Rocket Propulsion Elements 9th Edition

Authors: George P. Sutton, Oscar Biblarz
Publisher: Wiley (2017) · Language: English
ISBN-10: 1118753658 · ISBN-13: 978-1118753651

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Overview

Rocket Propulsion Elements by George P. Sutton and Oscar Biblarz is a definitive reference on rocket propulsion, providing a thorough examination of chemical, electric, and advanced propulsion systems. Widely recognized as a cornerstone text in aerospace engineering, this edition combines theoretical principles, practical design considerations, and modern advancements in propulsion technology.

The 9th Edition emphasizes clarity, precision, and application, making it ideal for both students and practicing engineers. It integrates updated examples, numerical methods, and design approaches to address contemporary challenges in space and rocket propulsion.

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What You’ll Learn

1. Fundamentals of Rocket Propulsion

Understand the basic physics of propulsion, including thrust, momentum, and energy transfer, forming the foundation for all propulsion system analysis.

2. Chemical Propulsion Systems

Explore liquid, solid, and hybrid rocket engines, their components, operating principles, and performance characteristics.

3. Electric and Advanced Propulsion

Gain insight into ion, Hall effect, and other advanced electric propulsion systems, along with their applications in space missions.

4. Design and Performance Analysis

Learn to analyze and optimize propulsion systems, including nozzle design, propellant selection, and performance calculations.

5. Practical Applications

Apply propulsion principles to spacecraft design, mission planning, and real-world engineering challenges, bridging theory and practice.

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Why This Book Matters

Rocket Propulsion Elements is the go-to reference for aerospace engineers and students, offering a comprehensive understanding of propulsion systems. Its blend of theory, mathematics, and practical insight enables readers to design, analyze, and evaluate rocket engines and spacecraft propulsion efficiently.

George P. Sutton’s authoritative approach ensures this text remains a must-have resource for anyone pursuing a career in aerospace or propulsion engineering.

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Who Should Read This Book

• Aerospace engineering students studying propulsion systems

• Professional engineers designing or analyzing rocket engines

• Researchers in space technology and propulsion innovation

• Educators and instructors seeking a comprehensive reference for propulsion courses

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Key Topics Covered

• Fundamentals of thrust, momentum, and energy

• Liquid, solid, and hybrid rocket propulsion

• Electric propulsion systems and advanced technologies

• Nozzle design and performance optimization

• Propellant chemistry and thermodynamics

• Space mission applications and propulsion case studies

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Conclusion

Rocket Propulsion Elements, 9th Edition, equips readers with the knowledge, analytical skills, and design principles necessary for success in aerospace engineering and propulsion technology. Its rigorous, clear, and practical approach makes it an essential reference for both students and professionals.