Uncover the science behind the screw propeller and how geometry drives ship propulsion.
This classic work presents a careful analysis of the screw propeller, blending geometry, physics, and practical naval insight. It explains new ideas about how water interacts with the blade, how to measure pitch, and how engine power translates into rotational motion. The text shows how engineers and naval architects can evaluate screw quality and choose the right engine, with a focus on real-world testing and measurement.
- Learn how the screw blade shape and pitch affect performance
- See how the surface of vanishing pressure is identified and used
- Discover practical tools like the pitch-compass and how they’re applied
- Understand the relationship between engine force, torque, and vessel motion
Ideal for readers of naval engineering, ship design, and the history of propulsion, this edition provides a clear, practical view of early screw-propeller theory and methods.