Cold spray is a solid state additive process involving layer-by-layer deposition onto a
substrate at supersonic speed. In contrast with conventional additive manufacturing routes …

Abstract Heat-treated Ti-6Al-4V alloy with three different microstructures was dynamically
deformed at a varied temperature range (up to 450° C). The specimens deformed with 1 and …

Here, we present the first demonstration of additive friction stir deposition of Ti-6Al-4V with
closed-loop temperature control, wherein the print head rotation rate is adjusted in real-time …

Combined with in-situ tensile test and electron backscatter diffraction technology, the critical
resolved shear stress (CRSS) ratio of O phase and the damage model of grain boundaries …

Titanium alloys are most suitable for lightweight armour applications due to their superior
strength to weight ratio, and α+ β Ti alloy Ti–6Al–4V is widely used in armour applications …

In order to reduce the weak area caused by traditional connection method and improve the
structural efficiency of aircraft, the design concept of an integral component with dual …

High strength-elongation synergy and its dependence on microstructure are the eternal
themes of metallic materials including Ti alloys. In this study, the relationship between the …

This work investigated non-standard HIP cycles for PBF-L Ti-6Al-4V and characterized
microstructure and tensile properties to compare between material that originated from the …

The microstructure and tensile fracture mechanisms of as-rolled and additive manufactured
Ti-6Al-4 V alloys were systematically investigated. The ultimate tensile strength and …

Based on the in-situ synthesis process, this study proposes a novel process that introduces
lithium salt-modified La 2 O 3p as a precursor into Mg–Li–Al–Zn (LAZ) alloy melt, achieving …