Gamma titanium aluminides (γ-TiAl) have been known for decades to be suitable for use in
aerospace applications due to their high strength and low density at high temperatures …

High entropy alloys (HEAs) is a fascinating field of research, with an increasing number of
new alloys discovered. This would hardly be conceivable without the aid of materials …

The oxidation behavior of Ti–Nb, Ti3Al–Nb and TiAl–Nb (Nb: 0–30 at.%) has been
investigated at 1173 K in air. When Nb is in solid solution with TiO2, the addition of Nb can …

A new organic silicone composite coating modified by Al, ZrO 2, quartz and PbO-SiO 2-Al 2
O 3 glass powders was developed to protect Ti-6Al-4V alloy. During oxidation at 600° C in …

We compared the oxidation of Ti and Ti-2 at.% Nb at 800° C in Ar-20% O 2 and in sequential
16 O 2-18 O 2 atmospheres to clarify the role of niobium in the high-temperature oxidation of …

We investigated the oxidation of pure titanium and Ti-0.8 at.% Si at 800° C in Ar-O 2 and O 2
to clarify how dilute silicon additions enhance the oxidation resistance of titanium. The effect …

The oxidation behavior of International Thermonuclear Experimental Reactor (ITER)-
reference tungsten grade has been evaluated in dry air in the temperature range 600–800° …

Aiming at developing a dental titanium alloy with better mechanical properties and
machinability than unalloyed titanium, a series of Ti-Nb alloys with Nb concentrations up to …

Abstract A novel Ti-0.5 Nb-0.5 Si (in wt.%) alloy is oxidized at 650∼ 850° C for 100 h in air,
which shows a significant higher oxidation resistance than pure Ti. The advantage of the …

An intensive experimental study was made of the cyclic oxidation behaviors of NiTiNb alloys
(0–7at.% Nb) with single B2 phase at elevated temperatures of 600° C and 800° C in air …