Hydraulic Turbines: Their Design and Installation — unlock how to engineer efficient water power from the head and flow of a river.
This book presents a complete, mathematically grounded view of turbine design and the installation process, grounded in practical experience and real-world plant examples.
The text guides engineers from the fundamentals of how water is captured and controlled to the intricacies of selecting turbine types, calculating cross-sections, and shaping buckets. It also covers how to arrange water channels, govern the flow, and integrate auxiliary equipment for reliable operation.
- Understand the method of regulating water supply and the layout of intake and penstock systems.
- Learn to determine turbine cross-sections, notches, and the geometry of runner buckets for different turbine types.
- See how complete plant descriptions illustrate the practical challenges and solutions in hydroelectric projects.
- Explore the relationship between head, flow, efficiency, and equipment design through worked examples and diagrams.
Ideal for engineering students and professionals tackling water-power development, turbine selection, and power-plant design.