Heat transfer in the stagnation region of an excited plane impinging jet

Physics & Astronomy

• boundary layer thickness 26%
• causes 12%
• counters 36%
• excitation 40%
• flow distribution 17%
• fluids 12%
• heat flux 56%
• heat transfer 65%
• heat transfer coefficients 22%
• laser induced fluorescence 21%
• nozzles 19%
• Nusselt number 22%
• Reynolds stress 46%
• stagnation point 100%
• temperature 6%
• temperature distribution 16%
• thermal boundary layer 27%
• turbulence 15%
• velocity distribution 16%
• vortices 61%
• vorticity 20%

Engineering & Materials Science

• Boundary layers 19%
• Flow fields 17%
• Fluids 13%
• Fluorescence 24%
• Heat flux 56%
• Heat transfer 55%
• Heat transfer coefficients 19%
• Hot Temperature 10%
• Lasers 15%
• Nozzles 18%
• Nusselt number 21%
• Temperature 8%
• Temperature distribution 17%
• Turbulence 18%
• Velocity measurement 21%
• Vortex flow 72%
• Vorticity 23%