The effects of the orientation, geometry of slip plane, existence of cross slip on the
dislocation interaction with a {111} plate precipitate has been investigated by parametric …

Interaction of a single dislocation line and a misfit spherical precipitate has been simulated
by the Parametric Dislocation Dynamics (PDD) method in this research. The internal stress …

The interaction between dislocation and misfitting precipitate has been investigated by the
parametric dislocation dynamics (PDD) based on Green's function method. The present …

Effect of precipitation strengthening on metal is generally attributed to the dislocation
interaction with the precipitate which acts as the barrier to the dislocation motion on the slip …

The fine misfit precipitates in age-hardenable aluminum alloys have important roles due to
their excellent age-hardening ability, by their interaction with dislocations. The present study …

The dislocation structure formation under low-amplitude fatigue in fcc metals for multislip
loading conditions is investigated using three-dimensional discrete dislocation dynamics …

A two-dimensional discrete dislocation dynamics (DDD) technology by Giessen and
Needleman (1995), which has been extended by integrating a dislocation-grain boundary …

The present study investigates stability and motion of low angle dislocation boundaries in an
array of precipitates. The model considers discrete dislocations and precipitates that are …

In an attempt to better understand the effect of the difference between the shear moduli of
the particle and matrix on the flow stress and the work hardening, a numerical approach …

A new computational technique for modeling dislocation interactions with shearable and
non-shearable precipitates within the line dislocation dynamics framework is presented …