Heterogeneous grain structures were designed in a high Mn steel (Fe28Mn10Al1. 00C), and
the tensile properties and fracture toughness were investigated and compared with those for …

In this research, the impact of the heat input (HI) used during friction stir welding (FSW) on
the microstructure, micro-texture and mechanical properties of DP600 steel was examined …

This study focuses on the fatigue fracture response and microstructure behavior of a
resistance element weld (REW) in assembling AZ31B magnesium alloy and dual phase …

Gaining access to the parent microstructural information is of great significance to explore
transformation mechanism and mechanical properties. As a powerful route, existing …

Present study aims to elucidate the wear resistance/morphology/mechanism at wear
distances from 3 to 1000 m based on the microstructure and tensile properties in DP steel …

This work focused on the effects of martensite morphology on the mechanical properties of
the dual phase (DP) steels produced via partial reversion from martensite, which is different …

During resistance spot-welding of advanced high-strength steel (AHSS), heat-affected zones
(HAZs) are formed and mechanical properties around the welding area are altered, causing …

A dual-heterogeneous structure with dual phases and heterogeneous grains was designed
in a high Mn microband-induced-plasticity (MBIP) steel. The heterogeneous structured …

Formability and its prediction of high-strength steels is an important research subject for
forming specialists and researchers in this field. Springback and its accurate prediction of …

Strain hardening remains challenging for maintaining the plasticity of metals, especially
those of high strength. The hetero-deformation induced (HDI) stress can effectively alleviate …