Fundamentals of Aerodynamics - Part 3
Course Description
In this course, we focus on aircraft performance and flight mechanics. These concepts allow engineers and pilots to predict how an aircraft will climb, cruise, glide, take off, and land under different operating conditions. Understanding performance is critical for safety, efficiency, and regulatory compliance.
What you'll learn in this course?
Explain the forces affecting aircraft performance
Analyze thrust and drag relationships
Understand power-required and power-available concepts
Explain climb performance and rate of climb
Understand range and endurance
Analyze takeoff and landing performance
Understand glide performance
Interpret basic performance charts
Explain effects of altitude and weight
Apply performance concepts to real aircraft
Prerequisites
Basic knowledge of aerodynamics, aircraft forces, and flight principles
Familiarity with lift, drag, thrust, weight, and elementary algebra
Course Curriculum
- Introduction
- Forces Affecting Performance
- Thrust and Drag Relationship
- Drag vs Speed Curve
- Power Required
- Power Available
- Excess Power
- Climb Performance
- Rate of Climb
- Range
- Endurance
- Takeoff Performance
- Landing Performance
- Glide Performance
- Effect of Weight
- Effect of Altitude
- Performance Charts
- Summary of Performance Concepts
- Assessment Instructions
- Fundamentals of Aerodynamics - Part 3