By approximating the equations for unsteady flow in a pipe carrying gas at high pressure, simple transfer functions relating the change in pressure at any point in the pipe to changes of flow into or out of the pipe are derived. It is shown how this may be applied to a pipe network.
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References
1.
GuyJ. J.‘Computation of Unsteady gas flow in pipe networks. I.Chem.E. Symposium on Efficient computer methods for the practising Chemical Engineer, Nottingham, 19th April, 1967.
2.
HannahK. W.BateyE. H.WilkinsonJ. F.HollidayD. H.‘Transient flow in Natural gas transmission systems’. American Gas Association pipeline project NX37.
3.
HalbertP. W.LotitoL. A.‘The simulation of gas flow dynamics in pipeline networks’. Published for the NX37 Transient Flow Committee of the American Gas Association by Electronic Associates, Inc Princeton, August 1965.