This article reviews original work and important new developments in the field of
deformation behavior of high manganese face-centered cubic γ-Fe alloys. Owing to their …

To twin or not to twin? The critical doubt emerges recently on the dominant role of
deformation twinning in contributing to strain hardening and plasticity, which has been long …

A unified description for the evolution of ε–and α′–martensite, and twinning in austenitic
steels is presented. The formation of micron—scale ε and twin bands is obtained by …

A FeCoCrNiMo 0.23 high entropy alloy was processed by powder metallurgy with two
conditions: hot extruded and annealed. In situ neutron diffraction, together with electron …

As the propulsor fan pressure ratio (FPR) is decreased for improved fuel burn, reduced
emissions and noise, the fan diameter grows and innovative nacelle concepts with short …

Grain boundaries (GBs) of metallic materials will become the weakest and most vulnerable
place when the materials deform at high temperature. This could directly affect deformation …

Corrosion of TWIP austenitic steels Fe-Mn-3Al-3Si was studied using polarization curves,
EIS tests and XPS. Results indicated that increased concentrations of Mn were detrimental …

Electroplasticity refers to the application of controlled electric pulses during plastic
deformation of materials. The electroplasticity phenomenon in metallic materials has led to …

This work proposes a computational modeling framework capable of predicting the behavior
of materials when subject to solid phase processing (SPP). A macroscopic dislocation …

A combination of electron back-scattering diffraction and X-ray diffraction was used to track
the evolution of the microstructure and texture of a fully recrystallized Fe–24 Mn–3 Al–2 Si–1 …