conway–Clemson University; G. Pataky–Clemson University Crystallizing Elastomers #9462 079. Mechanical Mechanics of Additive and High-Temperature Mechanical Properties of Additively A. Dhiman–Purdue University; H. Wang–Purdue University; V. Characterization of AM Advanced Manufacturing Manufactured Inconel 718 #9267 Tomar–Purdue University Materials I SEM XIV International Congress Technical Program 5/12/2020

In-Situ Synchrotron X-ray Studies of the Mechanics of Cold L. He–Cornell University; M. Hassani–Cornell University Sprayed Composites #9266 Electro-mechanical Response of CB/ABS 3D Printed Composite M. Rabbi–University of Massachusetts Dartmouth; V. Under Static and Dynamic Loading #9140 Chalivendra–University of Massachusetts Dartmouth Dynamic Strain Aging in Additively Manufactured Steel at B. Antoun–Sandia National Laboratories; C. Alleman–Sandia Elevated Temperatures #9482 National Laboratories; J. Sugar–Sandia National Laboratories Mechanical Properties of an Additively Manufactured Aluminum P. Agrawal–University of North Texas; S. Gupta–University of Alloy #9788 North Texas; R. Haridas–University of North Texas; S. Thapliyal–University of North Texas; R. Mishra–University of North Texas 081. Dynamic Behavior of Dynamic Behavior of Characterization and Mechanical Response of Shear-thickening K. Bhagavathula–University of Alberta; C. Meredith–U.S. Army Low Impedance Materials II Materials Polymeric Foams #9661 Research Laboratory; S. Ouellet–Defence Research and Development Canada; D. Romanyk–University of Alberta; J. Hogan–University of Alberta Bio-fidelic, Soft Deformation Sensing under Dynamic Loading C. Rudolf–US Naval Research Laboratory; Y. Chen–US Naval #9341 Research Laboratory; T. O'Shaughnessy–US Naval Research Laboratory Tuning of Mechanochemistry Based Damage Detection Through L. Shannahan–U.S. Army CCDC Army Research Laboratory; J. Alteration of Silicone Elastomer Substrate Bulk Mechanical Berry–U.S. Army CCDC Army Research Laboratory; D. Casem–U.S. Properties #9688 Army CCDC Army Research Laboratory; S. Craig–Duke University; M. Fermen-Coker–U.S. Army CCDC Army Research Laboratory

Experimentally Characterising the Frequency-Response of Soft A. Graham–University of Oxford; A. Jerusalem–University of Biological Tissue via a Novel Experimental Method #9757 Oxford; C. Siviour–University of Oxford 082. Novel Experiments in Dynamic Behavior of Effect of Strain Rate and Indentation Depth on Mechanical A. Rai–Purdue University; A. Dhiman–Purdue University; V. Dynamic Behavior I Materials Properties of Silicon Carbide at Varying Temperature #9270 Tomar–Purdue University A New Method to Measure Lateral Confining Pressure in Passively B. Sanborn–Sandia National Laboratories; B. Song–Sandia National Confined Kolsky Compression Bar Experiments #9148 Laboratories; A. Haynes–U.S. Army Combat Capabilities Development Command - Armaments Center; C. Macrae–U.S. Army Combat Capabilities Development Command - Armaments Center Characterization of Potting Materials Under Confined C. Loeffler–Sandia National Laboratories; B. Sanborn–Sandia Compression at High Strain Rates and Temperatures #9252 National Laboratories; B. Song–Sandia National Laboratories; A. Haynes–U.S. Army Combat Capabilities Development Command; C. Macrae–U.S. Army Combat Capabilities Development Command 083. Time Effects in Time-Dependent Materials Keynote: Time Dependent Material Behavior During Advanced H. Koerner–Air Force Research Laboratory Additive Manufacturing Manufacturing of Composites #9879 Constitutive Modeling of Property Evolution during H. Qi–Georgia Institute of Technology Photopolymerization and 3D Printing #9532 DLP-Based Additive Manufacturing of Low Density Composites for D. Shah–University of Massachusetts, Lowell; J. Morris–University Mechanical Metamaterial Applications #9647 of Massachusetts, Lowell; C. Hansen–University of Massachusetts, Lowell; A. Amirkhizi–University of Massachusetts, Lowell; T. Plaisted–Army Research Laboratories; J. La Scala–Army Research Laboratories SEM XIV International Congress Technical Program 5/12/2020

