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-vessel capacities
3.4 Moment of inertia of pumps and motors
3.5 Pressure rises following valve closures
3.6 Air relief and vacuum breaking valves
3.7 Pressure relief and safety valves
3.8 Valve characteristics
3.9 Check list of potential fault conditions
3.10 Preparation of computer-aided analyses
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-vessel capacities
3.4 Moment of inertia of pumps and motors
3.5 Pressure rises following valve closures
3.6 Air relief and vacuum breaking valves
3.7 Pressure relief and safety valves
3.8 Valve characteristics
3.9 Check list of potential fault conditions
3.10 Preparation of computer-aided analyses