Pressure Surges Safe Design and Operation of

Transient flows in pipe/channel systems and components can have significant implications for their safe design and operation. It is important to avoid contamination of the environment or of the fluid being transported. Transient flow simulation and analysis is an essential requirement for assuring the safe operation of pipework systems. It has been shown to improve the availabiliy and reliability of pipework with considerable savings in maintenance, repair and liability costs.

Dr. Corby Anderson joined the Department of Metallurgical and Materials Engineering at the Colorado School of Mines as the Harrison Western Professor of Metallurgical and Materials Engineering. Dr. He is an expert in the field of extractive metallurgy.

Pressure Surge Issues in the Industrial Context

Caution - pressure surges in process and industrial systems may be fatal

3

(16)

F A Locher

J B Huntamer

Underground storage cavity safety improvement

19

(22)

M W Hamilton

Waterhammer in high pressure multiphase flow

41

(14)

K Falk

J S Gudmundsson

Waterhammer control in Kaplan turbine hydroelectric power plants

55

(14)

A Bergant

E Sijamhodzic

Pressure Surge Control

Optimal control of pressure surges in pipe networks

69

(24)

B Petry

R K Gupta

Discrete optimal control of transients in water distribution networks by linear quadratic regulator theory

93

(12)

R S Souza

F H Chaudhry

Dynamic valve characteristics - measurement and improved calculation of pressure surges

105

(10)

A Dudlik

S Schluter

Anti-pressure surge developments on dual plate check valves

115

(10)

R Goodwin

K Jenkins Goodwin

Venting of Air and Surge Protection

Rapid expulsion of entrapped air through an orifice

125

(8)

C S Martin

N H Lee

Experimental setup of entrapped air pockets model validation

133

(14)

V S Fuertes

F Arregui

E Cabrera

P L Iglesias

Pressure surges in water in mains caused by air release

147

(14)

G De Martino

M Giugni

M Viparelli

C Gisonni

Response of `duckbill' elastomer check valves under transient flow conditions

161

(8)

P J Purcell

Leak location in pipe systems using pressure surges

169

(14)

D Covas

H Ramos

A Betamio De Almeida

Numerical Methods

Towards automatic error limitation in MOC analyses

183

(22)

M Shimada

A Vardy

Numerical accuracy in unsteady compressible flows

205

(20)

A Vardy

Z Pan

Numerical solution of the advection equation with reaction under transient conditions

225

(16)

C Fernandes

B W Karney

Variable wave-speed transients computed by Godunov-type schemes

241

(8)

V Guinot

J C P Liou

Design Standards and Tools

Selection of transient analysis software for pipeline design - towards a European standard

249

(12)

P J Baker

H Ramos

Design criteria applied to pressurized gravity systems

261

(18)

H Ramos

A Betamio de Almeida

D Covas

Pressure surges - experimental investigations and calculations with software codes using different physical models and assumptions

279

(12)

A Dudlik

S Schluter

N Hoyer

H-M Prasser

Computer modelling for the hydraulic design and control of water pumping mains

291

(26)

S Johnson

Fundamentals

Celebrations and challenges - waterhammer at the start of the 20th and 21th Centuries

317

(6)

A Anderson

Travelling discontinuities in waterhammer theory - attenuation due to friction

323

(14)

D J Leslie

A S Tijsseling

Friction-dependent wavefront evolution

337

(14)

A Vardy

J Brown

Steady-state in hydraulic systems by marching methods

351

(12)

E B Wylie

Phase change and pipe fracture analysis by negative surge pressure

363

(14)

Y Kono

T Ito

M Watanabe

Failure of plastic water pipes by surge and cavitation

377

(18)

C J Greenshields

P S Leevers

Free Surface Flows

The simulation of time dependent flows within building utility services systems

395

(30)

J A Swaffield

J A McDougall

D P Campbell

Transition from partially full to full flow in sloping pipes

425

(12)

R Martino

C Sabatino

Interaction between strong unsteady free surface flows and canal singularities numerical and experimental results

437

(14)

A Bento Franco

A Betamio de Almeida

Explicit Chang & Moll scheme of computing unsteady flows in open channels

451

(20)

M Shimada

K Togawa

H Inagaki

Advances in unsteady friction modelling in transient pipe flow

471

(12)

J Vitkovsky

M Lambert

A Simpson

A Bergant

Developments in Unsteady Friction

Investigation of an unsteady friction model for waterhammer and column separation

483

(16)

M B Bughazem

A Anderson

Pressure transient dissipative effects: a contribution for their computational prediction

499

(20)

J M Abreu

A Betamio de Almeida

Actual unsteady velocity profiles in pressurized pipes and the steady-state approach

519

(10)

B Brunone

M Mecarelli

B W Karney

On weighting function for wall shear stress during unsteady turbulent pipe flow

529

(18)

Z Zarzycki

Frequency - Domain Methods and Problems

Pipe network identification through signal analysis techniques

547

(10)

S B M Beck

C C D Wong

R Stanway

Flow-induced acoustic noise in internally corrugated pipe

557

(14)

A Anderson

F W Chan

P Johnson

F Y Theng

K L Thong

Networks and Factor Identification

Conducting extended period analysis with a transient model

571

(16)

Y R Filion

B W Karney

Transients for Calibration of pipe roughnesses using genetic algorithms

587

(12)

A Simpson

J Vitkovsky

M Lambert

Frequency response test - a useful tool for dynamic pipe problems

599

(12)

H Brekke

Using experimental design to determine transient pressure behaviour

611

(14)

D Stewardson

B Brunone

M Ferrante

Authors' Index

625

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Pressure Surges Safe Design and Operation of Industrial Pipe Systems

Summary

Author Biography

Table of Contents

Supplemental Materials

FREE SHIPPING

Rent More, Save More! Use code: BBRENTAL

5% off 1 book, 7% off 2 books, 10% off 3+ books

Pressure Surges Safe Design and Operation of Industrial Pipe Systems

Summary

Author Biography

Table of Contents

Supplemental Materials

Digital License