In thermal spraying processes, molten, semi-molten, or solid particles, which are sufficiently
fast in a stream of gas, are deposited on a substrate. These particles can plastically deform …

A finite element method is used to simulate the deposition of the thermal spray coating
process. A set of governing equations is solving by a volume of fluid method. For the …

Cr 3 C 2-NiCr coating has been extensively applied on the surface of components to resist
high temperature oxidation, hot corrosion and erosion. The service properties of multi-layer …

Thermal spray coatings are affected by various parameters. In this study, the finite element
method with volume of fluid (VOF) procedure is used to investigate the deposition process …

In the first part of the present study, an appropriate inflow turbulent boundary condition is
chosen. Then, a comparison is made between two turbulence models for a plasma jet …

In the thermal plasma flash evaporation process, due to the high quenching rate of the
impinging plasma jet and the steep temperature gradient in front of the substrate …

The aim of this study is to provide the thermal spray coating community with a parametric
study and optimized quantifiable variables for two gun nozzle geometries (Oerlikon Metco …

So far, particle behavior has not been well studied for cases with great gas/particle–surface
temperature ratios, or with intensely evaporating particles, especially for the case of high gas …

Metal spraying for coating industrial pieces and products are applied in different industrial
fields. In these recent years, many researchers have focused on developing various metal …