Discover how car weight affects the effort needed to move a passenger train at speed.
This concise study presents the first full set of experimental results on passenger trains, detailing how resistance changes with different car weights and speeds, on real-world track conditions. Learn how weight, wind, and track setup influence how much traction is required to keep trains moving smoothly.
In clear, accessible terms, the book explains the methods used to measure train resistance, the range of train configurations tested, and what the results mean for planning and operation on modern rail networks. It focuses on the trains themselves and the resistance they experience, without detailing locomotive or tender forces.
What you’ll gain
- A practical overview of how car weight impacts train resistance across speeds up to 75 mph
- An explanation of how wind and weather factor into resistance measurements
- A look at how the data translates into real-world expectations for passenger service
- Visual references showing resistance versus speed and weight relationships
Ideal for readers of engineering and railway history who want a grounded, data-driven view of passenger train performance.