… Atomistic modeling of the Al-Ga showed that grain boundary energies lower than 0.55 J/m
2 leads to relatively lower LME susceptibility, where it reaches its maximum at the grain …

The current demand for vehicles with high fuel efficiency, improved safety and enhanced
crashworthiness qualities is being met by making use of high strength components with tailored …

… Through substitution of direct experimental measurements of r Ac 3 and r m isotherm
positions of T Ac 3 and T m (melting point) from the different weld cross-sections, heat input is …

In this study, similar resistance spot weldability of an Fe–31Mn–3Al–3Si Twinning Induced
Plasticity (TWIP) steel was investigated. The microstructural evolution was studied by means …

Although a high population of grain boundaries in polycrystalline materials improves structural
strength, it increases risk of grain boundary-based degradations such as liquid metal …

In the automotive industry, the demand for reduced vehicle weight, improved safety and
enhanced crashworthiness qualities continues to rise which introduces the need for parts with …

… [55], by increasing Si-content from 0.5 wt.% to 1.5 wt.%, the diffusion coefficient of carbon
in steel is enhanced from 2.63 × 10 − 11 m 2 /s to 7.28 × 10 − 11 m 2 /s resulting in much …

The present work is devoted to investigate the correlation between the Zener–Hollomon
parameter and the grain structure of the thermo-mechanically processed dual phase twinning …

High-Manganese austenite-containing steels with superior combination of strength and
ductility have shown potential for enhancement of passenger safety and body-in-white (BIW) …

Zn-based coatings have emerged as viable alternatives to the conventional Al-Si-coating for
22MnB5 press-hardening steel. However, excessive weld concavity associated with laser …