Page 40 - ASME IMECE 2017 Program

Technical Program At-A-Glance

EXHIBIT HALL POSTER SESSIONS Sunday, November 5 5:30pm–7:30pm
Undergraduate Student R&D Expo Wednesday, November 8 11:30am–2:30pm
NSF Research Wednesday, November 8 11:30am–2:30pm
Virtual Podium (general poster sessions)

MONDAY, NOVEMBER 6

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

1 2-2-1: Additive Manufacturing: 9 2-2-2: Additive Manufacturing: 12 2-2-3: Additive Manufacturing: 14
Process Modeling Mechanical Modeling & Testing Biomedical/Composites

2 2-4-1: Large-Scale Manufacturing 9 2-4-2: Mechanics of Two- 12 2-3-1: Capillary/Convective/ 15

of Two-Dimensional Materials Dimensional Materials Ultrasonic Assembly and Roll-to-

Roll Fabrication (Joint session with

Track 7: Emerging Technologies)

3 2-5-1: Advanced Machining of 10 2-5-2: Advanced Surface 12 2-5-3: Advanced Micromachining 15
and Micro-EDM
Metals and Metallic Glass Finishing and Grinding

4 2-6-1: Modeling and Analysis of 10 2-6-2: Adhesive Bonding & 13 2-6-3: Welding 1 15

Bolted Joint Systems Welding

5 2-7-1: Metal Forming: Material 11 2-7-2: Metal Forming: 13 2-7-3: Meta Forming: Testing, 16

Characterization, Hydroforming, Considerations with Bending, Characterization, and Analysis for

and Novel Processes Cutting, Machining, Trimming Tubes and Sheet

6 2-11-1: Variation Analysis and 11 2-11-2: Tolerancing and Robust 14 2-11-3: Variation Analysis and 16

Simulation I Design Simulation II

7 3-1-1: General Aerospace I 15 3-1-2: General Aerospace II 26 3-1-3: General Aerospace III 27

10 3-7-1: Dynamics and Control of 15 3-2-1: Advances in Aerodynamics 26 3-6-1: Dynamic Behavior of 28

Aerospace Structures I Composites

11 3-3-1: Advances in Aerospace 15 3-11-1: Peridynamics Modeling I 27 3-3-2: Advances in Aerospace 28
Structures and Materials I Structures and Materials II

12 4-2-1: Damage Biomechanics I – 35 4-2-2: Damage Biomechanics II: 37 4-2-3: Damage Biomechanics III: 39

Materials Modeling Techniques Blast Induced Effects and Injury Blunt Impact and Ballistic Effects

and Results and Injury

13 4-13-1: Computational Modeling 36 4-13-2: Biomedical Transducers 38 4-13-3: Biomaterials, 40

for Disease Diagnostics and for Images and Wearable Devices Biocompatibility, and Prosthetic

Device Design Devices

14 4-12-1: Musculoskeletal and 36 4-12-2: Musculoskeletal and 38 4-7-1: Biomedical Devices I 39
Sports Biomechanics I Sports Biomechanics II

15 4-11-1: Computational Modeling 35 4-11-2: Computational Modeling 37 4-11-3: Computational Modeling 40

in Biomedical Applications I in Biomedical Applications II in Biomedical Applications III

16 6-1-1: Curriculum Innovations, 65 6-1-2: Curriculum Innovations, 66 6-3-1: Engineering Accreditation, 67
Pedagogy and Learning Pedagogy and Learning Data Collection, Assessment and
Methodologies – I Methodologies – II ABET

18 7-1-1: Mechatronics and 71 7-2-1: Alternative Fuel & 72 7-3-1: Innovative Products 73
Automation Renewable Energy Technology

19 7-4-1: Trends in Energy Efficiency 71 7-5-1: Emerging Applications of 72 9-2-1: Electric, Magnetic and 91

& Management, Carbon 3D Printing 1 Thermal Phenomena in Micro and

Management Nano Scale Systems

20 9-4-1: Issues/Perspectives in 89 9-4-2: Issues/Perspectives in 90 9-4-3: Issues/Perspective in Fluid 91

Fluid Mechanics. External Low/ Fluid Mechanics. Two-phase and Mechanics, Internal Flow

High Speed Flows Thermal Flows Computational Modeling

21 9-8-1: Session 1: Pipe Flow 89 9-8-2: Session 2: Channel Flows 90 9-8-3: Session 3: Other Flow 92
Situations

xxxviii 22 10-5-1: Enhanced Heat Transfer – 101 10-5-2: Enhanced Heat Transfer – 102 10-5-3: Enhanced Heat Transfer – 102
I II III