Dynamic strain-induced transformation (DSIT) in a low-carbon microalloyed steel was
studied by hot cyclic torsion to understand the interactions between DSIT and strain path …

This study comprehensively investigates the kinetics of bainitic ferrite transformation in steel
alloys by integrating experimental results, finite element analysis, and thermodynamic …

The main goal of the research is an investigation on a multi-scale crystal plasticity of a finite
element model for polycrystalline material by using a hierarchical computational framework …

Angular Accumulative Drawing (AAD) is a new powerful tool that produces wires with
enhanced properties and microstructure. The AAD is characterised by a complex strain path …

The dependence of deformation inhomogeneity on the pulsed laser parameters in laser
shock incremental forming (LSIF) of pure copper foil was studied based on finite element …

Abstract The Ti–6Al–4V alloy wires were plastically deformed using the accumulative
angular drawing (AAD) process at room temperature with a maximal logarithmic strain ε …

На основании проведенных исследований разрушения высокоуглеродистой проволоки
различного диаметра в зависимости от фактора формы очага деформации Δ и …

The effect of simple strain path changes as well as post-deformation continuous cooling rate
during thermomechanical-controlled processing of microalloyed steel was studied using …

In this paper, the effects of inhomogeneous material deformation and fatigue caused by
meso-mechanical inhomogeneity are investigated. A representative volume element is …

The specimens of microalloyed ferrite and austenite were severally deformed by complex
metal forming processing (accumulative angular drawing-AAD, wire drawing-WD, wire …