Superalloy ultrathin sheets have high strength, outstanding oxidation resistance, corrosion
resistance and fatigue performance, and its thin-walled components occupy a considerable …

Quenching and partitioning (QP) steels exhibit apparent tension-compression asymmetry
and evolving Bauschinger effect as plastic deformation proceeds, which brings challenges …

It has been known for decades that the formability of metal sheets can be improved
effectively by electrically-assisted (EA) forming. However, it remains controversial as to the …

Single-crystal silicon has been widely applied in the semiconductor industry due to its
excellent properties. However, the material is highly susceptible to surface damage during …

Commercially pure titanium (CP-Ti) sheets are promising to manufacture high-performance
and lightweight components in many fields such as aerospace, marine, energy, electrics and …

Multi-energy fields provide higher dimensional precision control and desirable performance
for microforming processes. The constitutive model under low strain level was established to …

For the sake of unveiling the macro-micro behaviors and underlying control mechanisms of
electroplastic effect (EPE) of sheet metals during recent thriving electrically-assisted …

In order to quantify the thermal and athermal effects during pulse current assisted
deformation, the deformation behavior of medium manganese steel was studied using …

Electroplasticity of the Invar 36 alloy is investigated based on comparisions between warm
and electrically-assisted (EA) uniaxial tensions experiments at different temperatures (100 …

This paper investigated the cyclic plasticity of AA6014-T4P with the tension-compression
(TC) and compression-tension (CT) cyclic loading tests. A new compression-induced …