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Introduction 1
Ch. 1 Motivation for hydraulic transient analysis 7
Ch. 2 Derivation of basic equations 21
Ch. 3 Interpretation of a 27
Ch. 4 Characteristic equations 41
Ch. 5 Application of characteristic equations 49
Ch. 6 Boundaries 60
Ch. 7 Valve closure in a simplified system 87
Ch. 8 Actual pipelines 95
Ch. 9 Valve operations 106
Ch. 10 Pumps 125
Ch. 11 Flywheels 159
Ch. 12 Pressure vessels 173
Ch. 13 Further aspects of pressure vessels 215
Ch. 14 Surge tanks and related structures 230
Ch. 15 Feeder tanks or volumetric tanks 259
Ch. 16 Discharge conditions 279
Ch. 17 Air valves 295
Ch. 18 Air and gas 325
Ch. 19 Relief valves 359
Ch. 20 Check valve dynamics 376
Ch. 21 Check valve characteristics 409
Ch. 22 Flexible pipe 446
Ch. 23 Amplification of transient pressures 474
Ch. 24 Flow instabilities 499
References 520
Further reading 525
Index 527
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Add Pressure Transients in Water Engineering: A Guide to Analysis and Interpretation of Behavior, This practical book provides an indepth analysis of actual systems, with emphasis on the type of hydraulic transient behaviour to be expected in each kind of configuration. Mathematical treatment is covered in a straightforward manner without the need to , Pressure Transients in Water Engineering: A Guide to Analysis and Interpretation of Behavior to the inventory that you are selling on WonderClubX
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Add Pressure Transients in Water Engineering: A Guide to Analysis and Interpretation of Behavior, This practical book provides an indepth analysis of actual systems, with emphasis on the type of hydraulic transient behaviour to be expected in each kind of configuration. Mathematical treatment is covered in a straightforward manner without the need to , Pressure Transients in Water Engineering: A Guide to Analysis and Interpretation of Behavior to your collection on WonderClub |