A mathematical model describing changes in the velocity and temperature of the particles of the sprayedmaterial inside and outside of a two-chamber of high velocity oxygen fuelburner is given. MAPP gas and oxygen were taken as components of the fuel in the calculations. Determination of the 40 μm chromium carbide particles temperature and velocity is performed. The results show that, thanks to the original design of the burner, the conditions for thermal relaxation of the sprayed material are substantially improved, and the possibilities for controlling the spraying process are enhanced.
MODELLING OF THE VELOCITY AND TEMPERATURE CHANGES OF Cr3C2 PARTICLES IN THE PROCESS OF HIGH VELOCITY OXYGEN FUEL SPRAYING BY TWIN-COMBUSTION-CHAMBER BURNER
2017
Article (Journal)
Electronic Resource
Unknown
Metadata by DOAJ is licensed under CC BY-SA 1.0
Understanding high velocity oxygen fuel spraying
Emerald Group Publishing | 2001
High velocity oxy-fuel spraying
Tema Archive | 2004
|Coating, Thermal Spray High Velocity Oxygen/Fuel Process
SAE Technical Papers | 2006