Tensile strain hardening behaviours of nitrogen strengthening high manganese austenitic cryogenic steel;

Effect of moisture content on PVA-SHCC fracture energy and strain hardening;

Tensile strain hardening behavior of TRIP/TWIP steel with 18.8%manganese

An autofrettage model considering the material strain-hardening relationship and the Baus-chinger effect was proposed based on the actual tensile-compressive stress-strain curve of material and modified yield criterion.

TiNi alloy is an excellent tribo-material compared to conventional wear-resistant materials, which is closely related to its superelasticity originating from stress-induced matensite transformation, along with rapid strain-hardening, erosion-resistance and fatigue-resistance.

There are some different autofrettage models based on different simplified material strain-hardening behaviors,such as linear strain-hardening model, power strain-hardening model, and the combination of these strain-hardening relationship models.