084. Mechanics of 6th International Symposium Inter/Cross-layer Fracture Characterization of 3D Printed Short D. Yavas–University of Central Florida; Z. Zhang–University of Composite Interfaces on the Mechanics of Fiber Reinforced Thermoplastic #9380 Central Florida; Q. Liu–University of Central Florida; D. Composite and Wu–University of Central Florida Multifunctional Materials

Strength of a Repeatably Repaired Adhesive Bond in Dental M. Olima–University of Oklahoma; M. Keller–University of Tulsa Applications #9695 Characterization of Interface Debonding Behavior Utilizing an T. Kosta–Air Force Research Laboratory, Munitions Directorate; J. Embedded Digital Image Correlation Scheme #9726 Mares, Jr.–Air Force Research Laboratory, Munitions Directorate

Tuning Failure Strength in Multilayer Polyethylene Composites L. Waldman–The University of Tulsa; P. Hawrylak–The University of #9491 Tulsa; M. Keller–The University of Tulsa 085. Mechanics of Bacteria 10th International Bacterial Cell Wall Glycopolymers Affect Polymer Chain Alignment J. Sandin–University of Kentucky; N. Korotkova–University of and Cellular Components Symposium on the Mechanics and Mechanics of Streptococcus mutans #9785 Kentucky; M. Grady–University of Kentucky of Biological Systems & Materials Mechanics of Living Engineered Bacterial Biofilms #9751 K. Sahin–California Institute of Technology; H. Liu–California Institute of Technology; D. Tirrell–California Institute of Technology; G. Ravichandran–California Institute of Technology

Adhesion Index- A Novel Bio-compatibility Assessment Standard J. Boyd–The University of Kentucky; M. Grady–The University of for Medical Devices #9735 Kentucky 086. Mechanics of Energy Fracture & Fatigue Chemomechanics of Ion-Storage Materials by Nanoindentation M. Papakyriakou–Georgia Institute of Technology; S. Xia–Georgia Materials #9747 Institute of Technology In Situ Characterization of Chemo-Mechanical Degradation in M. Lu–Georgia Institute of Technology; S. Xia–Georgia Institute of Chemo-Mechanical Degradation in Rechargeable Batteries #9766 Technology

High Toughness Nanocomposite Ceramic Electrolytes #9659 C. Athanasiou–Brown University; M. Jin–Brown University; C. Ramirez–Brown University; N. Padture–Brown University; B. Sheldon–Brown Universtity 087. Mechanical Mechanics of Additive and Residual Stress Effects on the Fatigue Performance of Additive N. Momenzadeh–University of Louisville; N. Hrabe–NIST- Boulder; Characterization of AM Advanced Manufacturing Manufactured Ti-6Al-4V #9777 T. Berfield–University of Louisville Materials II Evaluation and Comparison of the Mechanical Performance of A. Ibrahim–University of Waterloo; D. Cronin–University of Adhesively Bonded and Self-Piercing Riveted Aluminum Joints Waterloo under Tension Loading #9454 089. Dynamic Behavior of Dynamic Behavior of A Microscale Investigation of the Effects of Solid Solution and B. Rowell–New Mexico Tech.; J. Kimberley–New Mexico Tech Metals Materials Precipitate Strengthening in Mgal6 Under Dynamic Tensile Loading #9681 Mechanical Behavior and Microstructural Evolution of TRIP, TWIP, C. Meredith–U.S. Army Research Lab; L. Johnson–Univerity of and Slip Multi-Phase Steels #9711 Maryland, Baltimore County; D. Field–U.S. Army Research Lab; C. Hornbuckle–U.S. Army Research Lab; T. Walter–U.S. Army Research Lab; J. Lloyd–U.S. Army Research Lab; K. Limmer–U.S. Army Research Lab; A. Khan–University of Maryland, Baltimore County SEM XIV International Congress Technical Program 5/12/2020

