Page 50 - ASME IMECE 2015 Program

Technical Program At-A-Glance

THURSDAY, NOVEMBER 19, GEORGE R. BROWN CONVENTION CENTER
8:00am–9:30am 9:45am–11:15am 1:00pm–2:30pm 3:30pm–5:00pm
Track 7: Energy 7-14-1: Gassification Behvaior of Coal and Biomass (360D) 7-10-1: Fuel Cell Systems Design and Applications (361A) 7-11-1: Carbon Capture and Storage (361A) 7-15-2: Biofuel Combustion (360C)
7-2-3: Ab- and Ad-sorption Refrigeration Machines and Heat 7-14-2: Biomass Gasification, Combustion and Characterization 7-15-1: Biofuel Engines (360D) 7-6-4: Energy Systems Components - 4 (360A)
Pumps (360A) (360D) 7-6-3: Energy Systems Components - 3 (360B) 7-8-7: Combined Energy Cycles - CHP, CCHP, and Solar Heating (360B)
7-6-1: Energy Systems Components - 1 (360B) 7-5-4: Design and Analysis of Energy Systems - 2 (360A) 7-8-6: Photovoltaic, Grid Integration, and Storage (360C)
7-8-4: Renewable Energy Conversion Systems (360C) 7-6-2: Energy Systems Components - 2 (360B) 7-9-4: Minisymposium: Multiphysics Coupling in Energy Storage - 4 (360E)
7-9-6: Electrochemical Energy Conversion and Storage - 2 7-8-5: Concentrating Solar Power (360C) 7-9-7: Electrochemical Energy Conversion and Storage - 3 (360A)
(360E) 7-9-3: Minisymposium: Multiphysics Coupling in Energy
Storage - 3 (360E)
Track 8: Safety Engineering and Risk 8-1-1: Failure and Forensic Analaysis: Consumer Products 8-10-1: Reliability Methods I (360F) 8-11-2: General Interest II (360F) 8-10-2: Reliability Methods II (360F)
Analysis (360F) 8-11-3: General Interest III (360E)
8-11-1: General Interest I (361A)
Track 10: Heat Transfer and Thermal 10-24-1: Key Concepts of Thermofluids in Turbomachinery 10-13-7: Thermal transport across interfaces (361C) 10-13-8: Thermal transport in 2D materials (361A)
Engineering Design (361C) 10-14-1: Nano- and Micro-Scale Heat Transfer in Manufacturing (361D) 10-24-2: Film Cooling, Internal Cooling, and HAWT (361B)
10-35-1: Thermal Comfort and Climate Control in Built Environment (361E) 10-28-1: 2D Materials, Graphene & CNT Thermal Characterization & Applications
(361C)
Track 11: Materials: Genetics to 11-14-1: Materials Processing and Characterization - I (361C) 11-12-1: Nanoengineered, Hierarchical, and Multi-Scale 11-20-1: Modeling and Simulation of Material Failure - I (362A) 11-17-1: Architectured Multifunctional Materials and Composites (361F)
Structures 11-16-2: Multifunctional Materials and Hybrid Materials (II) Materials (361E) 11-21-2: Polymers, Carbon Nanotubes and Biomaterials (362B) 11-20-2: Modeling and Simulation of Material Failure - II (361E)
(361B) 11-14-2: Materials Processing and Characterization - II (361F) 11-7-2: ICME Components II (361F) 11-8-2: Corrosion of Biodegradable Metals (361D)
11-22-1: Plenary Session (371F) 11-21-1: Metals and Interfaces (362A) 11-8-1: Processing and Characterization of Biodegradable Materials (361B)
11-5-1: Nanostructured Materials for Energy Applications 11-7-1: ICME Components I (361B)
(361D)
Track 12: Mechanics of Solids, 12-10-1: Computational Simulation of Joints and Complex 12-10-2: Computational Simulation of Porous Media (362D) 12-10-3: Computational Simulation of Damage and Impacts (362E) 12-10-4: Advanced Computational Methods (362C)
