Page 47 - ASME IMECE 2017 Program

Technical Program At-A-Glance

THURSDAY, NOVEMBER 9

Room 8:00am–9:45am PG. 10:30am–12:15pm PG. 1:30pm–3:15pm PG. 3:45pm–5:30pm PG.

13 10-1-1: Heat 111 10-1-2: Thermal 113 10-1-3: Control of 115 10-1-4: Heat Transfer 116
Thermal Processes in Power and
Exchangers and Heat Energy Storage Refrigeration Systems

Recovery Systems Systems

14 10-4-7: Fundamentals 112 10-4-8: Thermal 113 10-4-9: Nanofluids, 115 10-4-10: Nanoscale 116

of Phonon Scattering Transport in Alloys and Convection, & Phase Thermal Radiation

Composities Change at the

Nanoscale

15 10-13-1: Applications 112 10-13-2: Computational 114 10-13-3: Applications 115 10-13-4: Computational 118

of Computational Heat Heat Transfer Methods of Computational Heat Transfer Methods

Transfer I Heat Transfer II for Micro/Nanoscale

Systems

16 10-2-1: Thermophysical 112 10-12-1: Heat Transfer 114 10-15-1: Heat and 116 10-7-1: Characterization 117
of Fire and Combustion
Properties Under Extreme Mass Transport Systems

Conditions Visualization

18 11-6-1: Phase 128 11-6-2: Solidification 130 11-6-3: Predicting 132 11-6-4: Microscale 133

Transformation in and Phase Formation Solid-Liquid Properties, Computational

Additive Manufacturing Solidification and Modeling

Phase Coarsening

19 11-12-1: Multiphysics 129 11-12-2: Multiphysics 130 11-13-1: Lightweight 132 11-13-2: Lightweight 134

Behavior of Lithium-Ion Behavior of Lithium-Ion and Recyclable and Recyclable

Battery I Battery II Composite Materials Composite Materials

and Structures I and Structures II

20 11-17-1: Congress- 129 11-14-1: Modeling, 131 11-15-1: Manufacturing 132 11-15-2: Manufacturing 134
and Mechanics of and Mechanics of
Wide Symposium on Simulation and Functional Materials Functional Materials
and Structures I and Structures II
Additive Manufacturing: Design of

Structure-Property Multifunctional

Modeling and Materials

Characterization

21 12-2-1: Peridynamic 161 12-2-2: Peridynamics 164 12-2-3: Numerical 167 12-2-4: Material 170

Material Modeling in Diffusion, Corrosion, Aspects of Damage with

and Transport Problems Peridynamic Modeling Peridynamics

22 12-6-2: Instabilities in 162 12-6-3: Instabilities in 165 12-6-4: Instabilities in 169 12-6-5: Instabilities in 171

Solids and Structures 2 Solids and Structures 3 Solids and Structures 4 Solids and Structures 5

23 12-17-2: 164 12-17-3: 167 12-17-4: 170 12-17-5: 173

Nanomechanics and Nanomechanics and Nanomechanics and Nanomechanics and

Nanomaterials 2 Nanomaterials 3 Nanomaterials 4 Nanomaterials 5

24 12-15-10: Constitutive 163 12-15-11: 3D Printing 166 12-15-12: 3D Printing 169 12-15-13: 3D Printing 172

Modeling of Soft of Soft Materials 1 of Soft Materials 2 of Soft Materials 3

Materials

25 12-5-4: Fatigue 162 12-5-5: Crystalplasticity 165 12-5-6: Atomistic 168 12-5-7: Experiments 171

Modeling and Theory and Microstructure Modeling of Damage and Theory about

Development Modeling and Uncertainties Crack

30A 12-10-4: Dynamic 163 12-10-5: Dynamic 166 12-10-6: Dynamic 169 12-10-7: Dynamic 172

Response and Failure of Response and Failure of Behavior of Porous Response and Failure of

Advanced Materials – 4 Advanced Materials – 5 Materials Advanced Materials – 6

30B 12-4-1: Multiscale 162 12-4-2: Multiscale 164 12-4-3: Multiscale 168 12-4-4: Multiscale 171
Computations 1 Computations 2 Computations 3 Computations 4

31 15-1-1: CAD, CAM 186 15-1-2: CAD, CAM 187 15-4-1: System and 187 15-4-2: System and 188
and CAE Designs I and CAE Design II Complexity I Complexity II

32 15-2-1: Optimisation 187 16-3-1: Transportation 189 16-4-1: Vehicle and 189 16-4-2: Occupant 190

Systems Dynamics and System Protection &

Controls Crashworthiness Biomechanics

33 16-2-1: Transportation 189 5-17-1: Dynamics and 59 14-4-1: Loss 183 16-1-1: Propulsion 190

Systems Modeling and Controls of Robotics Prevention in Process Systems and Fuels xlv

Simulation Automous Systems Industries