Ti alloys are widely used in aero-engines due to their excellent comprehensive
performance. However, Ti alloys show ignition sensitivity, which is attributed to their poor …

The influence of morphology of the Ti 2 Cu phase on biological corrosion and antibacterial
properties of Ti-Cu alloy was investigated by micro-galvanic corrosion. Elongated “micro …

Preparing a flame-resistant coating with high adhesion to the titanium substrate is a feasible
method to prevent “titanium fire”. In this work, Ti-25V-15Cr-0.2 Si, which is a beta stabilized …

In this study, the flow stress-strain curves of three typical titanium alloys, cast TA15 titanium
alloy (near α-type), cast Ti40 titanium alloy (full β-type) and cast TC21 titanium alloy (α+ β …

In this study,(diamond+ TiC) reinforced Ti6Al4V titanium matrix composites (DT-TMCs) were
fabricated using the directed energy deposition (DED) technique to enhance multiple …

A distinctive combustion phenomenon is revealed by promoted ignition combustion tests of
Ti-25V-15Cr and Ti-6Al-4V alloys. The relationship between ignition temperatures and …

Reliable service of indispensable titanium alloys in aeroengines is limited by titanium fire
with unclear critical conditions. In this study, critical conditions in the form of parameter …

Laser solid forming (LSF) technology had a great influence on the manufacturing of
aeronautical burn resistant titanium alloy Ti40, which was related to the comparison and …

Laser processing of pure Cu is often challenging because of Cu's very low absorptivity to
most laser beams, and this difficulty is applicable to the recently developed laser powder …

Reliable service of indispensable titanium alloys in aeroengines is limited by the bottleneck
problem of titanium fires. In this study, a tri-layer fire retardant coating with a bi-functional …