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Aerospace Engineering Foundations - Aerodynamics and Flight Mechanics: A Comprehensive Guide to Aerodynamics, Flight Mechanics, Aircraft Stability, an
| AUTHOR | Adler, Bill |
| PUBLISHER | Independently Published (06/01/2025) |
| PRODUCT TYPE | Paperback (Paperback) |
LAUNCH YOUR EXPERTISE INTO ORBIT
Are you an aerospace student cramming for finals, a practicing engineer refreshing the fundamentals, or a flight-test enthusiast hungry for deeper insight? This powerhouse reference catapults every core aerodynamic and flight-mechanics equation to the front lines of design and analysis-then shows you exactly how to wield them for real-world results.
WHAT'S INSIDE
44 Stand-Alone Chapters covering every must-know topic:
- Standard atmosphere modeling- Continuity, momentum, and energy equations
- Laminar & turbulent boundary layers
- Compressible flow, shock waves, expansion fans, nozzle design
- Potential flow, thin-airfoil, and lifting-line theories
- Finite-wing aerodynamics and induced drag
- High-lift devices and complete drag polars
- Static & dynamic stability derivatives, phugoid and Dutch roll modes
- Performance essentials-range, endurance, climb, turning flight, V-n diagrams, takeoff, landing, specific excess power
500+ Practice Problems-each chapter ends with targeted exercises that cement theory into calculation skills.
Exam-Ready, Industry-Tough-ideal prep for FE, PE, graduate qualifying, and on-the-job design reviews.
Precision Language, Zero Fluff-optimized for rapid search and just-in-time reference.
Whether your mission is to ace your next exam, optimize a wing planform, or simply speak the language of high-speed flight with confidence, this guide will get you there at Mach speed. Claim your copy and take command of the sky today!
LAUNCH YOUR EXPERTISE INTO ORBIT
Are you an aerospace student cramming for finals, a practicing engineer refreshing the fundamentals, or a flight-test enthusiast hungry for deeper insight? This powerhouse reference catapults every core aerodynamic and flight-mechanics equation to the front lines of design and analysis-then shows you exactly how to wield them for real-world results.
WHAT'S INSIDE
44 Stand-Alone Chapters covering every must-know topic:
- Standard atmosphere modeling- Continuity, momentum, and energy equations
- Laminar & turbulent boundary layers
- Compressible flow, shock waves, expansion fans, nozzle design
- Potential flow, thin-airfoil, and lifting-line theories
- Finite-wing aerodynamics and induced drag
- High-lift devices and complete drag polars
- Static & dynamic stability derivatives, phugoid and Dutch roll modes
- Performance essentials-range, endurance, climb, turning flight, V-n diagrams, takeoff, landing, specific excess power
500+ Practice Problems-each chapter ends with targeted exercises that cement theory into calculation skills.
Exam-Ready, Industry-Tough-ideal prep for FE, PE, graduate qualifying, and on-the-job design reviews.
Precision Language, Zero Fluff-optimized for rapid search and just-in-time reference.
Whether your mission is to ace your next exam, optimize a wing planform, or simply speak the language of high-speed flight with confidence, this guide will get you there at Mach speed. Claim your copy and take command of the sky today!