Aerospace
 Engineering



Research

Research at the Department incorporates a multidisciplinary approach to solving various problems related to the field of aerospace engineering such as: design of airplanes, gliders, jet and rocket engines, helicopters, etc.

Topics

The main research topics are: aerodynamics, computational fluid dynamics, structural analysis, engineering simulations and optimization, composite materials, additive manufacturing, flight dynamics, rotorcraft, UAVs, wind turbines, experimental measurements.

The Department staff is constantly involved in investigating and solving fundamental, applied and engineering problems. Here are a few examples:

  1. Development of different low-cost, high-fidelity design tools,

  2. Automated modelling of lifting surfaces (wings, blades),

  3. Aerodynamic analyses of different complexity,

  4. Turbulence,

  5. Structural analyses (both static and dynamic) of different complexity,

  6. Laminated composites,

  7. Rapid prototyping and experimental testing,

  8. Manufacturing composite (highly curved) structures (e.g. wind turbine blades),

  9. Additive manufacturing for aerospace applications,

  10. Flight dynamics and control,

  11. Smart structures,

  12. Electric and hybrid propulsion,

  13. Unconventional aircraft (amphibian, unmanned, small-scale, high-altitude long-endurance)…

Products/Technological Development

Important contributions resulting from the research projects are various aerospace systems and subsystems. Here are a few examples:

  1. Unmanned air vehicles,

  2. Composite parts and helicopter/wind turbine blades,

  3. Light sports amphibian aircraft FFROG,

  4. GA airplane Safat-03,

  5. Light helicopter,

  6. Light unmanned aircraft engines,

  7. Micro turbojet engine,

  8. Glider Vuk T,

  9. and many more...

Publications