Continuous exploration of high-temperature structural materials is being driven by the needs
of gas-turbine engines capable of withstanding the high-temperature environment …

Mo–Si–B alloys are a crucial focus for the development of the next generation of ultra-high-
temperature structural materials. They have garnered significant attention over the past few …

The composition and phase constituency of Mo–Si–B alloys are known to be important
parameters in determining the oxidation response. For three phase Mo+ T2+ Mo3Si alloys …

Mo–Si–B alloys are promising candidates for structural high-temperature applications due to
their excellent high-temperature mechanical properties along with high melting …

Abstract High melting Mo-Si-B based alloys exhibit good mechanical properties and
oxidation resistance at very high temperatures. The alloy composition Mo-9Si-8B (at.%) …

Improving the efficiency of aerospace gas turbine engines requires materials that can be
used at increasingly higher temperatures in aggressive environments. This paper …

This article discusses three main points. First, ultrahigh-temperature materials offer a large
return to the propulsion community and to the economy, but replacing Ni-based alloys is a …

The aim of the present investigation was to gain an initial understanding of the effect of
(macro-) alloying with Ti on the oxidation behavior of Mo–Si–B alloys in the ternary phase …

The oxidation behavior of multiphase Mo–Mo5SiB2 (T2)–Mo3Si alloys was examined in
terms of different starting morphologies and volume fractions of the phases. The multiphase …

Traditional refractory materials such as nickel-based superalloys have been gradually
unable to meet the performance requirements of advanced materials. The Mo-Si-based …