strain hardening

The increase in strength due to strain hardening is comparable to that of heat treating.

Thus increasing the strength by the phenomenon of Strain Hardening.

Peening can also encourage strain hardening of the surface metal.

In Cryorolling, the strain hardening is retained up to the extent to which rolling is carried out.

An elastic-viscoplastic material with strain hardening is described by equations similar to those for an elastic-viscoplastic material with perfect plasticity.

In steel (ductile) FPZ is very small and therefore strain hardening dominates over strain softening.

Greater strain hardening was observed under biaxial non-proportional cyclic loading in comparison with proportional cyclic loading.

In addition, the use of low yield strength steel results in small yield deformation and dramatic strain hardening of the BIB.

The formulations were incorporated with gradual penetration of yielding, the spreading of inelastic zones along the member length, the presence of residual stresses, and strain hardening of the material.

Hence, for the modelling of the observed systematic errors of tactile layer thickness measurements, a model with nonlinear strain hardening has been chosen which takes into account elastic, plastic and viscous deformations.

In addition to the large-scale and associated large convergence and large deformation, the calculations must have sufficient resolution to compute accurately effects such as strain hardening/softening, which appear to be critical processes in subduction.

For his doctorate, Rosbaud studied metallurgy with Erich Schmid at Berlin-Charlottenburg Technische Hochschule and in 1925 wrote "On strain hardening of crystals in alloys and cold working", a frequently cited article.

The enhanced wire deformation during the ultrasonic bonding cycle was attributed to the transition from cold working (or strain hardening of the wire) to hot working where its softness was largely maintained due to the onset of recrystallization and ultrasonic softening.