Page 213 - ASME_IMECE_2019_Program

11-1-1: Polymer Gel – 1 11-22-1: Computational Modeling of Extreme
11-1-2: Polymer Gel – 2 Events – 1
11-1-3: Biomechanics and Biomaterials 11-22-2: Computational Modeling of Extreme
11-1-4: Liquid Crystal Elastomer Events – 2
11-1-5: Soft Actuating Materials 11-23-1: Multi-Scale Computations 1
11-1-6: Mechanics of Indentation, Injection and 11-23-2: Multi-Scale Computations 2
Cavitation 11-23-3: Multi-Scale Computations 3
11-1-7: Structure and Device 11-25-1: High-Performance Nanostructural Materials
11-1-8: Constitutive Modelling and Nanocomposites
11-1-9: Aging and Damaging 11-26-1: Nanomechanics and Nanomaterials 1
11-1-10: Soft Matter Physics 11-26-2: Nanomechanics ans Nanomaterials 2
11-2-1: Design of Functional Soft Composites 11-26-3 Nanomechanics ans Nanomaterials 3
11-2-2: Fabrication and Processing of Soft Composites 11-26-4: Nanomechanics ans Nanomaterials 4
11-3-1: 3D Printing of Functional Materials and 11-27-1: Mechanics of Thin-Film and Multi-Layer
Composites Structures
11-3-2: 3D/4D Printing of Structures and Biomaterials 11-28-1: Recent Advances and Applications in
11-5-1: Mechanics, Modeling and Manufacturing of Meshfree and Particle Methods
Soft Materials and Soft Robots – I 11-32-1: Congress-Wide Symposium on Additive
11-5-2: Mechanics, Modeling and Manufacturing of Manufacturing: Failure of Additively
Soft Materials and Soft Robots – II 11-33-1: Manufactured Materials – 1
11-5-3: Mechanics, Modeling and Manufacturing of Multiscale Methods for Simulation and
Soft Materials and Soft Robots – III 11-33-2: Design of Materials Including Machine
11-5-4: Mechanics, Modeling and Manufacturing of Learning and Other Emerging Methods – I
Soft Materials and Soft Robots – IV 11-34-1: Multiscale Methods for Simulation and
11-5-5: Mechanics, Modeling and Manufacturing of Design of Materials Including Machine
Soft Materials and Soft Robots – V 11-35-1: Learning and Other Emerging Methods – II
11-7-1: From Single-Crystal to Polycrystalline Behavior: 11-36-1: Phase-field Modeling and Simulation in
Experiments and Modeling Mechanics
11-7-2: Plastic Anisotropy (I) 11-36-2: Mechanics and Design of Cellular Materials
11-7-3: Glass and Ceramic Materials Multifunctional and Micro/Nano-Structured
11-7-4: Plastic Anisotropy (II) 11-37-1: Materials: Modeling and Characterization (I)
11-7-5: Novel Experimental Methods 11-37-2: Multifunctional and Micro/Nano-Structured
11-7-6: Plasticity and Damage 11-37-3: Materials: Modeling and Characterization (II)
11-7-7: Plasticity of Heterogeneous Materials IiSS Session 1 Composite Instabilities
11-8-1: Perspective on Fracture and Failure Mechanics 11-37-4: IiSS Session 2 Material Instabilities
I IiSS Session 3 Material and Structural
11-8-2: Perspective on Fracture and Failure Mechanics 11-37-5: Instabilities
II 11-38-1: IiSS Session 4 Architected Materials
11-8-3: Perspective on Fracture and Failure Mechanics Instabilities
III 11-38-2: IiSS Session 5 Surface Instabilities
11-10-1: Dynamic Failure of Materials and Structures – 1 Peridynamic Modeling of Materials’
11-10-2: Dynamic Failure of Materials and Structures – 2 11-38-3: Behavior I
11-10-3: Dynamic Failure of Materials and Structures – 3 Peridynamic Modeling of Materials’
11-10-4: Dynamic Failure of Materials and Structures – 4 11-39-1: Behavior II
11-11-1: Multiscale Mechanics of Ductile Failure Peridynamic Modeling of Materials’
11-12-1: Damage and Fatigue in Engineering 11-39-2: Behavior III
Applications Multiphysics Simulations and Experiments
11-12-2: Atmositic Scale Crack Nucleation and 11-39-3: for Solids I
Propogation Modeling Multiphysics Simulations and Experiments
11-12-3: Multiscale Fracture and Fatigue Modeling in 11-39-4: for Solids II
Materials Multiphysics Simulations and Experiments
11-12-4: Modeling of Fatigue Crack and Interface 11-42-1: for Solids III
Behavior Multiphysics Simulations and Experiments
11-14-1: Mechanics of Materials in Extreme 11-42-2: for Solids IV
Environments: Constitutive Modeling of Nonlinear Dynamics, Control and Stochastic
11-14-2: Polymers 11-43-1: Mechanics IV
Mechanics of Materials in Extreme 11-44-1: Nonlinear Dynamics, Control and Stochastic
11-14-3: Environments: Dynamic Behavior Mechanics V
Mechanics of Materials in Extreme 11-44-2: Fluid-Structure Interaction
11-17-1: Environments: Extreme Temperatures Keynote Lectures on Computational
11-18-1: Mechanics of Adhesion and Friction – I 11-46-1: Mechanics – 1
In-Situ and Quantitative Visualization 11-46-2: Keynote Lectures on Computational
11-18-2: Techniques: Bio-Materials and Optical 11-47-1: Mechanics - 2
Techniques 11-47-2: Young Medalist Symposium I
11-18-3: In-Situ and Quantitative Visualization 11-47-3: Young Medalist Symposium II
Techniques: Microscopy in Experimental 11-47-4: Drucker Medal Symposium – I
11-19-1: Mechanics 11-49-1: Drucker Medal Symposium – II
In-Situ and Quantitative Visualization 11-49-2: Drucker Medal Symposium – III
Techniques: Macro-scale Phenomena Drucker Medal Symposium – IV
Multiscale Models and Experimental Techniques Plenary Session I
for Composite Materials and Structures Plenary Session II