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THREE METHODS
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1
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2
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3
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Predict pulse level, by
length of pipe & frequency of excitation, then decide how much of that pulsation needs to be removed. You can then usefully apply the method shown center. GO TO |
By completely ignoring the mass of the system which has to be accelerated & the drag of the pipe work in which is has to flow and thereby assuming that one will have total pulsation, you can then apply the gas compression laws to establish the necessary volume (V) of a hydro-pneumatic device. |
Build a system model in the
computer, and go "what-if". Look for PulseView software in the associated company's website: Liquid-Dynamics.com Analytical, Diagnostic and Software services GO TO |
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