Crystal Plasticity

A dislocation density based crystal plasticity finite element model: Application to a two-phase polycrystalline HCP/BCC composites

Engineering / Materials Engineering / Mechanical Engineering / Microstructure / Titanium / Finite Elements / Grain Boundaries / Boundary / Mathematical Sciences / Crystal Plasticity / Physical sciences / Dislocations / Interfaces / Microstructure and Grain Boundary Engineering / Texture / Dislocation Density / Grain Boundary / Single Crystal / Constitutive model / CPFEM / Strain Hardening / Finite Elements / Grain Boundaries / Boundary / Mathematical Sciences / Crystal Plasticity / Physical sciences / Dislocations / Interfaces / Microstructure and Grain Boundary Engineering / Texture / Dislocation Density / Grain Boundary / Single Crystal / Constitutive model / CPFEM / Strain Hardening

Infinite-order laminates in a model in crystal plasticity

Applied Mathematics / High Energy Density Physics / Pure Mathematics / Crystal Plasticity / Hypergeometric Function / Lower Bound / Nonlinear Model / Two Dimensions / Lower Bound / Nonlinear Model / Two Dimensions

A dislocation-density-based 3D crystal plasticity model for pure aluminum

Materials Engineering / Mechanical Engineering / User Interface / Dislocation Dynamics Simulations / Crystal Plasticity / Dislocation / Distributions of Dislocations / Single Crystal / Dislocation / Distributions of Dislocations / Single Crystal

Crystal Plasticity Finite Element Methods

Microstructure / Finite Element Methods / Mechanical properties / Crystal Plasticity / EBSD / Texture / Finite Element Simulations / Crystalline Materials / Crystal Plasticity Finite Element / Crystal Plasticity Finite Element Simulation / Crystal Plasticity Finite Element Method / Texture / Finite Element Simulations / Crystalline Materials / Crystal Plasticity Finite Element / Crystal Plasticity Finite Element Simulation / Crystal Plasticity Finite Element Method

Crystal Plasticity Finite Element Methods

Microstructure / Finite Element Methods / Mechanical properties / Crystal Plasticity / EBSD / Texture / Finite Element Simulations / Crystalline Materials / Crystal Plasticity Finite Element / Crystal Plasticity Finite Element Simulation / Crystal Plasticity Finite Element Method / Texture / Finite Element Simulations / Crystalline Materials / Crystal Plasticity Finite Element / Crystal Plasticity Finite Element Simulation / Crystal Plasticity Finite Element Method

Spectral TRIP enables ductile 1.1 GPa martensite

Thermodynamics / Phase Transformations / Mechanical Behavior Of Materials / Phase Transitions / Heat treatment of metals and alloys / Steel / Thermomechanical Processing / Crystal Plasticity / Mechanical Properties of Materials / Alloy Design / Grain size / Martensite / Transformation Induced Plasticity / Steel / Thermomechanical Processing / Crystal Plasticity / Mechanical Properties of Materials / Alloy Design / Grain size / Martensite / Transformation Induced Plasticity

Copyright © 2017 DATOSPDF Inc.