Fox J.A. Hydraulic Analysis of Unsteady Flow in Pipe Networks

M. Hanif Chaudhry, Vancouver, Canada Van Nostrand Reinhold, 1979 г. 503 стр. Applied Hydraulic Transients provides a comprehensive and systematic discussion of hydraulic transients and presents various methods of analyzes suitable for digital computer solution. The book is suitable as a reference for practicing engineers and researchers and as a textbook for senior-level undergraduate and graduate students. The field of application of the book i...

Pressure transients in water engineering, A guide to analysis and interpretation of behavior John Ellis (c) 2008, 559 стр. This book is intended for engineers who are relatively new to the topic of pressure surge analysis and has been written in the hope that it will be helpful in avoiding some of the pitfalls that await. After consid- ering the requirement for transient analysis and possible objectives of such studies, consideration is then giv...

1989. , 284 pages This coverage of unsteady flow in pipes and channels show how to build mathematical models of such flows and can be used as a basis of computer programs for the solution of such problems. It will be of value to a wide range of industries as well as to students of specialist courses and bio-engineers in research organizations. The book extends the coverage of unsteady flow provided in the author's previous book on the subject....

S.Pejovic, A.Boldy, D.Obradovic Technical press, 1987 г. , 168 с. The aim of this book is to assist engineers who are responsible for the design, construction, commissioning and operation of hydroelectric power-plants; it does not explain the philosophy of transient flow or present methods for the analysis of such phenomena. The book is intended as a handbook, assisting engineers to determine the main parameters for a proposed installation, to d...

Stanislav Pejovic, Adrian Boldy P&B Press, 1992 г. , 226 стр. The objective of this book is to give parallel instructions for all types of pumps systems including small ones which may require a number of protecting devices for preventing high pressure fluctuation due to water-hammer. Beside the data obtained by experience from working on many pumping systems for hydro-energetic units, many sources are given in the literature. There guideli...

Water Power and Dam Construction. Article: Predicting the Least Closing Time for Hydraulic Turbines Issue: August 1991. Essential information on the hydro power and dams industry, from the latest details on embankment dams, spillways and Kaplan and Francis turbines, through to flood management plans, tunneling projects and generator refurbishment.

A guide to the control and suppression of fluid transients in liquids in closed conduits. D. &L.George, 1991 г. , 278 с. Brief contents: 1.1 Introduction 1.2 Unsteady flows in pipes and tunnels 1.3 Suppression of fluid transients 2.1 Risk assessment - is there a problem? 2.2 Demonstration examples 2.3 Computer modeling of transient flows 2.4 Accidents and incidents 3.1 Some basic theory 3.2 Rigid column approximations 3.3 Estimation of air-v...

Ann Arbor Science Publishers Inc, 1977, English. This book is not comprehensive treatise on unsteady flow nor it is written for sophisticated analyst or practitioners. Rather, it addresses mainly those type of unsteady flow problems faced by engineer designing pipelines which convey liquids, mostly water.

Mc-Graw hill, 1978 г. , 402 стр. англ. яз. This book, devoted to unsteady fluid flow, presents methods for solving a broad range of fluid-transient and periodic-flow problems. Emphasis is placed upon numerical methods for computer solution of practical problems. The graphical method of solution also is included and its use for simple problems is often desirable. The characteristics-method solution is used almost exclusively for true transient pr...

Elsevier, 1993, English, 363 pages. Anyone who has once manually calculated water hammer in a rather complex pipe-line system, would be loath to repeat the experience. It is a very tedious task demanding expert knowledge.