Computational Fluid Mechanics
Expertise in wide range of CFD applications;
Subsonic – General purpose aircraft/Unmanned Air Vehicles
Transonic – Rotorcraft Applications
Supersonic/Hypersonic – Fighter Jets/Rockets/Reentry vehicles
A family of solutions are present using in-house developed software or enhanced open source software capabilities for complex and computationally demanding problems in diverse areas such as;
- High speed
- Plasma
- Low density
- Termal non-equilibrium
- Multi-scale
- Multi-phase
- Surface Chemistry
- Radiation
Dynamics and Control Systems
Dynamic modelling of complex systems. Rotor dynamics, aerodynamic modelling of fixed wind rotary wing aircraft. Control System design and development
Rotorcraft Modelling
Control System Design and Development
UAV Design
For air and space vehicles(Helicopter, Airplane, UAV, Satellites, Rockets, etc.),
- Flight dynamics modeling,
- Modeling to simulation environment,
- Design, developments and optimization of autonomous flight control systems,
- Detailed aerodynamics, aerothermodynamics and flight dynamics.
Space Applications
Expertise in space applications include;
Space Mission Design
Space Propulsion
Space Environment Quantification
In house developed and open source software capalities are present suited for problems such as;
- Preliminary mission design
- Propulsion plume effect and interaction
- Contamination
- Electrical charging
Optimization and Uncertainty Quantification
Novel Optimization techniques using High Performance Computing techniques and supply answers to questions such as;
Optimization
Sensitivity Analysis
Uncertainity Quantification
Calibration
The developed capabilities offer solutions to applications necessitating features such as;
- Parameter Studies
- Shape optimization
- Multiple constaints/goal function problems
- Response Surface Generation
- Adaptive Sampling