The use of a dynamical constitutive model is essential for the numerical analysis of dynamic
impact. In this study, uniaxial tension tests were conducted on aluminum alloy (AA) 6016-T6 …

Understanding the deformation-induced martensitic transformation (DIMT) is critical for
interpreting the structure-property relationships that govern the performance of …

Medium manganese steels are promising alloys for highly demanding sheet steel
applications. However, cold-rolled intercritically annealed ultrafine-grained dual-phase …

In the current work we investigate the room temperature tensile properties of a medium-Mn
twinning-and transformation-induced plasticity (TWIP-TRIP) steel from quasi-static to low …

A two-steps tempering-partitioning process is designed for redistributing carbon and
austenite stabilizer such as manganese in a cold rolled medium-manganese steel. After …

Martensitic transformation has received wide attention due to its significant role in improving
mechanical properties of medium Mn steels. In this paper, three typical strain states in sheet …

Due to their high strength, formability and affordable cost, quenched and partitioned (Q&P)
steels have shown the potential to reduce the mass of vehicles, thereby decreasing fuel …

The study of strain rate is of particular significance in automotive applications. Thus, we
describe here the mechanical behavior and deformation mechanisms in Fe-0.2 C–11Mn …

The present work reports an abnormal negative strain-rate sensitivity (SRS) in a room-
temperature quenching and partitioning (RT-Q&P) steel. The mechanisms responsible for …

Duplex low-density steels exhibit excellent mechanical properties under quasi-static tensile
tests with the help of the transformation-induced plastic (TRIP) effect produced by the …