The structural materials for the superconductor in next generation DEMO fusion reactor are
in great demanded with excellent nonmagnetic and mechanical properties such as strength …

The transition of deformation mechanism from transformation-induced plasticity (TRIP) to
twinning-induced plasticity (TWIP) was investigated in a viewpoint of γ-austenite grain size …

While grain refinement is a prominent way to improve the yield strength of metastable
austenitic steels, it usually leads to a reduction in the uniform elongation as γ-α …

Fine blanking is used in industrial processes for mass production of high accuracy sheet
metal parts. The process characteristic leads to a strain hardening of the sheared surface …

In this work, we investigate the development of microstructures during thermomechanical
processing of an Fe-22Mn-0.6 C-1.5 Al TWIP steel designed and manufactured in the …

Strain induced phase transformation is one of the fundamental strengthening methods for
transformation-induced plasticity (TRIP) steels with low stacking fault energy. In this study …

The dual-graded structure with both gradients of grain size and coherent L1 2 precipitation
was applied to a (CoCrNi) 96 Al 3 Ti 3 medium-entropy alloy for achieving superior tensile …

Various models were established for deformation-induced martensite start temperature
prediction over decades. However, most of them are empirical or considering limited factors …

The tensile behavior of a lean duplex stainless steel with strain-induced martensite
transformation (SIMT) was studied in the deformation temperature range of 20° C~ 60° C …

Several strategies to increase the FCC austenite stability compared to BCC and HCP
martensites have been tested and are discussed. The relative stability of the different phases …