ABSTRACT

The third edition of this best-selling textbook combines thorough coverage of fundamental theory with a wide ranging treatment of contemporary applications. The chapters on sediment transport, river engineering, wave theory and coastal engineering have been extensively updated, and there is a new chapter on computational modelling. The authors illustrate applications of computer and physical simulation techniques in modern design. The book is an invaluable resource for students and practitioners of civil, environmental, and public health engineering and associated disciplines. It is comprehensive, fully illustrated and contains many worked examples, taking a holistic view of the water cycles, many aspects of which are critical for future sustainable development.

part |2 pages

Part One Principles and Basic Applications

chapter 1|11 pages

Hydrostatics

chapter |6 pages

! ! ! ! !

of the cylinder. This leads to Archimedes' principle of the fluid displaced'. The of buoyancy B, which is the centre of gravity

chapter 2|40 pages

Principles

chapter |1 pages

_ ______

chapter 3|25 pages

Behaviour

chapter I|9 pages

~--

chapter 5|59 pages

Open channel flow

chapter 6|5 pages

Pressure surge in pipelines

chapter |11 pages

W---l~~

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chapter 7|13 pages

Hydraulic machines

chapter 8|41 pages

Wave theory

chapter |20 pages

____________

chapter 9|21 pages

Sediment transport

chapter 10|54 pages

Flood hydrology

chapter 11|26 pages

Dimensional analysis and the theory

physical models

part |2 pages

Part Two Aspects of Hydraulic Engineering

chapter 12|27 pages

Pipeline systems

chapter 13|48 pages

Hydraulic structures

chapter 14|48 pages

Computational hydraulics

chapter 15|28 pages

Ri ver and canal engIneerIng

chapter |8 pages

-~---~

chapter 16|30 pages

Coastal engineering

chapter 17|18 pages

Water quality modelling

chapter |1 pages

Postscript

chapter |4 pages

Problems for solution

chapter |11 pages

________

chapter |2 pages

APPENDIX A Moments

chapter |1 pages

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