Practical Hydraulics and Water Resources Engineering

Melvyn Kay is a Chartered Civil Engineer with over forty years' experience in hydraulics and water resources management, particularly in irrigation for food production. He spent ten years with consulting engineers in the Middle East and Africa on major hydraulic works before joining Cranfield University where he became a Senior Lecturer teaching hydraulics and irrigation engineering to international post-graduate students, many of whom were from ‘non-engineering’ backgrounds. Then, he served as Director of Training and Consultancy Services, and was responsible for the development of international training and consultancy contract work at Cranfield University. He now works as an independent consultant on water for food production, capacity development, knowledge transfer in agricultural water development and management for various agencies, such as FAO, GWP, and the World Bank.

"Practical hydraulics gives an excellent introduction to this important field, using the type of language and real-world examples that bring the subject to life. With the mathematical content kept to a minimum, it should appeal to those approaching the subject for the first time, be they undergraduate students or other interested professionals."-- Grant Wright, Heriot-Watt University, UK"The book deals with the key issues of water management in a lively and informative way and the writing style engages well with an interested reader. The focus is less on mathematics and more on understanding the key issues"-- Derek Clarke, University of Southampton, UK"The book contains many excellent explanations of fundamental hydraulic principles, presented in a way which is understandable to students from many disciplines. Its scope is carefully extended by introducing some of the common hydraulic equations and their uses, in well-constructed examples."-- Andrew Chadwick, formerly University of Plymouth, UK

• 1. Some basic mechanics. 2. Water standing still - hydrostatics. 3. When water starts to flow - hydrodynamics. 4. Pipes. 5. Channels. 6. Hydraulic structures for channels. 7. Pumps. 8. Water resources engineering 9. Water resources planning and management. 10. Bathtub hydraulics.