Page 52 - ASME IMECE 2018 Program

Technical Program At-A-Glance

WEDNESDAY, NOVEMBER 14

Room 9:00am–9:45am PG. 10:00am–11:45am PG. 1:45pm–3:30pm PG. 3:45pm–5:30pm PG.
307
3-18-1: Congress-Wide 29 3-19-1: Congress-Wide 31 3-2-1: Advances in 31
308 Symposium on NDE &
309 SHM: Structural Health Symposium on NDE & SHM: Aerodynamics
Monitoring of Aerospace
310 Vehicles Nondestructive Evaluation
311
315 and Structural Health
316
317 Monitoring of Composite

318 Materials and Structures

319 3-1-1: General Aerospace 29 3-4-1: Advances in 30 4-4-1: Tissue 42
320 Aerospace Structures and Characterisations
Materials – 1
321
323 4-2-4: Damage 39 4-3-1: Vibration 40 4-3-2: Vibration 42
324 Biomechanics IV: Characteristics and Applications to Therapy
325 Cavitation as a Mechanism Characterisations and Rehabilitation
for Brain Injury
326
327 4-8-1: Dynamics and 39 4-8-2: Dynamics and 41 4-8-3: Dynamics and 43
Control of Biomechanical Control of Biomechanical Control of Biomechanical
330 Systems I Systems II Systems III

331 4-10-1: Biomedical 40 4-10-2: Biomedical 41 4-10-3: Biomedical 43
l Modeling I Modeling II Modeling III

333 4-11-1: Sports Related 40 4-11-2: Musculoskeletal 42 4-11-3: Musculoskeletal 44
Brain Injury and Modeling Biomechanics and Sport Biomechanics

7-5-1: Applied Mechanics, 82 7-5-2: Applied Mechanics, 83 7-12-1: Engineering 85
Dynamic Systems and Dynamic Systems and Research Innovation
Control Engineering – I Control Engineering – II

7-2-1: Globalization of 81 7-1-1: Curriculum 82 7-1-2: Curriculum 84
Engineering Innovations, Pedagogy Innovations, Pedagogy
and Learning and Learning
Methodologies – I Methodologies – II

7-4-1: Systems Engineering 81 7-4-2: Systems Engineering 83 7-9-1: K-12 STEM, RET- 84

and Sustainable and Sustainable University, School and

Engineering Education – I Engineering Education – II Industry Alliance, Session

in Honor of Late Professor

Devdas Pai

8-9-1: Cooling Technologies 103 8-9-2: Building Energy 104 8-9-3: Building Structure/ 106
Generation Materials for Load
Reduction

10-25-2: K9-5 Micro-/ 141 10-26-1: Measurement of 143 10-26-2: Theoretical 144
Nanoscale Phase Change Near-Field Thermal Prediction of Thermal
Heat Transfer – II Radiation Emission and Energy
Conversion

9-13-1: Industrial Flows – I 115 9-13-2: Industrial Flows – II 116 9-13-3: Industrial Flows – III 118

8-7-2: Thermal Energy 102 8-7-3: Thermal Energy 104 8-7-4: Thermal Energy 106
Storage – Materials Storage – Devices II Storage – Systems
Integration

8-12-1: PEM Fuel Cells – I 104 8-12-2: PEM Fuel Cells – II 105 8-12-3: Fuel Cell Systems 107
and Infrastructure

8-10-6: Energy Storage, 103 8-10-7: Biomass, 105 8-10-8: Feasibility and 106
Energy Harvesting, and Geothermal, and Small
Electric Cars Scale Generation Techno-Economic Analysis

of Renewable Energy

Technologies

9-5-4: CFD Applications 115 9-8-1: Kirti Ghia 116 9-8-2: Kirti Ghia 117
Celebration of Life – II
for Flow Optimization and Celebration of Life – I

Control – IV

9-11-3: Simulation of 115 9-11-4: Modeling of Slug 116 9-6-1: Computational or 117
Experimental Fluid
Multiphase Flows in Pumps Flows, Separators and Dynamics? – A Dilemma
for Industries
and Complex Systems Shocks

10-36-3: K13-1 Heat 141 10-21-3: K9-1 Thermal 143 10-11-1: K6-10 Panel on 144
Transfer in Multiphase Transport Across Hard/ the Key Role of Heat
Systems – III Soft Interfaces – III Transfer Analysis and
Methodology in Research

10-16-1: K8-2 140 10-17-1: Fundamentals of 142 10-18-1: K8-4 144
Fundamentals of Single
Phase Convection Multi-Scale Modeling Fundamentals of Liquid/

Solid Phase Change (Icing/

Deicing, Solidification)

10-44-1: Thermal Transport 142 10-29-7: Micro-/ 143 10-44-2: Thermal 145
Transport Understanding
Under Microscale and Nanoelectronics and and Its Applications

Rotating Features Related Issues