Exact(9)
The quantity which is fundamental to density based crystal plasticity models is the slip system specific dislocation density vector ρ.
The formation of specific dislocation structures such as the zigzagged structure has been discussed with detailed dislocation mechanisms.
We therefore use a description of the dislocation system by slip system specific dislocation density vectors as the starting point of our subsequent discussion.
Some continuum theories try to resolve the averaging problem by describing the microstructure by multiple dislocation density fields which each represent a specific dislocation orientation φ on a slip system ς.
In these conditions, the implemented cross-slip behaviour is shown to play an essential role in the development of specific dislocation arrangements forming at different temperatures, also observed in 16MND5 steel.
Cleavage cracks were observed to form in the regions of greatest plastic deformation and are explained in terms of specific dislocation pile-up reactions at intersecting slip systems that are strongly surface orientation dependent.
Similar(51)
The operation of two ⟨11¯20⟩ glide directions in the basal plane promotes specific, temperature-dependent dislocation reactions, including "pseudo dipoles" formed by attractive dislocations with different Burgers vectors.
We present a model for the origin of this behaviour that is based on the features of the cores of screw dislocations specific to this transition metal.
The extra fluorescence must have originated from the binding of enzymes on the surface and fines protruding out of the surface and may confound fluorescence originating from specific binding to dislocations close to the surface.
Special attention was paid to cyclic softening which is discussed in terms of specific properties of dislocations in a body-centered cubic structure and the localization of cyclic plastic strain to persistent slip bands.
A specific classification for scaphoid dislocation is presented by Richards et al. [11].
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