Mechanical Characterization of 304L-VAR Stainless Steel in B. Song–Sandia National Laboratories; H. Jin–Sandia National Tension with a Full Coverage from Low, Intermediate, to High Laboratories; B. Sanborn–Sandia National Laboratories; W. Strain Rates #9153 Lu–Sandia National Laboratories Fracture Parameters and Failure Visualization of Al6063-T6 under A. Pandouria–Indian Institute of Technology Delhi; P. Different Loading Rates #9149 Chakraborty–Indian Institute of Technology Delhi; S. Kumar–Delhi Technological University; V. Tiwari–Indian Institute of Technology Delhi 090. Coupled Field Dynamic Behavior of Dynamic Nail Penetration Tests of Lithium-ion Batteries for C. Jones–Purdue University; B. Li–Purdue University; V. Problems in Dynamic Materials Extreme Environment Abuse Simulation #9277 Tomar–Purdue University Behavior Sensor based Analysis of Lithium-ion Battery Electrode Material B. Li–Purdue University; C. Jones–Purdue University; V. Degradation in Dynamic Environment #9274 Tomar–Purdue University Liquid-Immersed Adaptive Granular Metamaterials for Wave H. Kocharyan–Worcester Polytechnic Institute; N. Control and Impact Mitigation #9233 Karanjgaokar–Worcester Polytechnic Institute Dynamics of Passive and Active Metamaterial Concepts for Elastic A. Erturk–Georgia Institute of Technology Wave Guiding and Attenuation #9449 091. Metallic Materials Time-Dependent Materials Room Temperature Stress Relaxation of a Quenchend and K. Lang–Karlsruhe Institute of Technology Tempered Steel #9378 Impact of Interfacial Roughness on Tensile vs. Shear Creep Q. Jiang–University of Maryland; A. Deshpande–University of Rupture of Solder Joints #9739 Maryland; A. Dasgupta–University of Maryland Modeling the Rate-Dependent Behaviors of Shape Memory Alloys J. Owusu-Danquah–Cleveland State University; M. Abdullah and its Effect on the Performance of a Gripper #9500 Baig–Cleveland State University 092. Integration of 6th International Symposium A Novel Test Geometry for Characterization of Traction-Separation D. Hartlen–University of Waterloo; J. Montesano–University of Experiments and on the Mechanics of Behavior in Composite Laminates Under Mode I Delamination Waterloo; D. Cronin–University of Waterloo Simulations Composite and #9044 Multifunctional Materials

Measuring Statistically Equivalent RVE Size in Fiber Composites B. Koohbor–Rowan University; C. Montgomery–University of #9170 Illinois at Urbana-Champaign; N. Sottos–University of Illinois at Urbana-Champaign Definition of Substructure Loads and High-fidelity Composite J. Callaghan–University of Southampton; J. Dulieu- Wind Blade Substructure Testing #9146 Barton–University of Bristol; A. Nielsen–Siemen Gamesa Renewable Energy; S. Laustsen–Siemen Gamesa Renewable Energy; O. Thomsen–University of Bristol 093. Cardiac and 10th International Keynote: Biophysically Faithful Biomaterial Platforms for J. Grande-Allen–Rice University Cardiovascular Mechanics I Symposium on the Mechanics Cardiovascular and Intestinal Mechanobiology #9553 of Biological Systems & Materials Quantifying Mechanical Strain in Stem Cell Derived A. Stempien–University of Wisconsin-Madison; J. Cardiomyocytes in a Hypertrophic Cardiomyopathy Disease Notbohm–University of Wisconsin-Madison; W. de Model #9265 Lange–University of Wisconsin-Madison; J. Ralphe–University of Wisconsin-Madison; W. Crone–University of Wisconsin-Madison SEM XIV International Congress Technical Program 5/12/2020

094. Advances in Mechanics Fracture & Fatigue Quantifying the Fracture resistance in TRIP High Entropy Alloys R. Haridas–University of North Texas; P. Agrawal–University of of Deformation, Plasticity from Essential Work of Fracture tests #9250 North Texas; R. Mishra–University of North Texas and Failure

