Master the science behind steam power and its modern refinements.
This classic text explains the steam engine from its Watt-inspired origins to the modern theory of heat, with clear, practical insight into how pressure, heat, and motion interact.
The book presents a structured study of the principles that govern steam and heat engines, including detailed discussions of boilers, expansion, indicators, and valve gear. It also offers a supplementary section on gas engines and a later focus on heat engines, making it a comprehensive guide for students, engineers, and curious readers alike.
- Foundational concepts of latent heat and the dynamical theory of heat.
- Step-by-step explanations of engine components, such as valves, indicators, and boilers.
- Historical context showing how early ideas evolved into modern engineering practice.
- Practical diagrams and worked examples that illuminate how engines convert heat into work.
Ideal for readers of engineering history and those seeking a solid, hands-on grounding in steam power fundamentals.