Page 50 - ASME IMECE 2018 Program

Technical Program At-A-Glance

TUESDAY, NOVEMBER 13

Room 8:00am–9:45am PG. 10:00am–11:45am PG. 1:45pm–3:30pm PG. 3:45pm–5:30pm PG.
308 77
12-40-1: Mechanics of 183 6-6-1: Vibration, Noise 73 6-6-2: Vibration, Noise 75 6-6-3: Vibration, Noise
309 Solids, Structures and Control and Damping Control and Damping Control and Damping
Fluids Plenary I Technologies I Technologies II Technologies III
12-40-2: Mechanics of
Solids, Structures and 183
Fluids Plenary II

6-7-1: Dynamics and 73 6-3-1: Nonlinear Dynamics, 74 6-3-2: Nonlinear Dynamics, 76
Control in Micro/Nano Control, and Stochastic Control, and Stochastic
Engineering I 72 Mechanics I Mechanics II
96
310 6-5-1: Fluid-Structure 96 6-5-2: Fluid-Structure 75 6-11-1: Vibrations of 78
311 Interaction I Interaction II Continuous Systems I
315
8-2-3: Chemical 8-2-4: On Entropy and 98 8-8-1: Environmental 101
Thermodynamic Processes
Irreversibilities’ Minimization Aspects of Energy Systems
8-1-2: Energy-Related
Multidisciplinary – 2 8-14-1: Nuclear Power 99 8-7-1: Thermal Energy 101
Plants: Design, Analysis, Storage – Devices I
and Safety

316 8-4-4: Engines Behaviour 97 8-4-5: Design and Analysis 98 8-4-6: Design and Analysis 100
317 and Fuel Characteristics 97 of Energy Systems – 1 of Energy Systems – 2
318 97
8-11-4: Thermal Aspects 109 8-11-5: Beyond Li-Ion 99 8-3-1: Thermoeconomics 100
of Li-Ion Batteries Batteries
132
8-10-3: Advanced 8-10-4: Advanced 99 8-10-5: Advanced 102
Technologies for Ocean Technologies for Wind Technologies for Solar 112
Energy Energy II Energy II 137
137
319 9-3-1: Fluid Mechanics 9-3-2: Fluid Mechanics 111 9-3-3: Fluid Mechanics
and Rheology of Nonlinear and Rheology of Nonlinear and Rheology of Nonlinear 113
Materials and Complex Materials and Complex Materials and Complex 113
Fluids – I Fluids – II Fluids – III 114
138
320 10-15-1: Fundamentals of 10-15-2: K8-1 134 10-15-3: K8-1
Boiling and Evaporation Fundamentals of Boiling Fundamentals of Boiling,
Evaporation, and
321 10-7-1: Analysis of 131 10-7-2: Radiative 134 Condensation
Radiative Transfer in Properties
Energy Systems 10-10-1: K6-9 Two Phase
Transport in Energy
323 9-5-1: CFD Applications 109 9-5-2: CFD Applications 111 Systems and Non-
324 for Flow Optimization and 110 for Flow Optimization 112 Equilibrium and Dynamic
325 Control – I and Control – II Energy Systems
326
9-9-1: Mathematical 9-9-2: Droplet 9-5-3: CFD Applications
Modeling in Microfluidics Microfluidics for Flow Optimization
and Control – III
9-18-1: Young Engineers 110 9-11-1: Computational 112
Paper (YEP) Contest Modeling of Multiphase 135 9-9-3: Fundamentals and
Flows 136 Applications of
10-33-1: CMS – Sprays 133 Microfluidics
and Emissions 10-34-1: CMS – Applied
Combustion: Modeling 9-11-2: Experimental
Heat Transfer and Characterization of
Combustion Complex Multiphase Flows

10-53-1: Applications of 10-34-2: CMS – Applied
Computational Heat Combustion: Improving
Transfer: Convection System Performance

327 10-42-2: K16-1: Heat 133 10-53-2: Applications of 139
Transfer in Electronic Computational Heat
Equipment – II Transfer: Industrial 138
Applications 166
330 10-23-1: K9-3 Phononic 132 10-23-2: K9-3 Phononic 135 166
Crystals and 163 Crystals and 164 10-25-1: K9-5 Micro-/
331 Thermoelectrics – I 162 Thermoelectrics – II 164 Nanoscale Phase Change
Heat Transfer – I
333 11-9-2: Materials 163 11-9-3: Materials
Processing and Processing and 11-9-4: Materials
Characterization II Characterization III Processing and
Characterization IV
11-8-4: Material 11-10-1: Bioinspired
Processing of Flexible Composites and 11-10-2: Bioinspired
Electronics, Sensors, and Structures Materials, Structures and
Devices IV Applications

xlviii 11-12-1: Mechanics in
Manufacturing of
334 Multifunctional Materials 11-12-2: Mechanics in 165 11-14-1: Multifunctional 167
and Structures I Manufacturing of Composite Materials
Multifunctional Materials and Structures 1
and Structures II