Aircraft Performance and Flight Dynamics
( 30 Modules )

Module #1
Introduction to Aircraft Performance and Flight Dynamics
Overview of aircraft performance and flight dynamics, importance, and applications

Module #2
Aircraft Design and Performance Parameters
Aircraft design elements, performance parameters, and their impact on flight dynamics

Module #3
Aerodynamics Fundamentals
Basics of aerodynamics, airfoil theory, and Bernoullis equation

Module #4
Lift and Drag Forces
Calculation and analysis of lift and drag forces, lift-to-drag ratio, and aerodynamic coefficients

Module #5
Airplane Motions and Rotations
Introduction to airplane motions, rotations, and fixed and free body diagrams

Module #6
Equations of Motion
Derivation and application of equations of motion for aircraft, including kinematic and dynamic equations

Module #7
Stability and Control
Concepts of stability and control, including static and dynamic stability, and control surfaces

Module #8
Longitudinal Dynamics
Analysis of pitch, yaw, and roll motions, and their effects on aircraft stability and control

Module #9
Lateral Dynamics
Analysis of sideslip, bank, and turn dynamics, and their effects on aircraft stability and control

Module #10
Directional Dynamics
Analysis of yaw and roll dynamics, and their effects on aircraft stability and control

Module #11
Aircraft Performance Envelope
Analysis of aircraft performance limits, including speed, altitude, and maneuvering envelopes

Module #12
Takeoff and Landing Performance
Analysis of takeoff and landing performance, including ground roll, climb, and descent

Module #13
Cruise and Endurance Performance
Analysis of cruise and endurance performance, including range and endurance calculations

Module #14
Climb and Descent Performance
Analysis of climb and descent performance, including rate of climb and descent

Module #15
Maneuvering Performance
Analysis of maneuvering performance, including turns, rolls, and G-forces

Module #16
Aircraft Performance Analysis Tools
Introduction to aircraft performance analysis tools, including graphical methods and computational software

Module #17
Flight Test Methods
Introduction to flight test methods, including data collection and analysis

Module #18
Aircraft Performance Optimization
Methods for optimizing aircraft performance, including multi-disciplinary design optimization

Module #19
Unmanned Aerial Vehicles (UAVs)
Unique performance and flight dynamics considerations for UAVs

Module #20
Rotorcraft Performance and Flight Dynamics
Unique performance and flight dynamics considerations for helicopters and rotorcraft

Module #21
Aerodynamic Modeling and Simulation
Introduction to aerodynamic modeling and simulation techniques, including CFD and wind tunnel testing

Module #22
Flight Dynamics Modeling and Simulation
Introduction to flight dynamics modeling and simulation techniques, including 6-DOF and flight simulator models

Module #23
Aircraft Performance Certification
Regulations and guidelines for aircraft performance certification, including FAA and ICAO standards

Module #24
Performance and Safety Considerations
Performance and safety considerations for aircraft design and operation, including risk analysis and mitigation

Module #25
Case Studies in Aircraft Performance and Flight Dynamics
Real-world examples and case studies of aircraft performance and flight dynamics

Module #26
Future Directions in Aircraft Performance and Flight Dynamics
Emerging trends and technologies in aircraft performance and flight dynamics, including electric and hybrid-electric propulsion

Module #27
Group Project:Aircraft Performance Analysis
Student-led group project to analyze and optimize aircraft performance

Module #28
Individual Project:Flight Dynamics Modeling
Student-led individual project to model and simulate flight dynamics of an aircraft

Module #29
Review and Assessment
Review of key concepts and assessment of student knowledge and understanding

Module #30
Course Wrap-Up & Conclusion
Planning next steps in Aircraft Performance and Flight Dynamics career

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Aircraft Performance and Flight Dynamics ( 30 Modules )

Aircraft Performance and Flight Dynamics
( 30 Modules )