Fcc Crystal Plasticity Vs. Von-Mises Plasticity Model

FCC crystal plasticity vs. von-Mises plasticity model (displacement controlled compression)

von-Mises vs. FCC crystal plasticity (displacement controlled loading of a cylinder)

Understanding plasticity theory (for Mises UMAT)

Engineering Software

Rate independent FCC crystal plasticity simulation

von Mises plasticity

PGE383 Advanced Geomechanics

7.4.2.4 Multi-axial von Mises Plasticity

Texture evolution in FCC Taylor polycrystal under uniaxial loading (crystal plasticity simulation)

Lev Truskinovsky - Mesoscopic tensorial model of crystal plasticity - IPAM at UCLA

Institute for Pure & Applied Mathematics (IPAM)

MODELLING PLASTICITY AND NECKING IN SINGLE-CRYSTAL FCC COPPER NANOBEAMS

International Scientific Events

Crystal Plasticity modelling of local microstretches effect on the cyclic behaviour of stainless ...

European Structural Integrity Society

Basics of plasticity theory in 6 min

Solid Mechanics Classroom

2-5b: Properties of Yield Surfaces (Convexity of Surface and Normality of Plastic Strain Increment)

Fertig Research Group: Multiscale Failure of Materials

Mechanical properties of steels - 6: yield criteria for plasticity

2-3b: General (3-D) Framework for Plasticity (Consistency Condition)

Fertig Research Group: Multiscale Failure of Materials

Crystal plasticity simulation (texture evolution in FCC polycrystal under compressive loading)

Lecture 18: Crystal plasticity, dislocations and grain fragmentation

GIAN - MHRD, IIT Kharagpur

Overview of Microstructures and Crystal Plasticity Theory – Lesson 1

Lecture 9: Viscoplastic slip, potential and polycrystalline modeling

GIAN - MHRD, IIT Kharagpur

2-8b: 3D Incremental Plasticity (Scalar Hardening Function)

Fertig Research Group: Multiscale Failure of Materials

Learn Microstructure based Modelling (CPFEM via UMAT) - Step by step Practical ABAQUS Guide