Size and Rate Effects on the Meso-scale Tensile Testing and M. Martin–National Institute of Standards and Technology; L. Fracture of LIGA Nickel Alloys #9249 Liew–National Institute for Standards and Technology; T. Christensen–HT MicroAnalytical; P. Bradley–National Institute of Standards and Technology; F. DelRio–National Institute of Standards and Technology; J. Geaney–U.S. Army Combat Capabilities Development Command Armaments Center Grain Size and Mechanical Property of Magnesium Experienced J. Wang–Washington State University; Q. Li–Washington State Rolling and Post Heat Treatment #9424 University 095. Mechanical Mechanics of Additive and Analytical Methods to Understand Deformation Mechanics in T. Ivanoff–Sandia National Laboratories; N. Heckman–Sandia Characterization of AM Advanced Manufacturing Additively Manufactured Metals #9639 National Laboratories; S. Kramer–Sandia National Laboratories; J. Materials III Madison–Sandia National Laboratories; B. Jared–Sandia National Laboratories; B. Boyce–Sandia National Laboratories Mechanical Characterization of Additively Manufactured Inconel A. Robbins–Sandia National Laboratories; J. Carroll–Sandia 625 via Automated High-Throughput Tensile Testing #9674 National Laboratories; E. Reutzel–Penn State University

Using Data-Driven Approaches for High Throughput Experiment S. Daly–UCSB; Z. Chen–UCSB; M. Linne–University of Michigan and Analysis #9806 Impact Testing of a Commercial Poly-Lactic Acid #9161 G. Khawly–St. Mary's University; N. Fabbri–St. Mary's University; A. McClung–St. Mary's University; J. Ocampo–St. Mary's University

097. Hybrid Experimental- Dynamic Behavior of Simulation for Material (Constitutive and Failure) Model Validation S. Alexander–SURVICE Engineering Company; T. Computational Studies of Materials for Human Skull through Backface Deformation and Fracture Weerasooriya–ARL Dynamic Behavior Patterns #9713

Orientation Dependent Equation of State and Spallation A. Cheenady–University of Florida; A. Awasthi–University of Characteristics of Boron Carbide #9224 Florida; G. Subhash–University of Florida The Effect on Crashworthiness of Square Tubes by Varying the Size T. Mockler–Georgia Southern University; E. Koricho–Georgia of Rectangular Cut-Outs Along the Tube Length #9678 Southern University 098. General Dynamic Dynamic Behavior of Static and Dynamic Mechanical Characterization of a Spark Plasma K. Ghaffari–University of Florida; S. Bavdekar–University of Florida; Response Materials Sintered B6O-B4C Composite #9784 G. Subhash–University of Florida Observations of Velocity-Dependent Drag and Bearing Stress in B. Kenneally–Manhattan Collge; M. Omidvar–Manhattan College; Sand Penetration #9372 S. Bless–New York University Static and Dynamic Characterization of SiCf/SiC Tubular Braided S. Bavdekar–University of Florida; J. Nance–University of Florida; G. Composites #9607 Subhash–University of Florida; B. Sankar–University of Florida; R. Haftka–University of Florida Digital Image Correlation Analysis of Mode-II Dynamic Fracture D. Sharp–UC San Diego; A. Aderounmu–UC San Diego; R. Mechanics in Poly(methyl methacrylate) #9654 Chavez–UC San Diego; V. Eliasson–UC San Diego 099. Characterization Time-Dependent Materials Microballistic Characterization of CNT-Polystyrene N. Figliola–University of Massachusetts - Amherst; W. across Scales Nanocomposite Films at Extreme Strain Rates #9232 Xie–University of Massachusetts - Amherst; P. Nakashita–University of Massachusetts - Amherst; J. Lee–University of Massachusetts - Amherst SEM XIV International Congress Technical Program 5/12/2020

Temperature-Dependent Extreme Elastoplasticity of Polystyrene A. Gangineri Padmanaban–University of Massachusetts, Amherst; Particles via Microballistic Testing #9204 J. Lee–University of Massachusetts, Amherst Stress and Strain Heuristics for a Layered Elastomeric Foam at A. Landauer–National Institute of Standards and Technology; J. Impact Rates #9414 Van Blitterswyk–National Institute of Standards and Technology; M. Riley–National Institute of Standards and Technology; A. Forster–National Institute of Standards and Technology

