Metal oxide and carbide strengthening molybdenum (Mo) alloys have been designed as
promising advanced materials in refractory metals to solve some of the core engineering …

Molybdenum and its alloys, with high melting points, excellent corrosion resistance and high
temperature creep resistance, are a vital high-temperature structural material. However, the …

Si-MoSi 2 oxidation protective coating was produced on Mo surface by hot dip silicon-plating
(HDS) technology. The isothermal oxidation behavior of Si-MoSi 2 coating was investigated …

To support the development of refractory complex, concentrated alloys (RCCAs), a clear
understanding of the effect of temperature on strength is needed. Body-centered cubic …

In present study two different austenitic based low-density steel (LDS) grades with
compositions of Fe–28Mn–9Al-0.9 C and Fe–15Mn–9Al-0.9 C–5Ni (in weight percent) were …

For titanium matrix composites (TMCs) with a dual-phase structure, yield strength (YS) is
typically governed by the hard α phase rather than the soft β phase in the matrix alloy …

The intrinsic correlation between dynamic precipitation and Dynamic Recrystallization
(DRX) in a rare earth (RE)-free engineering Mg-4Sn-3Al-1Zn (TAZ431, wt.%) magnesium …

High energy input additive manufacturing (AM) such as wire-based directed energy
deposition technologies are capable of high deposition rates but can result in coarse …

Recently, the hybrid method has been developed in which wire and arc additive
manufacturing (WAAM) use to produce the near net shape preform for the single-step hot …

Superior high temperature strength, better thermodynamic stability and good workability are
some of the desirable attributes of structural materials for next generation nuclear reactors …