Explore the steam engine and heat engines through theory and practice
This authoritative reference by J. A. Ewing blends history, thermodynamics, and applied engineering to show how engines work, with diagrams and real-world examples.
This edition surveys the development of heat engines, explains key principles like the first and second laws, and applies them to steam, air, and other fuels. It emphasizes the connection between theory and engineering practice, including instrumented testing and methods to analyze efficiency and performance.
- Clear explanations of entropy, adiabatic and isothermal processes, and Carnot’s principles
- Practical discussions of boiler efficiency, engine testing, and measurement techniques
- Detailed treatment of slide-valves, governors, compound expansion, and other engine features
- Guidance that links theoretical concepts to the design and operation of real machines
Ideal for students, engineers, and researchers seeking a solid, historical and practical foundation in heat engines and thermodynamics.
Sir James Alfred Ewing (1855-1935) was a Scottish engineer, physicist and cryptographer. First published in 1926, as the fourth edition of an 1894 original, this book was written by Ewing 'to present the subject of heat-engines, in their mechanical as well as their thermodynamical aspects'.