Adhesion at Viscoelastic Nanoscale Polymer Contacts #9473 D. Das–University of Illinois at Urbana-Champaign; F. Yang–University of Illinois at Urbana-Champaign; I. Chasiotis–University of Illinois at Urbana-Champaign 100. Time Dependent 6th International Symposium High Strain rate Properties of GFRP #9083 J. Perry–University of Cambridge; N. Taylor–University of Mechanics of Composites on the Mechanics of Cambridge; A. Newman–QinetiQ; C. Meeks–QinetiQ; C. Composite and Braithwaite–University of Cambridge; T. Jefferson–MOD Multifunctional Materials

Time Temperature Superposition Shift Factors for Fabric B. Werner–Sandia National Laboratories; K. Nelson–Sandia Composites #9489 National Laboratories Rate-Dependent Kinetics of Domain Switching in Single Crystal V. Kannan–ETH Zürich; D. Kochmann–ETH Zürich Ferroelectrics #9853 The Kinetics of Polarization Switching and the Coupled V. Kannan–ETH Zürich; D. Kochmann–ETH Zürich Viscoelastic Response of Ferroelectric Ceramics #9850 Hydrothermally Degraded Carbon Fiber/Epoxy Plates Subjected to C. Javier–Naval Undersea Warfare Center; J. LeBlanc–Naval Underwater Explosive Loading in a Fully Submerged Environment Undersea Warfare Center; A. Shukla–University of Rhode Island #9122 101. Cardiac and 10th International Anisotropy in the Mechanical Behavior of Porcine Thoracic Aorta M. Myneni–Texas A&M University, College Station; R. Lalitha Cardiovascular Mechanics II Symposium on the Mechanics Subjected to Uniaxial Loading #9401 Sridhar–Texas A&M University, College Station; M. Moreno–Texas of Biological Systems & A&M University, College Station; C. Benjamin–Texas A&M Materials University, College Station; R. Kumbakonam–Texas A&M University, College Station Changes of Aortic Valve Mesostructure due to Proteolytic T. Ash–North Carolina State University; H. Huang–North Carolina Degradation #9447 State University Designing a Pressurized Digital Image Correlation System for the D. Vekilov–Rice University; A. Schwein–University Hospital of Porcine Inferior Vena Cava #9555 Strasbourg; L. Magnus–University Hospital of Strasbourg; J. Bismuth–Houston Methodist Hospital; J. Grande-Allen–Rice University Impact of endothelial dysfunction on hemodynamics and L. Du–University of South Carolina; D. Azar–University of South collagen fiber orientation during age-related vascular remodeling Carolina; D. Eliadorani–University of South Carolina; T. #9257 Shazly–University of South Carolina; S. Lessner–University of South Carolina Stem Cell Derived Cardiomyocytes and Cardiac Fibroblasts in a B. Napiwocki–University of Wisconsin-Madison; A. Micropatterned Co-Culturing Platform #9201 Stempien–University of Wisconsin-Madison; D. Lang–University of Wisconsin-Madison; J. Zhang–University of Wisconsin-Madison; R. Kruepke–University of Wisconsin-Madison; L. Eckhardt–University of Wisconsin-Madison; A. Glukhov–University of Wisconsin- Madison; T. Kamp–University of Wisconsin-Madison; W. Crone–University of Wisconsin-Madison SEM XIV International Congress Technical Program 5/12/2020

102. Interfacial and Mixed- Fracture & Fatigue Deflection-toughness in Nonlinearly Elastic Bonded Bimaterials Z. Hossain–University of Delaware Mode Fracture I #9066 Ductile Failure Under Out-Of-Plane Compression and Various N. Spulak–The Ohio State University; J. Seidt–The Ohio State Ratios of In-Plane Tension #9369 University; A. Gilat–The Ohio State University Determination of Mixed-mode (I/III) Fracture of Polycarbonate A. Fahem–University of Al-Qadisiyah; V. Gupta–University of South (PC) #9445 Carolina; A. Kidane–University of South Carolina; M. Sutton–University of South Carolina 103. AM Materials for Mechanics of Additive and Additive Manufacturing using Liquid Silicone Rubber #9910 P. Thakre–Dow; J. Frketic–Dow; V. Leigh Anne–Dow; M. Emerging Applications I Advanced Manufacturing Pijaszek–Dow; D. Woodman–Dow; D. Kulla–Dow; K. Kunz–Dow; J. McKeen–Dow; K. Atkins–Dow Implementing a Commercially Available Self-Locking Screw R. Fischer–Auburn University; J. Klasen–Voxelmed GmBH; B. System in Additively Manufactured Medical Implants #9818 Prorok–Auburn University Rheology of Jammed Silicone Microgels #9830 S. Duraivel–University of Florida; T. Angelini–University of Florida

