With the increasing demand for light weight design in industries such as aerospace and
automotive, sheet metallic materials with high strength and low density have been …

The paper provides a review of experimental and numerical studies of deformation-induced
surface roughening in loaded metals and alloys. Consideration is given to various …

Experimental and numerical studies are performed to reveal an interrelation between
mesoscale deformation-induced surface roughening and in-plane plastic strain in an …

This paper experimentally investigates the process of deformation-induced mesoscopic
surface roughening in commercially pure aluminum under uniaxial tension. Surface profiles …

The article presents a microstructure-based mechanical model of hexagonal close-packed
(hcp) α-titanium representative of the mesoscale and analyzes the contribution of a …

A multiscale crack iteration and remeshing model was proposed and implemented to predict
the low-cycle crack propagation behavior for steel. Crack propagation behavior was …

Deformation and fracture in metal-matrix composite materials is investigated during cooling
followed by tension or compression. Microstructure of the composite comprising aluminum …

The deformation behavior of hexagonal metals is known to be strongly affected by a material
texture. This paper aims at understanding the effect of a basal texture on the deformation …

The aim of the work is to show both the similarities and differences in the formation of
deformation-induced roughness in contact compression in the presence of oil and the …

Deformation-induced surface roughness in commercially pure titanium under uniaxial
tension is studied experimentally. Stop-and-study experimental technique is used to obtain …