Numerical studies on the effects of stagnation pressure and temperature on supersonic flow characteristics in cold spray applications

Physics & Astronomy

• stagnation temperature 100%
• stagnation pressure 95%
• supersonic flow 79%
• flow characteristics 77%
• sprayers 62%
• coatings 33%
• nozzles 30%
• shock 25%
• nozzle geometry 24%
• supersonic nozzles 23%
• turbulence models 18%
• gases 17%
• Mach number 16%
• friction 14%
• energy dissipation 13%
• diamonds 13%
• damage 11%
• atmospheres 11%
• shear 11%
• thin films 8%
• performance 7%
• interactions 6%

Chemical Compounds

• Nozzle 62%
• Spray 62%
• Flow 43%
• Pressure 38%
• Mach Number 24%
• Coating Agent 23%
• Velocity 22%
• Application 20%
• Turbulence 18%
• Deposition Technique 14%
• Jet 14%
• Gas 14%
• Diamond 12%
• Shear 12%
• Energy 6%

Engineering & Materials Science

• Supersonic flow 83%
• Nozzles 57%
• Coatings 37%
• Temperature 26%
• Substrates 23%
• Gases 19%
• Turbulence models 16%
• Diamonds 16%
• Mach number 16%
• Thin films 15%
• Energy dissipation 14%
• Friction 11%
• Geometry 10%
• Hot Temperature 8%
• Costs 6%