With the aim of exploring the possibility of achieving a low-cost thermal spray coating to
prevent wear, erosion and corrosion. In the current study, flyash-Al 2 O 3 and flyash-SiC …

The present research is intended at the development of plasma-sprayed coatings of Flyash-
TiO2 on the Al-6061 substrate. The coatings were developed under optimum process …

This chapter reports extensively on the plasma spray coating technique, spraying process
optimization, characterization, and modeling of coatings. The key spray parameters in …

The slurry erosion behavior of thermally sprayed Cr2O3 coatings on Aluminium alloy is
evaluated in the current research. By employing a high-velocity oxy-fuel (HVOF) spraying …

Abstract In this study, Aluminum Al7029 based hybrid composites have been developed by
choosing Tungsten Carbide particulate, Fly ash as reinforcements. The liquid metallurgy …

Hydrogen fuel is a promising sustainable energy source, offering a clean alternative to fossil
fuels. This study investigates the potential of plasma-sprayed barium titanate (BaTiO3) …

The current work investigates the erosion‐corrosion behaviour of thermally sprayed
tungsten carbide‐10% nickel (WC‐10% Ni) coatings placed on the AA6061 aluminum alloy …

This paper reports on the mechanical properties of Al7050 based hybrid composites
reinforced with Zirconium dioxide and fly ash particles. Composites were prepared using a …

High-velocity oxy-fuel (HVOF) is a widely used thermal spray technique to obtain high
density, high bond strength, and improved hardness coatings. In the present work …

Composites materials with more than two reinforcing materials are called hybrid composites.
Tailoring the composites by hybridizing fillers, fibers and matrix will yield better properties …