Page 205 - ASME IMECE 2017 Program

TRACK MECHANICS OF SOLIDS, STRUCTURES AND FLUIDS

12-1-1 Reconfigurable Mechanical Metamaterials 12-13-2 Recent Advances in the Mechanics, Multiscale TRACK : MECHANICS OF SOLIDS, STRUCTURES AND FLUIDS
12-1-2 Tunable Mechanical Metamaterials Models and Experimental Techniques for
12-1-3 Design and Mechanics of Mechanical Composites II
Metamaterials – I
12-1-4 Design and Mechanics of Mechanical 12-13-3 Recent Advances in the Mechanics, Multiscale
Metamaterials – II Models and Experimental Techniques for
12-2-1 Peridynamic Material Modeling Composites III
12-2-2 Peridynamics in Diffusion, Corrosion, and
Transport problems 12-14-1 Mechanics and Design of Cellular Materials
12-2-3 Numerical Aspects of Peridynamic Modeling 12-15-1 Soft Active Materials 1
12-2-4 Material Damage with Peridynamics 12-15-2 Soft Active Materials 2
12-3-1 Multi-Physics Simulations and Experiments – I 12-15-3 Gels
12-3-2 Multi-Physics Simulations and Experiments – II 12-15-4 Mechano-Chemistry and Mechano-Biology 1
12-3-3 Multi-Physics Simulations and Experiments – III 12-15-5 Mechanical Characterization of Soft Materials
12-4-1 Multiscale Computations 1 12-15-6 Soft Structures
12-4-2 Multiscale Computations 2 12-15-7 Mechano-Chemistry and Mechano-Biology 2
12-4-3 Multiscale Computations 3 12-15-8 Damage, Dissipation, Degradation, and Failure
12-4-4 Multiscale Computations 4
12-5-1 Fracture and Fatigue Modeling in Engineering 1
Applications – I 12-15-9 Damage, Dissipation, Degradation, and Failure
12-5-2 Fracture and Failure in Composites
12-5-3 Fracture and Fatigue Modeling in Engineering 2
Applications – II 12-15-10 Constitutive Modeling of Soft Materials
12-5-4 Fatigue Modeling and Theory Development 12-15-11 3D Printing of Soft Materials 1
12-5-5 Crystalplasticity and Microstructure Modeling 12-15-12 3D Printing of Soft Materials 2
12-5-6 Atomistic Modeling of Damage and Uncertainties 12-15-13 3D Printing of Soft Materials 3
12-5-7 Experiments and Theory about Crack 12-16-1 In-Situ Techniques in Experimental Mechanics
12-6-1 Instabilities in Solids and Structures 1
12-6-2 Instabilities in Solids and Structures 2 of Fracture and Failure
12-6-3 Instabilities in Solids and Structures 3 12-16-2 Mechanical Characterization in Extreme
12-6-4 Instabilities in Solids and Structures 4
12-6-5 Instabilities in Solids and Structures 5 Temperature Environments
12-7-1 Quantitative Visualization in Experimental 12-17-1 Nanomechanics and Nanomaterials 1
Mechanics 12-17-2 Nanomechanics and Nanomaterials 2
12-7-2 Quantitative Visualization in Experimental 12-17-3 Nanomechanics and Nanomaterials 3
Mechanics II 12-17-4 Nanomechanics and Nanomaterials 4
12-8-1 Mechanics of Deformation and Failure of 12-17-5 Nanomechanics and Nanomaterials 5
Energy Materials – I 12-18-1 Multi-Field Studies in Heterogeneous
12-8-2 Mechanics of Deformation and Failure of
Energy Materials – II Materials: Experimental, Theoretical and
12-9-1 Failure of 3D Printed Polymers and Plastics Numerical Approaches
12-9-2 Failure of Additively Manufactured 12-19-1 Fatigue and Fracture of Adhesive Joints
Nanocomposites 12-19-2 Fatigue and Fracture of Solid-State Joints
12-10-1 Dynamic Response and Failure of Advanced 12-20-1 Mechanics of Adhesion and Friction I
Materials – 1 12-20-2 Mechanics of Adhesion and Friction II
12-10-2 Dynamic Response and Failure of Advanced 12-20-3 Mechanics of Adhesion and Friction III
Materials – 2 12-20-4 Mechanics of Adhesion and Friction IV
12-10-3 Dynamic Response and Failure of Advanced 12-20-5 Mechanics of Adhesion and Friction V
Materials – 3 12-21-1 Mechanics and Materials of Flexible,
12-10-4 Dynamic Response and Failure of Advanced Stretchable, and Bio-Electronics (I)
Materials—4 12-21-2 Mechanics and Materials of Flexible,
12-10-5 Dynamic Response and Failure of Advanced Stretchable, and Bio-Electronics (II)
Materials—5 12-21-3 Mechanics and Materials of Flexible,
12-10-6 Dynamic Behavior of Porous Materials Stretchable, and Bio-Electronics (III)
12-10-7 Dynamic Response and Failure of Advanced 12-21-4 Mechanics and Materials of Flexible,
materials—6 Stretchable, and Bio-Electronics (IV)
12-11-1 Ductile Failure I 12-22-1 Mechanics of Thin Film and Multi-Layer
12-11-2 Ductile Failure II Materials
12-11-3 Ductile Failure III 12-23-2 Mechanics of Soft Materials and Soft Robots II
12-12-1 Fatigue and Fracture of Active Materials 12-24-1 Multifunctional and Micro-/Nano-Structured
12-13-1 Recent Advances in the Mechanics, Multiscale Materials: Modeling and Characterization (I)
Models and Experimental Techniques for 12-24-2 Multifunctional and Micro/Nano-Structured
Composites I Materials: Modeling and Characterization (II)
12-25-1 Medalist Symposium
12-26-1 Young Medalist Symposium I
12-26-2 Young Medalist Symposium II
12-27-1 Multiscale Modeling and Experimentation of
Geomaterials
12-28-1 Plenary