Abstract. A strain gradient crystal plasticity theory including the gradient of the equiv- alent plastic strain ∇γeq is discussed. A grain boundary yield condition is proposed in order to account for the influence of the grain boundaries. Periodic tensile test simulations show the mechanical predictions of the numerical model
Among the important properties that affect the macroscopic behavior of a polycrystalline material (m...
Gradient enhanced theories of crystal plasticity enjoy great research interest. The focus of this wo...
A strain gradient dependent crystal plasticity approach is used to model the constitutive behaviour ...
Summary This paper focuses on the micromechanical description of the mechanical response of an FCC m...
This book is a contribution to the further development of gradient plasticity. Several open question...
One ambitious objective of Integrated Computational Materials Engineering (ICME) is to shorten the m...
In this paper, a gradient crystal plasticity model in a polycrystalline grain structure is investiga...
Size dependent behavior is observed in polycrystalline metals where the yield stress follows an inve...
Boundary between two perfectly bonded single crystals plays an important role in determining the def...
The loss of uniform elongation with decreasing grain size in polycrystals is analysed using a strain...
Experimental and simulation studies have shown that decreasing the grain size below a critical value...
Grain size strengthening, referred to as the Hall-Petch effect, is a common strategy to improve the ...
This thesis treats the modeling of grain size dependence inmicrostructure models of metals. It is sh...
Grain refinement is a common strategy to improve the yield strength of magnesium (Mg) alloys quantif...
At grain scale, polycrystalline materials develop heterogeneous plastic deformation fields, localiza...
Among the important properties that affect the macroscopic behavior of a polycrystalline material (m...
Gradient enhanced theories of crystal plasticity enjoy great research interest. The focus of this wo...
A strain gradient dependent crystal plasticity approach is used to model the constitutive behaviour ...
Summary This paper focuses on the micromechanical description of the mechanical response of an FCC m...
This book is a contribution to the further development of gradient plasticity. Several open question...
One ambitious objective of Integrated Computational Materials Engineering (ICME) is to shorten the m...
In this paper, a gradient crystal plasticity model in a polycrystalline grain structure is investiga...
Size dependent behavior is observed in polycrystalline metals where the yield stress follows an inve...
Boundary between two perfectly bonded single crystals plays an important role in determining the def...
The loss of uniform elongation with decreasing grain size in polycrystals is analysed using a strain...
Experimental and simulation studies have shown that decreasing the grain size below a critical value...
Grain size strengthening, referred to as the Hall-Petch effect, is a common strategy to improve the ...
This thesis treats the modeling of grain size dependence inmicrostructure models of metals. It is sh...
Grain refinement is a common strategy to improve the yield strength of magnesium (Mg) alloys quantif...
At grain scale, polycrystalline materials develop heterogeneous plastic deformation fields, localiza...
Among the important properties that affect the macroscopic behavior of a polycrystalline material (m...
Gradient enhanced theories of crystal plasticity enjoy great research interest. The focus of this wo...
A strain gradient dependent crystal plasticity approach is used to model the constitutive behaviour ...