Sensitivity analysis on supersonic-boundary-layer stability: Parametric influence, optimization, and inverse design

Keyphrases

• Sensitivity Analysis 100%
• Control Parameters 100%
• Design Optimization 100%
• Inverse Design 100%
• Parameter Perturbation 100%
• Boundary Layer Stability 100%
• Supersonic Boundary Layer 100%
• Influence Optimization 100%
• Parametric Influence 100%
• Growth Rate 66%
• Mean Shear 66%
• Mode S 66%
• Physical Sources 66%
• Flow Control 33%
• Shear Effect 33%
• Lagrangian Approach 33%
• Base Temperature 33%
• Advection 33%
• Temperature Gradient 33%
• Viscous Effects 33%
• Pressure Gradient 33%
• Suction 33%
• Mach number 33%
• Input Control 33%
• Theory Calculation 33%
• Energy Variation 33%
• Critical Reynolds number 33%
• Flow Energy 33%
• Linear Stability Theory 33%
• Baseflow 33%
• Sensitivity Theory 33%
• Frequency Disturbance 33%
• Steady Blowing 33%
• Wall Suction 33%
• Favorable Pressure Gradient 33%
• Velocity Distortion 33%
• Hartree 33%
• Intermediate Process 33%

Engineering

• Control Parameter 100%
• Inverse Design 100%
• Boundary Layer 100%
• Pressure Gradient 66%
• Good Agreement 33%
• Lagrangian Approach 33%
• Critical Reynolds Number 33%
• Base Shear 33%
• Linearized Stability 33%
• Mach Number 33%
• Thermal Gradient 33%
• Advection 33%
• Temperature Gradients 33%
• Base Flow 33%