Structural and Aerodynamical Parametric Study of Truss-Core Gas Turbine Rotor Blade

Engineering

• Parametric Study 100%
• Structural Performance 100%
• Gas Turbine 100%
• Rotor Blade 100%
• Rotors 66%
• Flow Analysis 33%
• Stress State 33%
• Bending Stress 33%
• Core Model 33%
• Fluid Flow 33%
• Centrifugal Force 33%
• Turbomachinery 33%
• Blade Turbine 33%
• Complex Stress State 33%
• Initial and Boundary Condition 33%
• Rotor Technique 33%
• Density Core 33%

Keyphrases

• Gas Turbine Rotor Blade 100%
• Truss Core 100%
• Structural Performance 60%
• Core Structure 40%
• Model Fluid 20%
• Stress-induced 20%
• Surface Load 20%
• Rotor 20%
• Bending Stress 20%
• Gas Turbine 20%
• Stress State 20%
• ANSYS Mechanical 20%
• Centrifugal Force 20%
• Fluid Flow Analysis 20%
• Stator Blade 20%
• Density Dependence 20%
• Turbomachinery 20%
• Complex Stress State 20%
• Stress Behavior 20%
• Turbine Blade 20%
• Frozen Rotor 20%
• Transonic 20%
• Rotor Blade 20%
• Combined Surface 20%
• ANSYS CFX 20%
• Kagome Truss 20%