Cermets are widely used in various industrial applications due to their high hardness,
thermal stability, thermal conductivity, exceptional mechanical properties, and oxidation …

Ceramic matrix materials have attracted great attention from researchers and industry due to
their material properties. When used in engineering systems, and especially in aero-engine …

The harnessing of heat emanating from powder-based exothermic reactions to produce
advanced materials has been around for many decades, and is manifested in the process of …

The effects of alloy additions of nickel (Ni), molybdenum (Mo), and Ni and Mo together on
the impact toughness of an API HSLA-70 steel by submerged arc welding in the laboratory …

In thus study the effects of microstructure on wear of multiphase materials is analyzed with
reference to titanium carbide-based ceramic–metal composites. The weight fraction of TiC …

Cermet is an advanced class of material consisting of a hard ceramic phase along with a
metallic binding phase with the combined advantages of both the ceramic and the metal …

In this study the fabrication of dense TiC-13% vol Fe cermet is investigated with combination
of mechanical activation and spark plasma sintering from Ferrotitanium and carbon black as …

The tribological behavior of TiC/Ni composites is optimized by adding Ta, due to the
improved oxidation resistance and hardness. The (Ti, Ta) C particles with core-rim structure …

In situ synthesis of 20vol% TiC–Ni composites using the medium frequency induction
melting–casting technology was investigated. The final product was composed of TiC and …

An extremely fine and homogeneous (Ti, Mo) C–Ni nanocomposite powder was synthesized
by high-energy ball milling of a mixture of Ti, Mo, Ni, and C powders. The nanocomposite …