Rocket Propulsion

By K Ramamurthi more
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Product Specifications

Publisher Laxmi Publications All Aerospace Engineering books by Laxmi Publications
ISBN 9789385750007
Author: K Ramamurthi
Number of Pages 408
Edition Second Edition
Available
Available in all digital devices
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Rocket Propulsion - Page 1 Rocket Propulsion - Page 2 Rocket Propulsion - Page 3 Rocket Propulsion - Page 4 Rocket Propulsion - Page 5

Rocket Propulsion by K Ramamurthi
Book Summary:

This book deals with the fundamental aspects of rockets and the current trends in rocket propulsion. The book starts with a description of motion in space, the requirements of rockets for placing spacecrafts in different orbits about the Earth and escaping from the gravitational pull of celestial bodies. The rocket equation is subsequently formulated, following examples of the motion of a sled from change of momentum and movement of giant squid in deep seas. The operating principles, performance prediction procedures, design aspects and problem areas of the different types of rockets are discussed in detail. Practical examples and exercises are provided in each chapter to aid in understanding the concepts.

Audience of the Book :
This book Useful for Aerospace Engineering Students.
Salient features:

1. Terms employed in practice for defining the characteristic features of rocket are derived from basics and are illustrated with examples.

2. Selection of propellants for rockets is debated and a simplified analytical method is given for evaluating propellants used in solid, liquid and hybrid propellant rockets.

3. An exhaustive description and analysis of the cycles of operation of liquid propellant and cryogenic propellant rockets is provided.

4. An entire chapter is devoted to the problem of combustion instability, often encountered in the development of solid and liquid propellant rockets. The factors causing the instability are deducted. Detuning and gain stabilization methods of overcoming combustion instability are discussed.

5. The principles governing the operation of electrical rockets and the limitations arising from power and associated mass are deducted.

6. A brief on advanced rockets such as nuclear rockets, tri-propellant rockets, pulse detonation rockets is also provided 

Table of Contents:

1. Motion In Space: Requirements For Orbit

2. Theory Of Rocket Propulsion

3. Rocket Nozzle And Performance

4. Chemical Propellants

5. Solid Propellant Rockets

6. Liquid Propellant Rockets

7. Liquid Monopropellant Rockets

8. Hybrid Rockets

9. Combustion Instability

10. Electrical Rockets

11. Nuclear Rockets And Advanced Rockets

12. Solved Examples & Index

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