Over many decades, significant efforts have been made to improve the strength-elongation
product of advanced high strength steels (AHSSs) by creating tailored multi-phase …

Diffusion-controlled phase transformations are of singular importance in controlling
microstructures and mechanical properties but are difficult to model and calculate for Fe-CX …

Designing structured materials with optimized mechanical properties generally focuses on
engineering microstructures, which are closely determined by the processing routes, such …

Abstract The manufacturing of Dual-Phase steels includes as a crucial step the annealing of
a cold-rolled ferrite-pearlite (F/P) microstructure, which involves numerous and interacting …

Abstract Design of metastable retained austenite has been one of the most key issues in the
development of advanced high strength steels (AHSSs) as mechanical properties of AHSSs …

A computational 3D model that accounts for both nucleation and interface migration is a very
useful tool to monitor and grasp the complexity of microstructure formation in low-alloyed …

Traditional cold-rolling dual-phase steel (CR sheet), limited by poor stretch-flangeability as
indicated by the hole expansion rate (HER), faces challenges in manufacturing complex …

A mixed-mode model is proposed to predict the austenite formation during intercritical
annealing of a low-carbon steel with ferrite-cementite microstructure. The transformation …

The growth of an ellipsoidal precipitate has been analysed in the mixed-mode regime for a
binary system. Under the assumption that the precipitate grows with constant eccentricities …

Machine learning (ML) has been rapidly revolutionizing many fields and plays a vital role in
materials science. To understand the microstructure of steels and even obtain optimized …