| MoMS Posters: Whitaker & Brauer Halls | ||
| Session 1, 6:00 – 7:10 pm | ||
| Poster Number | Lead Presenter | Title |
| 101 | Aifantis, Katerina | Capturing fracture in Si/polymer anodes of Li-ion batteries |
| 102 | An, Qi | Enhanced Mechanical Properties of Boron Carbide through Grain Boundary Engineering |
| 103 | Hoover, Christian | New Insights into the Indentation Size Effect in Silicate Glasses |
| 104 | Lee, Jae-Hwang | Extreme mechanical deformation of nanostructured block-polymer microspheres |
| 105 | Lopez-Pamies, Oscar | The poker-chip experiments of Gent and Lindley (1959) explained |
| 106 | Nadimpalli, Siva | Mechanics of Energy Storage Materials |
| 107 | Oswald, Jay | Three body coarse-grained potentials of polyethylene developed by iterative Boltzmann inversion |
| 108 | Siegmund, Thomas | Mechanics of Topologically Interlocked Stereotomic Material Systems |
| 109 | Tabarraei, Alireza | Stress corrosion cracking of graphene |
| 110 | van der Zande, Arend | Interfacial Slip and Dissipation in Superlubric 2D Nanoelectromechanical Systems |
| 111 | Xiong, Liming | Coarse-grained Atomistic Measurement of the Cohesive Strength of the Grain Boundary in Ice and its Adhesive Strength to the Cold Surfaces of Graphite |
| 112 | Zhang, Teng | Lattice models for elastic solids |
| 113 | Yenusah, Caleb | Investigation of Precipitation of γ” in Inconel 625 at Non-Equilibrium Thermal Conditions during Additive Manufacturing |
| 114 | Chasiotis, Ioannis | Adhesion at Fiber-to-Fiber Nanoscale Contacts under Normal and Sliding Forces |
| 115 | Levitas, Valery | Phase Transformations Si I↔Si II: Sinergy of First Principle, Molecular Dynamics, and Phase Field Approaches |
| 116 | Li, Ying | Understanding the Self-healing of Reversible Polymer Networks through Coarse-grained Molecular Dynamic Simulation |
| 117 | Yang, Wenhua | Microstructural Effects on the Effective Piezoelectric Responses of Additively Manufactured Triply Periodic Co-Continuous Piezocomposite |
| 118 | Zhang, Xinghang | Helium irradiation induced ultra-high strength nanotwinned Cu with nanovoids |
| 119 | Royston, Thomas | Transformation Elastography: Distorting Anisotropy to get Isotropy |
| 120 | Shakiba, Maryam | Multi-physics modeling of time-dependent materials |
| 121 | Spearot, Douglas | Shockwave Propagation and Dynamic Fracture of Hydrogels via Integrated Computational and Experimental Studies (CMMI #1634188) |
| 122 | Notbohm, Jacob | Heterogeneity and length-scale dependence of fibrous materials |
| 123 | Pham, Jonathan | Mechanical characterization of soft elastomers for small scale friction and adhesion |
| 124 | Chester, Shawn | Experiments and modeling the viscoelastic behavior of polymeric gels |
| 125 | Dunn, Alison | Does diffusion describe creep relaxation in light-pressure polyacrylamide contacts? |
| 126 | Hutchens, Shelby | A phyto-inspired, osmosis-mediated, dynamic soft composite |
| Session 2, 7:20 – 8:30 pm | ||
| Poster Number | Lead Presenter | Title |
| 127 | Akono, Ange-Therese | Influence of Structural Disorder on Strength Response of Polysialate Composites |
| 128 | Bauchy, Mathieu | Fracture Mechanics of Phase-Separated Glasses by Peridynamic Simulations |
| 129 | Cao, Lei | Phase-field modelling of deformation and failure |
| 130 | Chen, Youping | Temperature in coarse grained atomistic simulation |
| 131 | Hartl, Darren | Synergistic Modeling, Characterization, and Design of Embedded Phase Transforming Sensory Particles |
| 132 | Karanjgaok, Nikhil | Investigation of drag effects in liquid-immersed granular media |
| 133 | Di Leo, Claudio | Modeling nano-architected electrodes with elastic instabilities: The role of buckling on electrochemical performance. |
| 134 | Lew, Adrian | Computing Stress Intensity Factors Along the Front of a Three-Dimensional Crack on Unstructured Meshes |
| 135 | Misra, Anil | Non-classical Micromorphic Continuum Model for Granular Microstructure Design |
| 136 | Ni, Bo | Topological toughening of graphene and other 2D materials |
| 137 | Nouh, Mostafa | Realization of a Non-reciprocal Metamaterial by Geometric Time-modulation |
| 138 | Schwarz, Udo | Unraveling the fundamental mechanisms of nanoscale deformation in bulk metallic glasses |
| 139 | Shankar, M. Ravi | Torque-Dense Photomechanical Actuation |
| 140 | Silberstein, Meredith | Synthesis and Characterization of Mechanochromic Polycarbonate |
| 141 | Sun, WaiChing | A non-cooperative game approach for multiscale predictive material modeling in knowledge multi-graphs and polytrees |
| 142 | Truster, Timothy | Multi-Resolution Discontinuous Galerkin Method for Linear Elasticity |
| 143 | Xia, Zhenhai | Highly Switchable Adhesion of N-Doped Graphene Interfaces for Robust Micromanipulation |
| 144 | Xu, Baoxing | Transfer Printing of Thin Films in a Liquid Environment: Chemomechanics Theory, Computational Implementation, and Experimental Validation |
| 145 | Yin, Jie | Mechanics of Extreme Buckling Driven Delamination in Thin Films |
| 146 | Zhao, Kejie | Bridging Mechanics and Electrochemistry: Theories and Experiments on Battery Materials |
| 147 | Zhu, Yong | In situ nano-thermo-mechanical experiment reveals brittle to ductile transition in silicon nanowires |
| 148 | Chester, Shawn | Photo-degradation of polymeric materials |
| 149 | Hutchens, Shelby | Cutting-Driven Fracture and Fracture-Relevant Microstructural Length Scales in Soft Elastomers |
| 150 | Long, Rong | Mapping three-dimensional micromechanics between micro-pillars and soft gel substrates |
| 151 | Park, Harold | Natural Curvature and Soft Shells: Shape Shifting through Mechanical Instabilities |
| 152 | Picu, Catalin | Mechanics of Nanofiber Networks with Adhesion |