This article intends to summarize our actual knowledge in plasma spraying with an
emphasis on the points where work is still in progress. It presents successively: the plasma …

Introduction In this study, a novel numerical implementation for the adhesion of liquid
droplets impacting normally on solid dry surfaces is presented. The advantage of this new …

This paper summarizes our knowledge at the beginning of 2003 about splat formation. First,
the analytical and numerical models related to the impact and flattening of single particles …

An intensive training course has been developed and implemented at the California State
University Long Beach based on 8 years of experience in the multiphase flow area with the …

A three-dimensional model has been developed to simulate the fluid dynamics, heat transfer
and phase-change that occur when a molten metal droplet falls onto a flat substrate. The …

Zinc oxide (ZnO) thin films were deposited by spray pyrolysis technique using different
precursors. Three starting solutions salts namely: zinc acetate, zinc chloride and zinc nitrate …

Abstract Varied compositions of TiC (Titanium Carbide) and CuNi-Cr (Cupronickel-
Chromium) have been examined as coating materials for hydro machinery steel (SS316) …

Experimental observations, numerical simulations, and theoretical analysis are conducted to
investigate the impacting dynamics of water droplets on spherical surfaces. A volume of fluid …

We simulated impact of water, n-heptane, and molten nickel droplets on a solid surface. A
numerical code was developed to model the motion of both the liquid in the droplet and the …

This paper reviews the findings of recent research on the formation of solid splats by the
impact of thermal spray particles on solid substrates. It discusses methods of describing the …