The microstructure of a 1050 aluminium alloy produced by hydrostatic extrusion varies in
terms of grain boundary characteristics and the dislocation substructure depending on the …

Abstract Coupled Atomistic/Discrete Dislocation (CADD) is one of the most well-established
multi-scale simulation methods. The most important challenge of the multi-scale methods is …

A unified statistical dislocation-mediated crystal plasticity model is proposed to understand
how the sample size affects the yield strength of metals in different crystal systems, namely …

Owing to high heat flux ability and good mechanical strength, copper has been used for
micro-electro-mechanical systems (MEMS) components with dimensions in micrometers …

In this work, a crystal plasticity-finite element (CP-FE) model is used to investigate the effects
of microstructural variability at a notch tip in tantalum single crystals and polycrystals. It is …

Прерывистая текучесть как проявление неустойчивости пластического
деформирования обнаруживается в ряде металлов и сплавов в определенных …

Micromechanical behavior of two slip systems activated FCC single crystals is investigated
through a pseudospectral modeling microindentation based on Dislocation Mediated …

In this work, the mechanical behaviour and texture evolution of AZ31B magnesium alloy
under uniaxial tensile testing are investigated at different strain rates and temperatures. A …

A new method to introduce size-dependence in crystal plasticity constitutive models, recently
developed for single-phase polycrystal materials [1], is extended to two-phase single crystal …

Experimental investigations on self-compacting concrete (SCC) under uniaxial monotonic
and cyclic compression taking into account the stochastic constitutive relationship were …