Rocket Propulsion Engineering Handbook: Fundamentals, Propellants, Combustion, Nozzles, Engine Systems, Performance, and Spaceflight Applications.

By CONNIE R. ROSARIO

Rocket Propulsion Engineering Handbook

Fundamentals, Propellants, Combustion, Nozzles, Engine Systems, Performance, and Spaceflight Applications

How do rockets generate the enormous forces required to escape Earth's gravity? What happens inside a rocket engine during combustion? Why do different missions require different propulsion systems?

Rocket Propulsion Engineering Handbook provides a comprehensive introduction to the science, engineering principles, and technologies behind modern rocket propulsion systems. From basic concepts of thrust and momentum to advanced propulsion technologies used for deep-space exploration, this handbook guides readers through the complete process of how rockets produce, control, and apply propulsion.

Whether you are an engineering student, aerospace professional, researcher, or space enthusiast, this book offers a structured understanding of the systems that make spaceflight possible.

Inside this handbook, you will discover:

1. The fundamental principles of rocket propulsion, including thrust, momentum, reaction forces, and rocket performance

2. How liquid, solid, hybrid, and gaseous propellants work and why engineers select different propellant combinations for different missions

3. The science of combustion inside rocket engines, including ignition, flame stability, combustion efficiency, heat transfer, and thermal challenges

4. How rocket nozzles transform high-temperature combustion gases into high-speed exhaust and usable thrust

5. The design and operation of liquid rocket engines, including tanks, feed systems, injectors, turbopumps, valves, cooling systems, and engine cycles

6 The engineering behind solid rocket motors and hybrid propulsion systems, including grain design, burn rates, reliability, and applications

7 Advanced propulsion technologies such as ion engines, Hall-effect thrusters, nuclear thermal propulsion, and future deep-space concepts

8. How engineers design, test, analyze, qualify, and improve rocket engines for safe and reliable operation

9. The role of propulsion systems in launch vehicles, spacecraft, reusable rockets, and next-generation space missions

Unlike books that focus only on equations or isolated engine components, this handbook presents rocket propulsion as a complete engineering system. It explains how physics, chemistry, materials, design decisions, testing, and mission requirements work together to create successful propulsion technologies.

Readers will gain insight into the challenges engineers face when developing engines capable of operating under extreme temperatures, pressures, and environments. From the first principles of rocket motion to the future of interplanetary exploration, this book provides a clear pathway into one of the most fascinating fields in aerospace engineering.

Build your understanding of the technology that powers space exploration. Discover the engineering principles behind the rockets that carry humanity beyond Earth.

• Format: Paperback
• Language: English
• ISBN: B0HMFRLC4R
• ISBN13: 9798160336732
• Release Date: October 2026
• Publisher: Independently Published
• Length: 220 Pages
• Weight: 1.15 lbs.
• Dimensions: 0.5" x 8.5" x 11.0"