Unlock the science behind steam power with a practical new theory .
This authoritative guide introduces a fresh approach to calculating the effective power, vaporization, and expansion of steam engines, offering clearer paths from theory to real-world performance.
This edition frames three core problems—velocity, load, and vaporization—and shows how to solve them across stationary and locomotive engines. It emphasizes practical formulas and comparisons to traditional methods, helping you better predict engine behavior under different conditions.
- New formulas that relate pressure, volume, and expansion to engine performance.
- Clear discussion of how boiler vaporization limits piston speed and power output.
- Practical guidance for analyzing high- and low-pressure, condensing, and non-condensing engines.
- Illustrative cases and comparisons to common methods used in the era’s steam engineering.
Ideal for readers of engineering history and practitioners seeking a rigorous, workmanlike approach to steam engine efficiency and design.