Large-eddy simulations of low pressure turbine endwall flow and heat transfer

Keyphrases

• Endwall Flow 100%
• Heat Transfer 100%
• Secondary Flow 100%
• Large Eddy Simulation 100%
• Turbine Endwall 100%
• Flow Transferring 100%
• Simulation Approach 60%
• Endwall Heat Transfer 40%
• Airfoil 40%
• Boundary Layer 40%
• Turbulence 40%
• Reynolds-averaged Navier-Stokes 40%
• Horseshoe Vortex 40%
• Unsteadiness 40%
• Suction Side 40%
• Reynolds Stress Modeling 40%
• WMLES 40%
• Modeling Approach 20%
• Surface Heat Transfer 20%
• Pressure Side 20%
• Secondary Flow Patterns 20%
• Specific Model 20%
• Model Assumptions 20%
• High-temperature Heat Transfer 20%
• Non-equilibrium 20%
• Computational Approach 20%
• Total Pressure Loss 20%
• Turbine Airfoil 20%
• Thick Airfoil 20%
• Flow Turning 20%
• Blade Passage 20%
• Model Deficiency 20%
• Endwall Boundary Layer 20%
• Boundary Layer Behavior 20%
• Flow Modeling 20%

Engineering

• Secondary Flow 100%
• Boundary Layer 60%
• Large Eddy Simulation Approach 60%
• Airfoil 40%
• Reynolds Stress 40%
• Reynolds-Averaged Navier-Stokes 40%
• Suction Side 40%
• Horseshoe Vortex 40%
• Leading Edge 20%
• Pressure Side 20%
• Heat Transfer Surface 20%
• Flow Pattern 20%
• Nonequilibrium 20%
• Turbines Airfoil 20%
• Pressure Loss 20%
• Boussinesq's Hypothesis 20%
• Thick Airfoil 20%
• Blade Passage 20%
• Equilibrium Boundary Layer 20%