Flight Mechanics
Flight mechanics course will helps students understand aircraft motion, stability, control, and performance, forming the foundation for safe, efficient aerospace design and operations.
Course Outcome
This course is designed to equip studuents with the principles of aircraft motion, forces, and moments; analyze stability and control; understand performance in various flight regimes; apply equations of motion; interpret aerodynamic effects; and solve practical flight mechanics problems relevant to aircraft and UAV design and operation.
Pedagogical Approaches
Animated content, 3D Simulations, and Video lecture integrations
Prerequisite Subjects
Engineering Mathematics, Engineering Mechanics.
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Syllabus
Learning Modules
Experiments
Test Your Knowledge
References
Syllabus
Basics of Flight Mechanics — Syllabus
Module 1: International Standard atmosphere
Module 2: Classification of aircraft
Module 3: Airplane configuration
Module 4: Primary flight instruments
Module 5: Aerodynamic forces and moments
Module 6: Drag polar
Module 7: Airplane performance
Module 8: Longitudinal Static stability
Module 9: Lateral & Directional Static stability
Module 10: Dynamic stability
Learning Modules
Atmosphere by Dr Aishwarya Dhara
Classification of Aircraft by Dr Aishwarya Dhara
Aircraft components by Dr Aishwarya Dhara
Primary Flight Instruments by Dr Aishwarya Dhara
Drag polar by Dr Aishwarya Dhara
Airplane performance by Dr Aishwarya Dhara
Longitudinal Static Statibility by Dr Aishwarya Dhara
Lateral directional Static Stability by Dr Aishwarya Dhara
Dynamic stability by Dr Aishwarya Dhara
Experiments
Virtual Lab
COMING SOON!
Test Your Knowledge
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References
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