Structures, and Fluids Phenomena (362A) 12-10-6: Advanced Modeling and Simulation (362E) 12-12-1: Corrosion Damage Modeling (370B) 12-12-2: Stress Corrosion Cracking (362F)
12-10-5: Engineering Investigations with Advanced Analysis 12-17-1: Interphase Phenomena (362F) 12-2-2: Static and Dynamic Behaviors of Cellular Materials (371A) 12-32-3: Multiscale Modeling of Defects (370B)
(362B) 12-2-1: Mechanical Metamaterials (361D) 12-26-3: Mechanics and Materials: II (362C) 12-4-3: Full-field Methods for Multiscale Mechanics of Materials III (362E)
12-18-1: Instabilities (362C) 12-26-2: Mechanics and Materials: I (362B) 12-32-2: Fatigue and Creep-Fatigue (370D) 12-49-2: Creep, Corrosion, and Fatigue Life Prediction II (370A)
12-26-1: Modeling and Mechanics: I (361E) 12-32-1: Fracture and Environmental Defects (370C) 12-39-1: Bio-Composites, Impact and Micro-Fluidics (370A)
12-35-1: Nanocomposite Fibers 1 (371E) 12-35-2: Nanocomposite Fibers 2 (372C) 12-49-1: Creep, Corrosion and Fatigue Life Prediction I (370C)
12-43-1: Processing and Performance of Nanocomposites I 12-4-2: Full-field Methods for Multiscale Mechanics of
(361F) Materials II (370B)
12-45-1: Peridynamics for Failure Prediction I (362D) 12-45-2: Peridynamics for Failure Prediction II (370A)
12-6-4: Modeling and Experiments in Nanomechanics and
Nanomaterials 4 (362F)
Track 14: Systems, Design, and 14-1-1: Novel Approaches in Design (370C) 14-2-2: Design Methodologies II (370E) 14-2-3: Design Innovations (370F) 14-3-1: Product and Process Design (370D)
Complexity 14-2-1: Design Methodologies I (370B) 14-4-1: Computer-Aided Design (370F)
Track 15: Transportation Systems 15-1-1: Vehicles and Rail Systems Modeling and Control (371A) 15-1-2: Vehicle Electrification and Alternative Energy Systems (371B) 15-1-3: Vehicles Sub-Systems and Applications (371C)
15-2-1: Vehicle Components and Systems Crashworthiness 15-2-2: Occupant Protection and Biomechanics (371C) 15-2-3: Vehicle Crashworthiness (371D)
(371B) 15-4-1: Vehicle Stability and Control Systems (370E)
15-4-2: Energy Systems and Fuels (370F)
Track 16: Vibration, Acoustics, & Wave 16-2-4: Micro- and Nano-Scale Phononics (370E) 16-2-5: Recent Advances in Phononic Crystals and 16-2-6: Phononic Plates and Granular Materials (371D) 16-3-2: Numerical Methods in Vibration and Acoustics II (371A)
Propagation 16-4-1: Acoustical-Structureal Interactions I (370F) Metamaterials II (371C) 16-4-2: Acoustical-Structureal Interactions II (371B)
16-3-1: Numerical Methods in Vibration and Acoustics I (371D)
Track 19: Advances in Multidisciplinary 19-2-4: Surface Engineering and Coatings (371C) 19-3-2: Surface Modification and Material Removal Processes 19-3-3: Machining and Wear of Cutting Tools (371F)
Engineering 19-3-1: Innovations in Manufacturing Processes, Equipment, (371F) 19-4-4: Polymer Processing and Structure (371E)
and Systems (371B) 19-4-3: Polymer Composites Processing (371E) 19-6-2: Innovations in Engineering Education (372A)
19-4-2: Polymer Processing (371A) 19-6-1: Learning Innovation in Engineering Education (372A)

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