The present work investigates the effects of stress state and crystallographic orientation of
the principal stress axes on the growth behaviour of micro-voids embedded in an aluminium …

Void growth and coalescence in single crystals are investigated using crystal plasticity
based 3D finite element calculations. A unit cell involving a single spherical void and fully …

In this study, we investigate deformation behavior of fcc single crystals containing microvoids
by using three-dimensional finite element methods. The unit cell analysis has been …

This study deals with the influence of microvoids on the deformation and damage behaviour
of ductile materials. Fully three dimensional simulations were performed for different void …

In the present paper, an infinite face-centered cubic single crystal containing an isolated
cylindrical micron-sized void, which is subjected to proportional and monotonically uniform …

Void growth and coalescence in fcc single crystals were studied using crystal plasticity
under uniaxial and biaxial loading conditions and various orientations of the crystalline …

High strength aluminium alloys that are produced through forming and joining processes are
widely used in aerospace components. The ductile failure in these metals occurs due to the …

In polycrystalline materials, microvoid size is usually of the same order of magnitude as
grain size. However, in most previous studies, matrix around microvoid is generally …

An inelastic rate-dependent crystalline constitutive formulation and specialized
computational schemes have been developed and used to obtain a detailed understanding …

The effect of size on the mechanical behavior and the void growth rate in a voided single
crystal was studied using two-dimensional discrete dislocation dynamics. The simulations …