Metrology of 3D Printed Structures #9756 S. Chisolm–University of Florida; T. Angelini–University of Florida; V. Subramaniam–University of Florida Slowly Evolving 3D Bioprinted Shapes Under Cell Generated V. Subramaniam–University of Florida; S. Chisolm–University of Forces #9753 Florida; S. Ellison–University of Florida; T. Angelini–University of Florida 105. Shock and Blast II Dynamic Behavior of Pressure-Shear Plate Impact Experiments on Iron at High V. Gandhi–California Institute of Technology; S. Materials Pressures #9392 Ravindran–California Institute of Technology; M. Mello–California Institute of Technology; G. Ravichandran–California Institute of Technology In-Situ Measurement of Dynamic Stress under Shock using Time A. Dhiman–Purdue University; A. Rai–Purdue University; V. Gated Raman Spectroscopy #9269 Tomar–Purdue University Strength of Magnesium at Extreme Pressures and Strain Rates S. Ravindran–California Institute of Technology; Z. #9402 Lovinger–California Institute of Technology; M. Mello–California Institute of Technology; G. Ravichandran–California Institute of Technology Structural Response to Blast Waves with Relation to Structure J. Zanteson–University of California, San Diego; J. Dela Height, Width, and Depth #9616 Cueva–University of California, San Diego; B. Katko–University of California, San Diego; B. Lawlor–University of California, San Diego; L. Zheng–University of California, San Diego; K. Nguyen–University of California, San Diego; J. Nunez–University of California, San Diego; V. Eliasson–University of California, San Diego Developing a Methodology for Testing of Hearing Protection S. de Oliveira–Worcester Polytechnic Institute; C. Systems #9657 Mullins–Worcester Polytechnic Institute; J. Purutyan–Worcester Polytechnic Institute; L. Reiniger–Worcester Polytechnic Institute; B. Reymann–Worcester Polytechnic Institute; T. Cheng–Massachusetts Eye and Ear; C. Furlong–Worcester Polytechnic Institute

106. Novel Experiments in Dynamic Behavior of The Development of Split Hopkinson Tension-Torsion Bar for the Y. Xu–University of Oxford; L. Farbaniec–University of Oxford; C. Dynamic Behavior II Materials Understanding of Complex Stress States at High Rate #9826 Siviour–University of Oxford; D. Eakins–University of Oxford; A. Pellegrino–University of Oxford SEM XIV International Congress Technical Program 5/12/2020

Ultra- Fast and Tunable Liquid Nanofoam Load Limiter #9389 M. Li–Michigan State University; R. McCoy–Ford Motor Company; D. Jaradi–Ford Motor Company; W. Lu–Michigan State University

Development of a Micro Tensile Kolsky Bar #9691 D. Casem–U.S. Army Research Laboratory New Insight into Dynamic Stress Equilibrium in a Split Hopkinson K. Upadhyay–University of Florida; G. Subhash–University of Pressure Bar Experiment #9205 Florida; D. Spearot–University of Florida 3D Printed Mechanical Testing Device for Micro-Scale Material C. Rudolf–US Naval Research Laboratory; D. Wilbur–Rochester Systems #9342 Institute of Technology; W. Kang–Arizona State University 107. Damage, Fracture, Time-Dependent Materials Glass Fiber Composites (GFCs) in Infrastructure: Developing New G. Holmes–National Institute of Standards and Technology; J. Fatigue, and Durability Measurement Methods to meet the Challenge of 100 Year Service- Gilman–National Institute of Standards and Technology Life-Prediction #9956 Comparison of Theoretical and Experimental Failure Distributions A. Engelbrecht-Wiggans–National Institute of Standards and for Twisted Yarns #9546 Technology; A. Forster–National Institute of Standards and Technology Development of a Passive Sensor for Measurements of Structural L. Reig–Purdue University; V. Tomar–Purdue University Stress through THz Spectroscopy #9268 Material Characterization of 3D Printed Components with H. Bae–Eastern Washington University; M. Michaelis–Eastern Different Layup Orientation #9577 Washington University; N. Navarra–Eastern Washington University; V. Black–Hexel; A. Hossain–Eastern Washington University Influence of Fracture and Delayed Effects on Steel-Concrete L. Fery–Universite Clermont Auvergne; P. Gwozdziewicz–Cracov Composite Structures Comparison of Analytical and Numerical University of Technology; R. Moutou Pitti–Universite Clermont Results #9108 Auvergne 109. Mechanics of Cells and 10th International Biomechanical Testing of Human Red Blood Cells Under E. Du–Florida Atlantic University; Y. Qiang–Florida Atlantic Cell Layers Symposium on the Mechanics Controlled Oxygen Tension #9680 University of Biological Systems & Materials Intercellular Shear Stresses' Link to Vascular Tissue Permeability S. Beverung–University of Central Florida; R. Steward–University of #9767 Central Florida Mechanics of Cellular Aggregation in Jammed Microgels #9760 C. Morley–University of Florida; T. Angelini–University of Florida

