In response to the growing interest of the industry in advanced high-strength steels
subjected to extreme operating conditions, two novel grades BainTS and BainNiAlCu …

The aim of this manuscript was to study the influence of alloying elements on the phase
transformation behavior in advanced high-strength multiphase steels. Continuous cooling …

Bainite transformation start temperature (Bs) is an important index to measure the properties
of bainitic steel. Based on the experimental results of bainite transformation behavior, the …

The objective of this study was to analyze the thermodynamic feasibility of forming
nanobainite in Al-alloyed medium-Mn steels through intercritical annealing (IA) and …

This work presents insights into the manganese influence on the driving force and bainite
transformation kinetics. Three different medium-Mn steels were subjected to theoretical …

In this work, two novel alloys containing 4 and 5 mass.% Mn were subjected to theoretical
calculations using JMatPro software and experimental studies using dilatometry in order to …

Wrought dual-phase (DP) steels are exploited extensively within the automotive sector in the
manufacture of components critical to occupant safety. Despite the widespread deployment …

Direct microscopic observation of the isothermal bainite evolution in terms of nucleation
events, the location of the nuclei, as well as their growth is very valuable for the refinement of …

The toughness of steel is a critical material property that represents the ability to absorb
energy at fracture, particularly in ultra-high-strength steels. The optimal balance between …

The present work explores a design process of new medium-Mn alloy for forgings and its
heat treatment optimization by thermodynamic simulations and experimental approach. The …