This article reviews the current state of the art in understanding twinning-induced plasticity
(TWIP) steels with an emphasis on linking microstructure to mechanical behavior by means …

In the paper, a new phenomenological interpretation of some of the principal temporal
effects of high-rate plastic deformation of metals from a united viewpoint is represented. A …

In this paper a physical-based constitutive relation for defining the thermo-viscoplastic
behaviour of FCC metals with dependence on strain on thermal activation processes is …

In situ scanning electron microscopy (SEM) and transmission electron microscopy (TEM)
analysis were performed on the duplex Fe–27Mn–11.5 Al–0.95 C steel at room temperature …

This paper introduces a new 'strength model', named Split Johnson–Cook (SJC). The model
is a generalization of classical Johnson–Cook (JC) and provides a much improved …

The lack of comprehensive insight and accurate description on the dynamic
thermomechanical behaviors in high-temperature and high-strain-rate loading environment …

In this paper, a modified constitutive relation to model the dynamic strain aging phenomenon
is proposed based on the previous model of Voyiadjis-Abed. The dynamic strain aging …

In this paper a study is presented on the experimental and numerical analysis of the failure
process of mild steel sheets subjected to normal impact by hemispherical projectiles. The …

The lack of full stress-strain data sets under the coupled effect of high strain rates and
elevated temperatures is one of the main concerns in a multi-hazard (blast and fire) …

In this paper are presented two extensions of the Rusinek–Klepaczko constitutive relation
[Rusinek A, Klepaczko JR. Shear testing of sheet steel at wide range of strain rates and a …