The multi-principal element alloys (MPEAs) exhibit the unprecedented combinations of the
excellent mechanical properties, especially high strength and good ductility. However, the …

… In addition, obvious strain hardening and stress/strain delocalization are observed in the …
which improves the strength/plasticity and strain hardening ability. The proposed compositional …

… of strain hardening phenomenon in these alloys. Attempts are made to explain the differential
behaviour of various alloys in … and is being attempted with the addition of Nb like elements. …

… multi-principal element alloys. In particular… hardening insufficient. Here we propose that
premature necking can be harnessed for work hardening in a VCoNi multi-principal element alloy…

… The main aim of this study is to identify the appropriate strain hardening laws for the
titanium alloys. The uniaxial and notched tensile experimental data were used to identify the …

… effective alloying element for magnesium alloys.17-… strain hardening behavior of Mg–Al
alloys are limited in open literature. In this paper, the effects of Al content on the strain hardening …

… alloy with increased strain hardening has been developed in the present work [14].
Compositional optimization has been performed by “d-electron alloy … The Cr alloying element has …

… The effects of alloying elements on the strain hardening exponent, n-value, of ferritic stainless
… The purpose of this paper is to elucidate the effects of alloying elements on the n-value for …

… work hardening … hardening of Fe–30Mn and Fe–24Mn alloys during uniaxial tensile testing
at 293 K and 77 K were investigated. The Fe–30Mn alloy did not undergo significant strain-…

… -hardening and dynamic recovery rates vs the flow stress increase (σ − σ y ) in Al-Mg-Si alloys
is … Alloying elements in solid solution are known to decrease the dynamic recovery rate by …