📚︎Aircraft Design and Aerodynamics

· Overall aircraft design and aerodynamic configuration optimization; · Aerodynamics and computational fluid dynamics (CFD); · Aerodynamic design and thermal protection for hypersonic vehicles; · Flight dynamics; · Flight performance modeling and simulation; · Multidisciplinary design optimization (MDO); · Experimental aerodynamics and wind tunnel testing techniques;

📚︎Advanced Propulsion Systems and Power Technologies

· Aero-engine aerothermodynamics and design; · Rocket propulsion systems (solid, liquid, and hybrid propulsion); · Ramjet engines; · Scramjet engines and combined-cycle propulsion; · Green aviation power systems (electric propulsion, hydrogen power, hybrid-electric propulsion); · Combustion dynamics and numerical simulation of propulsion systems; · Turbomachinery and fluid machinery technologies;

📚︎Aerospace Materials and Structural Mechanics

· Design and manufacturing of advanced composite materials; · Lightweight structures and multifunctional structures; · High-temperature materials and materials for extreme environments; · Smart materials and adaptive structures; · Structural dynamics, vibration, and control; · Structural health monitoring and damage detection; · Applications of additive manufacturing in aerospace;

📚︎Flight Control, Navigation, and Avionics

· Flight control systems and guidance technologies; · Autonomous navigation and path planning; · Unmanned aerial vehicle (UAV) and electric vertical takeoff and landing (eVTOL) systems; · Avionics systems and airborne equipment; · Cooperative control and multi-agent systems; · Fault diagnosis and fault-tolerant control;