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RISThe Effects of Thermal Shrinkage on Coating Formation in Thermal Spray Processes: A Numerical Approach
In this paper, we performed a numerical study on the
effects of thermal shrinkage on the deposition of
molten tin droplets on a steel substrate in thermal spray
coating process using Volume-of-Fluid ...
Porosity Formation due to Splat Curling-up in Thermal Spray Coating Technology: A Numerical Approach
The curling up of the splat rim in a thermal spray
coating process is simulated using a 2D numerical
approach (Ansys). As a simplifying assumption, the
splat is considered to be a flat disk of uniform ...
Super-liquid-repellent coating on the carbon steel surface
In this study, the spray coating method was used to fabricate a superamphiphobic coating with extremely high contact angles of 170°, 159.7° and 124° and low sliding angles of 1°, 4° and 10° for DI water, ethylene glycol and fuel oil droplets...
NUMERICAL SIMULATION OF DROPLET IMPACT AND SOLIDIFICATION INCLUDING THERMAL SHRINKAGE IN A THERMAL SPRAY PROCESS
In this paper, a numerical study is performed to investigate the effects of thermal shrinkage on the deposition of molten particles on a substrate in a
thermal spray process using the Volume-of-Fluid (VOF) method. ...
Splat shapes in a thermal spray coating process: simulations and experiments
We studied the deposition of nickel particles in a plasma spray on a stainless steel surface using both experiments and numerical simulations. We developed a three-dimensional computational model of free-surface fluid flow ...