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

High strength combined with excellent ductility can be achieved by quenching and
partitioning (Q&P) microstructures containing martensite and a considerable amount of …

Second phase particles and particle stringers have strong influences on recrystallized grain
structure and alloy performances. In this work, the effects of second phase particles on grain …

The influence of friction stir processing (FSP) on the microstructure and mechanical
properties of a DP 600 steel has been studied. The microstructure evolution during the FSP …

Abstract Austenitic Fe-Mn-C-based alloys are considered as promising candidates for
biodegradable vascular implants due to their high strength, ductility and mechanical integrity …

The effect of strain path on the microstructure evolution of two different advanced high
strength steel alloys (AHSS alloys) has been studied in this work. The two AHSS alloys …

The transformation-induced plasticity (TRIP)-effect is an efficient way to increase the
formability in high performance steels. Hence, an optimal stability of the retained austenite is …

This article covers an application of third-generation advanced high-strength steel
(3GAHSS) grades to vehicle lightweight body structure development. Design optimization of …

Abstract (NbTi) C nanoparticles were prepared using mechanical alloying (MA) and heat
treatment process, and the nanoparticles pre-dispersed with Fe powder were introduced to …

The effect of microstructure on the onset strain and rate of deformation-induced martensitic
transformation (DIMT) in Q&P steel is studied by a mean-field micromechanics model, in …