Rocket and spacecraft propulsion principles practice and new developments

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rocket and spacecraft propulsion principles practice and new developments

Rocket and Spacecraft Propulsion: Principles, Practice and New Developments by Martin J.L. Turner

Space exploration and research depends fundamentally on the use of rockets to launch probes and manned vehicles beyond the earths atmosphere. The first successful launch vehicles were developed in the 1960s from concepts dating back to the 1930s.This practical book written from the perspective of the space scientist deals with the latest applications and propulsion concepts at a level readable by space scientists and students without a formal engineering background.There are seven main topics: Principles of rocket propulsion and base vehicle dynamics; Thermal motors and the thermodynamics of thrust; Liquid propellant motors; Solid propellant motors; Launch vehicles, station keeping and attitude control, interplanetary transfer vehicles and dynamics; New developments: advanced thermal motors; electric propulsion and dynamics of electrically propelled vehicles; Future developments, fission and fusion powered propulsion.
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How a Rocket works ?

Library - International Space University.
Martin J.L. Turner

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Martin J. The revised edition of this practical, hands-on book discusses the range of launch vehicles in use today throughout the world, and includes the very latest details of some of the advanced propulsion systems currently being developed.
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Table of Contents Preface to the third edition Preface to the second edition Preface to the first edition Acknowledgements List of figures List of tables List of colour plates 1 History and principles of rocket propulsion The development of the rocket Newton's third law and the rocket equation Orbits and spaceflight Non-Rocket In-Space Propulsion 2 The thermal rocket engine The basic configuration The development of thrust and the effect of the atmosphere The thermodynamics of the rocket engine The thermodynamic thrust equation Computing rocket engine performance Worked Exapmle Summary 3 Liquid propellant rocket engines The basic configuration of the liquid propellant engine The combustion chamber and nozzle Liquid propellant distribution systems Cooling of liquid-fuelled rocket engines Examples of rocket engine propellant flow. Turner Rocket and Spacecraft Propulsion Third Edition has been revised and updated to provide a practical, hands-on work dealing with the newest applications and systems used in rocket and spacecraft propulsion.

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Space exploration and research depends fundamentally on the use of rockets to launch probes and manned vehicles beyond the earths atmosphere. The first successful launch vehicles were developed in the s from concepts dating back to the s. This practical book written from the perspective of the space scientist deals with the latest applications and propulsion concepts at a level readable by space scientists and students without a formal engineering background. There are seven main topics: Principles of rocket propulsion and base vehicle dynamics; Thermal motors and the thermodynamics of thrust; Liquid propellant motors; Solid propellant motors; Launch vehicles, station keeping and attitude control, interplanetary transfer vehicles and dynamics; New developments: advanced thermal motors; electric propulsion and dynamics of electrically propelled vehicles; Future developments, fission and fusion powered propulsion. Upper-division undergraduates; graduate students.

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2 COMMENTS

  1. Eleazar N. says:

    He examines rockets and rocket engines from the viewpoint of physical principles and gives accessible explanations on how rockets work.

  2. Martin B. says:

    Rocket and Spacecraft Propulsion : Martin J. L. Turner :

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