Isothermal oxidation behavior of two-phase TiAl–Mn–Mo–C–Y alloys fabricated by different processes

High-temperature oxidation behavior of TiAl-based alloys fabricated by spark plasma sintering

“…It has been noted that there is a significant difference on the lamellae grain size between Ti-45Al-8.5Nb-0.2B-0.2W-0.1Y and Ti-47.5Al-2.0V-1.0Cr; however, the microstructure is believed to have little effect on the oxidation behavior according to some previous reports [15,16]. Therefore, the enhanced oxidation resistance is mainly attributable to 8.5 at.% Nb addition.…”

Parameters Optimization of γ-Ti-46.6Al-1.4Mn-2Mo Alloy by Hot-Pressing Sintering and its Microstructures

“…Among the methods studied recently, elemental powder metallurgy (EPM) is an innovative technique for producing defect-free TiAl which can divide into hot-pressing sintering, hot extrusion, high isostatic pressing(HIP), mechanical alloying, plasma injection synthesis, self-propagating high temperature synthesis(SHS) and detonation synthesis. Generally speaking, these methods are not independent, they are often combined with two or more [1][2][3]. Among these methods, hot pressing sintering is the most effective and commonly used experimental method which was introduced in this work.…”