Proceedings of the Institution of Mechanical Engineers Part B Management and engineering manufacture · 1983 · 22 citations · 4 references
EngineeringCivil EngineeringHydraulic EngineeringHydraulicsWell TestingFluid PropertiesHydraulic MachineryHydraulic Power SystemsHydraulic Pumping SystemsHydraulic SystemsPressure MeasurementFrequency Spectrum AnalysisHydraulic NoiseHydraulic System DiagnosticsPump DesignPump Performance Testing
Pressure pulsations generated by pumps and motors can often be a major source of noise in hydraulic systems. In this paper two test methods for the determination of the pressure ripple characteristics of pumps are described. The first method enables a pump to be characterized by a frequency spectrum or a single figure or merit, enabling simple comparisons to be drawn between units. Typical results are presented and discussed. The second test method enables pump characteristics to be defined in more detail. This provides useful information for designers. The method also has the ability to provide information on the pressure ripple characteristics of valves. Typical results are again presented.
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Advanced Engineering Mathematics.
W. S. Loud, C. R. Wylie · American Mathematical Monthly · 1952 · 819 citations
The Transient Response of Fluid Lines
F. T. Brown · Journal of Basic Engineering · 1962 · 190 citations
Dynamic Response of Fluid Lines
A. F. D’Souza, Rufus Oldenburger · Journal of Basic Engineering · 1964 · 167 citations
Engineering, Mechanical Engineering, Systems Engineering +17