Collective Cell Migration in Wound Healing #9370 K. Vazquez–University of Wisconsin-Madison; J. Notbohm–University of Wisconsin-Madison Linking Cell Shapes to Tissue Mechanics During Epithelial X. Wang–Columbia University; K. Kasza–Columbia University Morphogenesis #9434 Timing Traction in Collective Cell Migration #9339 A. Saraswathibhatla–University of Wisconsin-Madison; J. Notbohm–University of Wisconsin-Madison 110. Interfacial and Mixed- Fracture & Fatigue Assessing Bond Strength in 304L Stainless Steel Plate Welded T. Ivanoff–Sandia National Laboratories; O. Underwood–Sandia Mode Fracture II using Plastic Explosives #9315 National Laboratories; J. Madison–Sandia National Laboratories; L. Deibler–Sandia National Laboratories; J. Rodelas–Sandia National Laboratories Effect of Functionalized Nano Alumina Fillers on the Adhesive S. Kalango–Georgia Southern University; A. Grantham–Georgia Strength of a Two-Parts Epoxy for Marine Application #9770 Southern University; S. Landge–Georgia Southern University; E. Koricho–Georgia Southern University Influence of Hybrid (Micro- and Nano-) Fillers on the Interlaminar E. Koricho–Georgia Southern University; H. Anumba–Georgia Fracture Response of GFRP Composite #9769 Southern University; A. Grantham–Georgia Southern University; T. Mockler–Georgia Southern University SEM XIV International Congress Technical Program 5/12/2020

111. Repair and Recycle of Mechanics of Additive and Recycling and Reuse of Aluminum Alloys via a Single Solid State B. Phillips–University of Alabama; D. Avery–University of Alabama; AM materials Advanced Manufacturing Additive Manufacturing and Repair Process #9575 T. Liu–University of Alabama; M. Williams–University of Alabama; C. Mason–University of Alabama; J. Jordon–University of Alabama; L. Brewer–University of Alabam; K. Doherty–US Army Research Laboratory; P. Allison–University of Alabama

3D Printing of Polyethylene based Post-Consumer Recycled P. Thakre–Dow; Y. Zeng–Dow; A. Li–Dow; C. Gorin–Dow Plastics #9903 Elucidating the Effectiveness of AFS-D - Repaired AA7075 Plates G. Stubblefield–The University of Alabama; M. Groomes–The against Ballistic Impact​ #9587 University of Alabama; N. Goebel–The University of Alabama; M. Munther–The University of Alabama; B. Phillips–The University of Alabama; P. Allison–The University of Alabama; J. Jordon–The University of Alabama; M. Barkey–The University of Alabama

