Film cooling calculations with an iterative conjugate heat transfer approach using empirical heat transfer coefficient corrections

Keyphrases

• Blade Material 12%
• Blade Temperature 25%
• Calculation Technique 12%
• CFD Solver 12%
• Coefficient Correction 100%
• Component Design 12%
• Computational Resources 12%
• Conjugate Calculation 12%
• Conjugate Heat Transfer 100%
• Conjugate Heat Transfer Analysis 25%
• Constant Wall Temperature 25%
• Convection 37%
• Convective Heat Transfer Coefficient 12%
• Conventional Techniques 12%
• Cooled Blade 12%
• Cooling Flows 12%
• Cooling Heat Transfer 12%
• Cooling Simulation 12%
• External Flow 12%
• Film Cooling 100%
• Film Cooling Hole 12%
• Flat Plate 37%
• Flow Conditions 12%
• Flow Transferring 12%
• Heat Transfer 12%
• Heat Transfer Calculation 12%
• Heat Transfer Coefficient 100%
• Heat Transfer Effect 12%
• Heat Transfer Surface 12%
• Heat Transfer Technique 12%
• High Computational Cost 12%
• High Temperature Difference 25%
• Industrial Applications 12%
• Linear Algebraic Equations 12%
• Loose Coupling 12%
• Low Temperature Difference 12%
• Near-field 12%
• Surface Temperature 25%
• Surface Temperature Distribution 12%
• Transfer Approach 100%
• Turbine Blade 12%
• Uncooled 25%
• Wall Temperature 12%

Engineering

• Blade Turbine 20%
• Boundary Condition 40%
• Computational Cost 20%
• Computational Fluid Dynamics 20%
• Computational Resource 20%
• Constant Wall Temperature 40%
• Convective Heat Transfer Coefficient 20%
• Conventional Technique 20%
• Cooling Hole 20%
• External Convection 40%
• External Flow 20%
• Flat Plate 60%
• Flow Condition 20%
• Heat Transfer Coefficient 100%
• Heat Transfer Effect 20%
• Heat Transfer Surface 20%
• Industrial Applications 20%
• Iterative Technique 20%
• Linear Algebraic Equation 20%
• Low-Temperature 20%
• Surface Temperature Distribution 20%