MODERN ROCKET PROPULSION ENGINEERING: A Comprehensive Principles to Rocket Engines, Propellants, Combustion Systems, and Space Exploration Technologies. (ENGINEERING GUIDE SERIES) - Softcover

WOLF, EVELYN R.

Softcover

ISBN 13: 9798174571495

Verlag: Independently published, 2026

Inhaltsangabe

Discover the engineering principles behind the machines that make space exploration possible.

Rocket propulsion is one of the greatest achievements in modern engineering. Every satellite launched into orbit, every spacecraft exploring distant worlds, and every future mission to the Moon and Mars depends on the science and technology of rocket engines.

Modern Rocket Propulsion Engineering provides a comprehensive introduction to the principles, systems, and innovations behind modern rocket propulsion. This book takes readers through the complete journey of propulsion engineering, from the fundamental physics of thrust generation to the advanced technologies shaping the future of space transportation.

Beginning with the foundations of rocket motion, readers will explore how rockets generate thrust, how chemical energy is transformed into high-speed exhaust, and how engineers measure propulsion performance. The book explains essential concepts such as specific impulse, exhaust velocity, mass ratio, combustion processes, and rocket engine efficiency in a clear and structured manner.

Readers will gain insight into the design and operation of major propulsion systems, including:

1. Liquid rocket engines and their complex components

2. Solid rocket motors and internal combustion processes

3. Hybrid propulsion technologies

4. Electric propulsion systems for deep-space missions

5. Nuclear and emerging propulsion concepts

The book also explores the engineering challenges behind high-performance rocket systems, including combustion stability, thermal management, advanced materials, nozzle optimization, and engine reliability. It explains how engineers design propulsion systems capable of operating under extreme conditions involving intense heat, enormous pressure, and demanding mission requirements.

Beyond traditional rocket technology, Modern Rocket Propulsion Engineering examines the future of space exploration. Readers will discover how reusable rockets, sustainable propellants, artificial intelligence, digital engineering, additive manufacturing, and advanced propulsion concepts are transforming the aerospace industry.

Whether you are an aerospace engineering student, mechanical engineering student, aspiring rocket engineer, space technology enthusiast, or simply curious about how rockets work, this book provides a detailed yet accessible pathway into one of the most exciting fields of engineering.

Inside, you will learn about:

1. The physics behind rocket motion and thrust generation

2. Rocket propellants, combustion chemistry, and fuel systems

3. Liquid and solid rocket engine architecture

4. Rocket nozzle design and thrust optimization

5. Advanced propulsion technologies for deep-space missions

6. Engine testing, simulation, and reliability engineering

7. The future of reusable rockets and interplanetary transportation

Rocket propulsion is more than the study of engines; it is the foundation of humanity’s journey beyond Earth. As space exploration enters a new era, engineers will continue developing technologies that allow spacecraft to travel farther, operate longer, and explore new frontiers.

Modern Rocket Propulsion Engineering offers a complete exploration of the science, design principles, and innovations driving the next generation of space exploration. Whether you are building your engineering knowledge or exploring the future of aerospace technology, this book provides the essential foundation for understanding how rockets carry humanity toward the stars.

Details zur Ausgabe

• Verlag: Independently published
• Erscheinungsdatum: 2026
• Sprache: Englisch
• ISBN 13: 9798174571495
• Einband: Paperback
• Anzahl der Seiten: 194
• Kontakt zum Hersteller: Nicht verfügbar
• Verantwortliche Person: Nicht verfügbar