199. Accepted - To Be Analysis of Braided Composite Tubes using Flat and Curved Unit- H. Thandaga Nagaraju–University of Florida; J. Nance–University Programmed cells #9744 of Florida; B. Sankar–University of Florida; G. Subhash–University of Florida; R. Haftka–University of Florida Creep of Thermally Stable Nanocrystalline Nickel Tungsten Alloy P. Singh–Carnegie Mellon University; Z. Liang–Texas A&M Using High Temperature Nanoindentation #9280 University; G. Pharr–Texas A&M University; M. de Boer–Carnegie Mellon University Experimental study of shear and tensile properties of LIGA Ni-Fe L. Liew–National Institute of Standards and Technology; D. and Ni-Co alloys at quasi-static and intermediate strain rates Read–National Institute of Standards and Technology; M. #9909 Martin–National Institute of Standards and Technology; T. Christenson–HT MicroAnalytical; P. Bradley–National Institute of Standards and Technology; N. Barbosa–National Institute of Standards and Technology; F. DelRio–National Institute of Standards and Technology; J. Geaney–U.S. Army Combat Capabilities Development Command Armaments Center Determination of Texture Properties of White Long Turnip Flesh D. Mishra–Southern Taiwan University of Science and Technology; #9037 Q. Pham–Southern Taiwan University of Science and Technology; N. Liou–Southern Taiwan University of Science and Technology

Exploration of Shear-Dominated Geometries for Material A. Jones–Sandia National Laboratories; E. Corona–Sandia National Characterization and Model Calibration #9604 Laboratories; S. Kramer–Sandia National Laboratories Super Resolution Imaging for In-situ Digital Image Correlation R. Hansen–Utah State University; D. Waldram–Utah State #9506 University; R. Berke–Utah State University Which Seminal DIC Document Makes the Best Speckle Pattern? W. Craig–Utah State University; E. German–Utah State University; #9513 F. Van Leeuwen–Utah State University; R. Berke–Utah State University Suppression of Parkisonian Hand Tremors #9588 K. LeBar–University of Portland; N. Prentice–University of Portland; T. Doughty–University of Portland High-speed Stereo Digital Image Correlation of Blast Loaded B. Katko–University of California at San Diego; K. Carbon Fiber Reinforced Polymer Composite Plates, in Differing Nguyen–University of California at San Diego; J. Dela- Structural Health States #9219 Cueva–University of California at San Diego; J. Zanteson–University of California at San Diego; D. Eliasson–University of California at San Diego SEM XIV International Congress Technical Program 5/12/2020

Implementation of Microstructure-Based Deformation and Failure S. Alexander–SURVICE Engineering Company; T. Model for Compressive Mechanical Response of Human Skull Weerasooriya–ARL #9723 Role of Glass Transition Temperature on Energy Absorption B. Patterson–U.S. Army Research Laboratory; C. Busch–U.S. Army Mechanisms in High Strain Rate Impact Performance of Fiber Research Laboratory; D. Knorr–U.S. Army Research Laboratory; K. Reinforced Composites #9854 Masser–U.S. Army Research Laboratory The Effect of Strain Rate on the Granular Flow of an Advanced X. Sun–Johns Hopkins University; S. Chocron–Southwest Research Ceramic #9962 Institute; K. Ramesh–Johns Hopkins University Size Effect in Mode I and II Interlaminar Fracture in Laminated Z. Bažant–Northwestern University; K. Kirane–Stony Brook Composites #9898 University; G. Cusatis–Northwestern University; A. Dönmez–Northwestern University; M. Salviato–University of Washington Extracting Plant Cell Turgor Pressure through Inverse Analysis L. Ginsberg–California Institute of Technology; E. #9729 Roumeli–University of Washington; C. Daraio–California Institute of Technology; G. Ravichandran–California Institute of Technology

Rotating the Image Plane with Scheimpflug Lenses to Improve F. Van Leeuwen–Utah State University; E. German–Utah State Stereo-DIC #9518 University; R. Berke–Utah State University In-Situ Capabilities in Dynamic Compaction of Heterogeneous R. Crum–Lawrence Livermore National Laboratory; E. Media Probed Via Synchrotron Radiation and Future Direction Herbold–Lawrence Livermore National Laboratory; M. #9686 Homel–Lawrence Livermore National Laboratory; J. Lind–Lawrence Livermore National Laboratory; R. Hurley–Johns Hopkins University; D. Miller–University of Tennessee at Knoxville; M. Akin–Lawrence Livermore National Laboratory

Field Vibration Testing of a Footbridge Subjected to Crowds A. De Luca–Thornton Tomasetti; Z. Abbasi–Thornton Tomasetti; #9791 M. Pinto–Thornton Tomasetti