Akademik Dersler - İçerik

Explain the variation of transport, drag and thrust forces in flight using the basic principles of aerodynamics
Analyze aircraft performance metrics such as speed, range, flight time and maneuverability based on aerodynamic principles.
Explain the concepts of longitudinal, lateral and directional stability of aircraft and analyze control mechanisms and their effects on flight dynamics.
Use mathematical models and equations of motion to analyze aircraft behavior under different flight conditions such as level flight, climb, descent, and turn.
Explain the principles of aircraft propulsion systems, including jet engines, propellers and alternative propulsion technologies, and their effects on aircraft performance.
Evaluate the efficiency and performance of aircraft designs based on operational requirements and environmental factors.
Discuss advanced flight concepts such as supersonic and hypersonic flight, stealth technology and unconventional aircraft configurations and evaluate their aerodynamic challenges and benefits.