In this 21st century, various materials like metals, alloys, and composites are available for
different industrial applications. Composite materials are gaining popularity due to their …

The interest for lightweight and high-temperature materials for critical innovative applications
is expanding in numerous modern industries. Reinforcing ceramic particles with micro/nano …

High-plasticity in-situ TiB/Ti matrix composites (TMCs) are fabricated by in-situ reaction
between Ti and ZrB 2 powder during vacuum sintering followed by hot rolling. Uniform …

In this study, monolithic pure Ti and Ti-6Ni-xTiCN composites were fabricated by the spark
plasma sintering method and the mechanical and anti-wear characteristics of the fabricated …

In this study, the Ti–0.8 Ni–0.3 Mo/XTiB (X= 5, 10, 15, and 20 wt%) composites were
prepared using the microwave-sintering assisted powder metallurgy technique, and …

Ti–Ni matrix composites were produced using spark plasma sintering (SPS), a powder
metallurgy technique. The influence of Ni-xTiB 2 additions on the titanium matrix …

Spark Plasma sintering is an excellent technique for develo** ceramic-reinforced
binary/ternary nickel and titanium metal matrix composites (MMCs). This review analyzes the …

The dearth of information on the tribological and oxidation behaviour of Ti-Ni-TiCN
composites has been identified in the literature. Therefore, in this work the tribological and …

The evolution of microstructures and the mechanical properties of the fabricated compacts
were analyzed following pulsed electric current sintering (PECS) of ceramics reinforced …

Structural and industrial demands for lightweight engineering materials with exclusive
properties have been rising in recent decades for automobile and aerospace applications …