Page 191 - ASME_IMECE_2019_Program
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10-1-1: In-Situ Techniques in Experimental 10-19-1: Design of Engineered Materials and
10-2-1: Mechanics Components for Additive
10-2-2: 10-19-2: Manufacturing: Spatial
10-4-1: Multiscale Modeling for Materials Programming and 3D Design
10-4-2: Design – I 10-20-1:
10-4-3: 10-20-2: Design of Engineered Materials and
10-4-4: Multiscale Modeling for Materials 10-20-3: Components for Additive
10-4-5: Design – II 10-20-4: Manufacturing: Meso-, Micro- and
10-5-1: 10-23-1: Nano-Architecture
Active Mechanical Metamaterials
10-9-1: 10-23-2: ONR, NIST, ARO
Anomalous Physical Properties of
10-9-2: Mechanical Metamaterials 10-24-1 NSF, DARPA, AFOSR
10-24-2:
10-9-3: Multiphysics Behavior of Mechanical 10-25-1: Center Directors
Metamaterials 10-25-2:
10-10-1: Center Director and Panel
10-10-2: Reconfigurable Mechanical 10-26-1: Discussion
10-10-3: Metamaterials 10-26-2:
10-10-4: 10-26-3: Nanoengineered, Nano Modified,
10-10-5: Dynamical and Transient Phenomena in 10-26-4: Hierarchical, Multi-Scale Materials
10-11-1: Mechanical Metamaterials 10-26-5: and Structures – I
10-12-1: 10-26-6:
Multifunctional and Micro/Nano- 10-27-1: Nanoengineered, Nano Modified,
10-13-1: Structured Materials: Modeling and 10-27-2: Hierarchical, Multi-Scale Materials
10-14-1: Characterization (III) 10-27-3: and Structures – II
10-14-2: 10-29-1:
10-15-1: Modeling, Simulation, and Design 10-30-1: Fracture and Damage: Nano- to
10-17-1: of Multifunctional Materials – I: 10-29-2: Macro-Scale – I
Multiscale and Multiphysical 10-31-1:
10-17-2: Phenomena 10-31-2: Fracture and Damage: Nano- to
Macro-Scale – II
Modeling, Simulation, and Design
of Multifunctional Materials – II: Material Processing of Flexible
Metamaterials and Lattice Structures Electronics, Sensors, and Devices – I
Modeling, Simulation, and Design Material Processing of Flexible
of Multifunctional Materials – III: Electronics, Sensors, and Devices –
Composites and Engineering Materials II
Multifunctional Composite Materials Materials Processing and
and Structures – I Characterization – I
Multifunctional Composite Materials Materials Processing and
and Structures – II Characterization – II
Multifunctional Composite Materials Materials Processing and
and Structures – III Characterization – III
Multifunctional Composite Materials Materials Processing and
and Structures – IV Characterization – IV
Multifunctional Composite Materials Materials Processing and
and Structures – V Characterization – V
Multifunctional Nanomaterials Materials Processing and
Characterization – VI
Mechanics in Manufacturing of
Multifunctional Materials and Phase Transformations in Materials
Structure Processing – I
Bioinspired Materials, Processes and Phase Transformations in Materials
Applications Processing – II
Soft Robotics and Soft Machines – I Phase Transformations in Materials
Processing – III
Soft Robotics and Soft Machines – II
Recent Developments in Tribology – I
Lithium-Ion Battery Safety Under
Abusive Conditions Nanomaterials for Energy I
Constitutive Modeling of the Recent Developments in Tribology –
Mechanical Behavior and Performance II
of Electronic, Photonic, MEMS, and
NEMS Materials, Assemblies, Plenary Session I
Packages, Modules,
and Systems – I Plenary Session II
Constitutive Modeling of the
Mechanical Behavior and Performance
of Electronic, Photonic, MEMS, and
NEMS Materials, Assemblies,
Packages, Modules, and Systems – II
