Add to ORKGFracture in plastically deforming crystals involves several length scales for cleavage-like crack growth. The relevant length scales range from that of the macroscale object to the atomic scale, including the various microstructural length scales in between that are associated with, for example, particles, grains, and defect structures
Discrete dislocation calculations suggest that statistical effects are important in the modeling of ...
Discrete dislocation calculations suggest that statistical effects are important in the modeling of ...
The 20th century has produced the theory of continuum plasticity as a powerful tool for engineering ...
Fracture in plastically deforming crystals involves several length scales for cleavage-like crack gr...
Fracture in plastically deforming crystals involves several length scales for cleavage-like crack gr...
Fracture in plastically deforming crystals involves several length scales for cleavage-like crack gr...
Fracture in plastically deforming crystals involves several length scales for cleavage-like crack gr...
Fracture in plastically deforming crystals involves several length scales for cleavage-like crack gr...
Conventional continuum mechanics models of inelastic deformation processes axe size scale independen...
Conventional continuum mechanics models of inelastic deformation processes axe size scale independen...
Conventional continuum mechanics models of inelastic deformation processes axe size scale independen...
Discrete dislocation calculations suggest that statistical effects are important in the modeling of ...
Conventional continuum mechanics models of inelastic deformation processes axe size scale independen...
Discrete dislocation calculations suggest that statistical effects are important in the modeling of ...
Discrete dislocation calculations suggest that statistical effects are important in the modeling of ...
Discrete dislocation calculations suggest that statistical effects are important in the modeling of ...
Discrete dislocation calculations suggest that statistical effects are important in the modeling of ...
The 20th century has produced the theory of continuum plasticity as a powerful tool for engineering ...
Fracture in plastically deforming crystals involves several length scales for cleavage-like crack gr...
Fracture in plastically deforming crystals involves several length scales for cleavage-like crack gr...
Fracture in plastically deforming crystals involves several length scales for cleavage-like crack gr...
Fracture in plastically deforming crystals involves several length scales for cleavage-like crack gr...
Fracture in plastically deforming crystals involves several length scales for cleavage-like crack gr...
Conventional continuum mechanics models of inelastic deformation processes axe size scale independen...
Conventional continuum mechanics models of inelastic deformation processes axe size scale independen...
Conventional continuum mechanics models of inelastic deformation processes axe size scale independen...
Discrete dislocation calculations suggest that statistical effects are important in the modeling of ...
Conventional continuum mechanics models of inelastic deformation processes axe size scale independen...
Discrete dislocation calculations suggest that statistical effects are important in the modeling of ...
Discrete dislocation calculations suggest that statistical effects are important in the modeling of ...
Discrete dislocation calculations suggest that statistical effects are important in the modeling of ...
Discrete dislocation calculations suggest that statistical effects are important in the modeling of ...
The 20th century has produced the theory of continuum plasticity as a powerful tool for engineering ...