Multidisciplinary design optimization procedure for improved design of a cooled gas turbine blade

Mathematics

• Multidisciplinary Design Optimization 100%
• Gas Turbine 85%
• Turbine Blade 85%
• Blade 70%
• Design 32%
• Aerodynamics 15%
• 3D 14%
• Film Cooling 13%
• Optimization 10%
• Geometric Constraints 8%
• Multiobjective Optimization Problems 8%
• Bézier 7%
• Bernstein Polynomials 7%
• Constrained Optimization Problem 7%
• Viscous Flow 7%
• Heat Transfer 6%
• Navier-Stokes Equations 5%
• Finite Element Method 5%
• Interior 5%

Business & Economics

• Design Optimization 79%
• Aerodynamics 53%
• Temperature 50%
• Gas 42%
• Geometry 33%
• Finite Element Method 26%
• Heat Transfer 26%
• Cooling 22%
• Multi-objective Optimization 20%
• Polynomials 17%
• Optimization Problem 16%
• Integrated 10%

Engineering & Materials Science

• Turbomachine blades 50%
• Gas turbines 46%
• Aerodynamics 28%
• Geometry 21%
• Temperature 21%
• Viscous flow 20%
• Constrained optimization 19%
• Navier Stokes equations 17%
• Multiobjective optimization 16%
• Turbines 13%
• Polynomials 13%
• Cooling 12%
• Heat transfer 11%
• Finite element method 10%