Page 53 - 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.
334
335 11-9-5: Materials 168 11-9-6: Materials 169 11-13-1: Multiphysics and 171
336 Processing and Processing and Multiscale Modeling of
Characterization V Characterization VI Lithium-Ion Batteries
338
11-14-2: Multifunctional 168 11-14-3: Multifunctional 169 11-20-1: Recent 171
401 Composite Materials and Composite Materials and
Structures 2 Structures 3 Developments in Tribology
402
403 11-18-1: Phase 168 11-18-2: Phase 170 11-6-1: Nanoengineered, 170
Transformations in Transformations in Hierarchical, Multi-Scale
404 Materials Processing I: Materials Processing II: Materials and Structures
405 Additive Manufacturing Microstructures and
406 Properties

12-1-7: Mechanics of Soft 192 12-1-8: Mechanics of Soft 194 12-26-1: Mechanics of 198

Materials: Characterization Materials: Fracture, Soft Materials and Soft

Dissipation, and Self- Robots

Healing

12-31-3: Mechanics of 194 12-31-4: Reconfigurable 196 12-5-1: Quantitative 197

Mechanical Metamaterials Mechanical Metamaterials Visualization Related to

Fracture & Crack Growth

Processes

12-4-1: Mechanics of 192 12-4-2: Mechanics of 195 12-4-3: Mechanics of 197
Adhesion and Friction Adhesion and Friction Adhesion and Friction

12-7-1: Multiscale Models 193 12-7-2: Multiscale Models 195 12-7-3: Multiscale Models 198

and Experimental and Experimental and Experimental

Techniques for Composite Techniques for Composite Techniques for Composite

Materials and Structures Materials and Structures Materials and Structures

12-12-4: Mechanics of 193 12-29-1: Peridynamic 196 12-29-2: Peridynamics for 199
Thin-Film and Multi-Layer Modelling and Analysis Composites, Fracture, and
Structures Corrosion Damage

12-21-1: Fatigue Modeling 194 12-21-2: Fracture Modeling 196 12-21-3: Material Model 198

in Engineering Materials in Engineering Materials and Fracture Theory

Development

13-3-1: Design and 213 13-3-2: Design and 213 13-4-1: Computational 214
Fabrication, Analysis, Fabrication, Analysis, Studies on MEMS and
Processes, and Technology Processes, and Technology Nanostructures I
for Micro and Nano for Micro and Nano
Devices and Systems I Devices and Systems II

THURSDAY, NOVEMBER 15

Room 8:00am–8:45am PG. 8:55am–10:40am PG. 10:50am–12:35pm PG. 2:05pm–3:50pm PG. 4:00pm–5:45pm PG.
301 25
2-2-4: Congress- 16 2-2-5: Congress- 19 2-2-6: Congress- 22 2-2-7: Congress-
302 Wide Symposium Wide Symposium Wide Symposium Wide Symposium 26
303 on Additive on Additive on Additive on Additive 27
304 Manufacturing: Manufacturing: Manufacturing: Manufacturing: 26
Metals – Powder Polymers I Polymers II Composites/
305 Bed Fusion II Ceramics & Bio- 25
Applications

2-8-1: Novel 17 2-8-2: Formability 20 2-8-3: Formability 23 2-8-4: Testing and
Processes – I – II Defects

13-2-2: Micro- and 214 2-11-1: Advanced 18 2-11-2: Advanced 21 2-11-3: Advanced 23 2-11-4: Advanced

Nano-Systems Manufacturing Manufacturing Manufacturing Manufacturing

Engineering and Processes- Processes- Processes- Processes-

Packaging Plenary II Modeling and Modeling and Modeling and Modeling and

Simulation I Simulation II Simulation III Simulation V

4-1-2: Biomedical 45 2-4-1: 16 2-4-2: 19 2-4-3: 22 2-7-1: Bonded

and Biotechnology Nanomanufacturing: Nanomanufacturing: Nanomanufacturing: Joint and Bolted

Plenary II Spray or Print Nanomaterials Integration of Joint Technologies

Deposition Synthesis and Nanoscale

Techniques for Assembly Materials or

Nanomaterials and Textures for

Nanostructures Enhanced

Performance li

3-20-2: Advances in 32 2-6-3: Assisted 17 2-6-4: Nontraditional 20 2-6-5: Machinability 22 2-6-6: Cutting Tool
Aerospace Machining
Technology Plenary II Techniques Machnining of Engineering Performance and

Processes Materials Treatment