Page 35 - ASME IMECE 2016 Program

Technical Program At-A-Glanceechnical Program At-A-Glance
T

MONDAY, NOVEMBER 14 (CONTINUED)
10:30AM–12:15PM 1:30PM–3:15PM 3:45PM–5:30PM
225A 12-31-1: Mechanical Characterization 143 15-2-1: Applying a Social Context to 177 15-4-1: Case Studies in Systems, Design 178
in Extreme Temperature Design and Complexity
Environments
225B 12-34-1: Fatigue and Fracture of 143 16-4-1: Dynamic Modeling and Control 181 15-5-1: Design Under Uncertainty 178
Joining Methods for Lightweight and of Transportation Systems
High Strength Materials I
226A 12-26-1: Multifunctional and Micro/ 142 11-1-2: Plenary Lecture II 130 16-4-2: New and Advanced Transportation 182
Nano-Structured Materials: Modeling Technologies
and Characterization (I)
226B 12-1-1: Peridynamic Material Modeling 141 12-51-1: Active Materials 148 11-27-1: Electrochemical and Thermal 131
Energy Conversion and Storage 1
226C 12-56-1: Mechanics of Biological 145 12-56-2: Biological Composites 149 11-12-1: Mechanical Behavior of Materials. 131
Tissues I
227A 12-3-1: Multi-physics Simulation and 141 12-3-2: Multi-Physics Simulations and 146 11-4-1: Nanomechanics and Nanomaterials 130
Experiments of for Solids - I Experiments for Solids - II in Materials 1
227B 12-54-1: High Rate Effects and 145 12-54-2: Modeling and Experiments in 148 11-2-1: Award Lectures 130
Materials Mechanics
227C 12-55-1: Biomechanics and Soft 145 12-55-2: Functional materials and 148 11-22-1: Modeling, Simulation and Design of 138
Materials multiscale modeling Multifunctional Materials - I
228A 12-7-1: Instabilities in micro- 141 12-7-2: Buckling and Pattern Formation 147 12-7-3: Instabilities Leading to Plasticity, 149
structured materials in Periodic Media Damage, and Failure in Materials
228B 12-4-1: Multi-Scale Computations 1 141 12-4-2: Multi-Scale Computations 2 146 12-4-3: Multi-Scale Computations 3 149
229A 12-50-1: Constitutive/ 144 12-50-2: Constitutive/Characterization 147 12-50-3: Fracture/Damage in Energetic 150
Characterization of Energetic of Energetic Materials II Materials
Materials I
229B 12-53-1: Damage and Failure 144 12-53-2: Damage and Failure 148 12-53-3: Damage and Failure Mechanics: 150
Mechanics: Multiscale Approach, Mechanics: Multiscale Approach, Multiscale Approach, Experimental
Experimental Characterization, and Experimental Characterization, and Characterization, and Modeling III
Modeling I Modeling II
230 7-14-1: Next Generation Internet and 89 12-2-1: Hydrogen Embrittlement: Part I 146 12-55-3: Biomaterials and functional 151
its Impact materials
231A 10-8-1: Fundamentals of Multiscale 115 12-1-2: Material Failure at the Micro- 146 12-24-1: Studies in Heterogeneous 150
Modeling and Simulations of Heat scale: Interfaces and Fracture Materials I
Transfer I
231B 12-34-2: Fatigue and Fracture of Joining 147 12-56-2: Biological Composites 151
Methods for Lightweight and High
Strength Materials II
231C 12-39-1: Drucker Medalist Symposium I 147 12-39-2: Drucker Medalist Symposium II 150
232A 10-45-1: Boiling Focus Photogallery 10-45-2: Boiling Focus Photogallery
232B 10-3-5: Thermal-fluids and transport 116 10-6-2: Forced Convection and 117
analysis of energy systems Microchannel Heat Transfer
232C 10-8-3: Fundamentals of Phonon 116 10-8-4: Fundamentals of Phonon Transport 118
Transport Modeling: Formulation, Modeling: Formulation, Implementation,
Implementation, and Applications I and Applications II

35

IMECEProgram2016.indd 35 10/27/16 1:55 PM