Static Aeroelastic Corrections
- Aeroelastic correction process methodology
- Computation of static aeroelastic corrections from FEM software
- Techniques of computing aerodynamic weighting matrix for the Aerodynamic Influence Coefficients (AIC)
- Camber and twist corrections from fabrication shape to design shape
- Techniques on applying aeroelastic correction factors on nonlinear aerodynamic data
- Incorporating flexibility effects on downwash and fuselage
- Control surface aeroelastic correction factors
Aeroelastic/Aeroservoelastic Modeling
- Frequency domain aeroelastic/aeroservoelastic models
- Time domain aeroelastic/aeroservoelastic modeling and simulation
- Rational Function Approximation (RFA) techniques for unsteady aerodynamics
- RFA techniques for unsteady Gust
- Reduced order modeling
- Binary data export from Nastran to Matlab
- Integrating flight dynamics model into aeroelastic models
- Integration of actuator, flight control system, and sensor models into aeroelastic models
Aeroelastic/Aeroservoelastic Analysis
- Open-loop and closed-loop flutter
- Static Aeroelastic effects
- Frequency responses
- Static divergence
- Time domain
- Hard-over failures
- Oscillatory failures
- Freeplay
- Dynamic loads
