For the establishment of reliable micro/meso scale forming processes, it is essential to
accurately predict the forming limits of metal foils under different deformation paths …

Lack of systematic researches on mesoscaled deformation and damage criteria would
obstruct the development of optimal microforming of clad foils. In this paper, a newly …

The present work involves the numerical simulation and experimental study on the surface
roughness evolution and heterogeneous plastic deformation (strain localization and …

This article addresses the problem of multiscale surface roughening in commercial purity
titanium subjected to uniaxial tension. In situ investigations of the evolution of grain-and …

The development of new structural materials (primarily metals and alloys) and their
processing technologies for the manufacture of high-performance products is and will be the …

A 3D numerical analysis of mesoscale surface roughening in a polycrystalline aluminum
alloy under uniaxial tension has been performed. Three-dimensional microstructural models …

Void characteristics are fundamentally correlated with the macroscopic deformation
responses of materials, yet traditional modeling methods exhibit inherent limitations in data …

The work is experimental and theoretical study of folded structures formed on free surfaces
of polycrystalline materials under uniaxial tension. General mechanisms by which the folded …

A crystal plasticity approach was used to study the effects of grain shape and texture on the
deformation behavior of friction stir weld (FSW) microregions. The explicit stress-strain …

The paper describes a two-dimensional mathematical model to evaluate stresses in welded
joints formed in multi-pass welding of multi-layered steels. The model is based on a system …