Mechanics and Thermodynamics of Propulsion
by Philip G. Hill, Carl R. Peterson · Philip G. Hill, Carl R. Peterson
The classic Hill and Peterson text, deriving propulsion performance from first principles: thermodynamic cycles, turbomachinery, combustion, and chemical and electric rocket engines. It equips readers to analyse both air-breathing and rocket systems using fundamental gas dynamics.
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More resources on Propulsion Systems
nasa.gov
NASA.gov is the official site of the U.S. space agency, offering mission news, research results, data, and STEM education resources. It features engineering articles, technical briefs, simulations, multimedia, and classroom materials for students and educators.
Everyday Astronaut
Tim Dodd's spaceflight site, with long-form articles and documentary videos explaining how rocket engines and launch vehicles work, plus live launch coverage. Useful for building intuition about propulsion cycles and vehicle tradeoffs before reading formal texts.
Space Propulsion (MIT 16.522)
Rocket propulsion fundamentals and advanced concepts: mission analysis, solid propellant rockets, microthrusters, and electrothermal, electrostatic and electromagnetic thrusters, plus satellite power systems. Offers 22 lecture note files and problem sets, giving learners the physics needed to compare chemical and electric propulsion options.
Introduction to Propulsion Systems (MIT 16.50)
Treats air-breathing and rocket engines as systems within a vehicle design, covering mission analysis, fundamental performance relations and example design solutions. Lecture notes, problem sets and exams come with solutions, so learners can size and evaluate a propulsion system for a given mission.
Gas Turbine Propulsion
Learn gas turbine propulsion principles and applications with Prof. Kulkarni's comprehensive course. Explore propulsion-systems in detail!
Aircraft Propulsion
Farokhi's graduate text on air-breathing engines, covering thermodynamic cycles, inlets, compressors, combustors, turbines and nozzles, plus chapters on ramjets and engine noise. Working through it gives you the tools to size and analyse a gas turbine.