The plasticity of metals involves various complicated phenomena that have not been fully
discovered or explained by existing theories. The data-driven method provides a new …

In α+ β titanium alloys, increasing the amount of α/β phase boundaries via conventional heat
treatment usually improves the strength but significantly deteriorates the alloy's ductility …

Gas metal arc welding based on wire arc additive manufacturing was adopted to fabricate a
non-equiatomic Al2. 1Co0. 3Cr0. 5FeNi2. 1 thick-walled component. The combined cable …

The authors developed a method for the automated detection and calculation of quantitative
parameters of dimples of ductile fracture on the digital images of fracture surfaces obtained …

Creating conditions to implement equilibrium processes of damage accumulation under a
predictable scenario enables control over the failure of structural elements in critical states. It …

The shear strength of ZrO 2 and TC4 brazed joint is usually controlled by the oxide reaction
layer adjacent to the ZrO 2 ceramic. However, there are few studies of the formation and …

The complicated heat cycling of multilayer deposition during the process of WAAM-CMT
leads to an anisotropic microstructure and mechanical properties in different directions. To …

This paper deals with the comparative investigation of fracture envelopes constructed by the
3D-DIC and hybrid inverse analyses. For the evaluation of fracture limits of the DP980 1.2 t …

The melting point of most of the Ti-based amorphous alloys is higher than the transformation
temperature of titanium alloys, bringing a detrimental effect to the joint. In this work, a …

An automated method for analyzing the shape and size of dimples of ductile tearing formed
during static and impact fracture of titanium alloys VT23 and VT23M is proposed. The …