The production methods and properties of metal matrix composite materials reinforced with
dispersion particles, platelets, non-continuous (short) and continuous (long) fibres are …

Metal matrix composites are a class of materials in which one or more materials are added
to a metal targeting specific property enhancements. Considering the possibilities to tailor …

Nowadays, metal matrix composites are being comprehensively used in aero and
automotive applications. The usage of composites increased because of their impressive …

NiAl-based composites reinforced with refractory metals in-situ by the directional
solidification technique have been recognized as promising candidate materials for high …

Wear resistant TiC/(NiAl–Ni3Al) composite coating was fabricated on a substrate of
electrolyzed nickel by laser cladding using Ni–Al–Ti–C alloy powders. The laser clad …

Well-aligned Mo fiber-reinforced NiAl in situ composites were produced by specially
controlled directional solidification. The creep behavior parallel to the growth direction was …

Mo fiber reinforced NiAl in situ composites with a nominal composition Ni-43.8 Al-9.5 Mo
(at.%) were produced by specially controlled directional solidification using a laboratory …

Microstructural and mechanical properties characterizations of nanocrystalline Ni–Al+ M
alloys were carried out. M represents the addition of transition elements such as Fe, Ga and …

NiAl-based nanocomposites reinforced by in situ Mo 2 C ceramic precipitates were
successfully fabricated by mechanical alloying and hot-pressing sintering. The …

Low room-temperature plasticity and poor high-temperature strength extremely restrain the
extensive application of NiAl composites. Herein, our work synergistically optimized the NiAl …