TA15 titanium alloy is widely used in aerospace industry in terms of its high specific strength,
good thermal stability, and excellent corrosion resistance. To further improve its mechanical …

The hot tensile and fracture behavior, as well as damage mechanisms of Ti6Al4V alloy are
investigated by the hot tension tests and microstructure observation experiments. For …

The research aims at characterizing and modeling the influence of temperature and stress
state on the yield and fracture behaviors of an Mg-Gd-Y alloy. The mechanical experiments …

Ti/Al layered composite was fabricated by explosive welding (EXW). The aim of this work is
to study the microstructure and phase composition of the Ti/Al interface region and its effect …

A new biomaterial Ti–14Cr alloy was designed for biomedical applications. The
manufacturing process of Ti alloys through hot deformation is crucial for controlling the grain …

The deformation behavior of the near-α Ti-8Al-1Mo-1 V titanium (Ti-811) alloy was studied
by isothermal compression tests in the temperature range of 950–1075° C and strain rates of …

Aluminum alloys undergoing deformation exhibit complex multi-type-void damage evolution
driven by microscale heterogeneous deformation; in return, the accumulated damage …

The 2195 aluminum alloy is limited in aerospace structural components due to its poor
formability at room temperature (RT) and narrow range of working parameters at hot …

Finite element simulation has become one of the research methods of metal cutting, and the
constitutive model plays a decisive role in the modelling. Metal cutting has the …

The α+ β dual phase titanium alloys are key structural materials in aviation and aerospace
industries, and the complicated flow behavior of these titanium alloys during hot deformation …