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Hydraulic System Cavitation: Part II – A Review of Hardware Design – Related Effects
Technical Paper
1999-01-2857
ISSN: 0148-7191, e-ISSN: 2688-3627
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English
Abstract
Cavitation erosion is one of the most important causes of loss of hydraulic pump efficiency, wear and even failure. Although cavitation process is often understood, there is typically little understanding of the joint role of the hydraulic fluid, which is a component of the system, and the operation of the hydraulic pump. In this paper, an overview is provided that describes the fluid properties that most impact on cavitation damage, the cavitation process within the pump and components and the use of computer simulation to prove improved designs that minimize hydraulic cavitation when various types of fluids are used.
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Citation
Svedberg, G., Totten, G., Sun, Y., and Bishop, R., "Hydraulic System Cavitation: Part II – A Review of Hardware Design – Related Effects," SAE Technical Paper 1999-01-2857, 1999, https://doi.org/10.4271/1999-01-2857.Also In
References
- Hobbs J.M. McCloy D. “Cavitation Erosion in Oil Hydraulic Equipment” Metals and Materials 1972 January 27 35
- Suzuli R. Tanaka Y. Yokota S. “Reduction of Oil Temperature Rise by Use of a Bubble Elimination Device in Hydraulic Systems” Lubric. Eng. 1998 54 3 23 27
- Backè W. Lipphardt P. “Influence of Dispersed Air on the Pressure Medium” Proc. Contamination of Fluid Power Systems 1977 77 84
- Yamaguchi A. Shimiza S. “Erosion Due to Impingement of a Cavitating Jet” Trans. ASME J. Fluids Eng. 1987 109 4 442 447
- Suslick K.S. Mdleleni M.M. Ries J.T. “Chemistry Induced by Hydrodynamic Cavitation” J. Am. Chem. Soc. 1997 119 9303 9304
- Totten G.E. Sun Y.H. Bishop R.J. “Hydraulic Fluids: Foaming, Air Entrainment and Air Release - A Review” SAE Technical Paper Series , Paper Number 972789 1997
- Totten G.E. Bishop R.J. Jr. Sun Y.H. Xie L. “Hydraulic System Wear By Cavitation: A Review” SAE Technical Paper Series, Paper Number 982036 1998
- Totten G.E. Bishop R.J. Jr. “The Hydraulic Pump Inlet Condition: Impact on Hydraulic Pump Cavitation Potential” SAE Technical Paper Series, Paper Number 1999-01-1877
- Tillner W. “Principles of Physical Processes in Cavitation” The Avoidance of Cavitation Damage Bartz W.J. 1993 Mechanical Engineering Publications Ltd. London, UK 1 50
- Floberg L. “On the Tensile Strength of Liquids” Trans. Of Machine Elements Div. Lund Technical University Lund, Sweden 1973
- Lamb W.S. “Cavitation and Aeration in Hydraulic Systems” BHRA, The Fluid Engineering Center Cranfield, Bedford England
- Totten G.E. Webster G.M. Yeaple F.D. “Chapter 4 - Physical Properties and Their Determination” Handbook of Hydraulic Fluid Technology Totten G.E. 1999 Marcel Dekker New York, NY 195 304
- Balasoiu V. “The Effect of Air on the Development of the Cavitation Phenomenon in a Hydrostatic System” Constructia de Masini 1974 26 2 71 74
- Hayward A.T.J. “Measuring the Extensibility of Liquids” Nature 1964 202 481 482
- Lee I-Y. Kitagawa A. Tanaka T. “On the transient Behavior of Oil Flow under Negative Pressure” Bull. Of JSME 1985 28 240 1097 1104
- Hampton W. “The Problem of Cavitation Erosion in Aircraft Hydraulic Systems” Aircraft Hydraulics 1966 38 8 11
- McCloy D. “Part I: Cavitation and Aeration - The Effect on Valves and Systems” Hydraulic Pneumatic Power 1966 January 32 38
- Li Z.Y. “Cavitation in Fluid Power Equipment Operating With Fire Resistant Fluids” The FRH Journal 1984 4 2 191 199
- Foster K. Hannan D.M. “‘Fundamental Fluid-borne and Airborne Noise Generation of Axial Piston Pumps” Seminar on Quiet Oil Hydraulic Systems London 1977 Inst. Mech. Engrs. 29 40
- Yamaguchi A. Takabe T. “Cavitation in an Axial Piston Pump” Bell. Of the JSME 1983 26 211 72 78
- Gaylord O.E. Halat J.A. “Visual Studies of Cavitation with an Inline Piston Pump” 1970 Cavitation Forum 17 19 1970
- Wiklund P.E. “Suction Dynamics of Axial Piston Pumps” Department of Machine Design, Royal Institute of Technology Stockholm, Sweden 1998
- Koivula T.S. Ellman A.U. “Cavitation Behavior of Hydraulic Orifices and Valves” SAE Technical Paper Series, Paper Number 982038 1998
- Pettersson M. “Reduction of Piston Pump with Special Reforance to Noise reduction” Dept. of Mech. Engineering, U. of Linköping 1995
- Svedberg G.C. “Köldstart av Hydraulpumpar” Department of Fluid Technology, Royal Institute of Technology 1988
- Svedberg G.C. “The Viscosity Influence on Cavitation in Hydraulic Pumps” 9 th Aachener Fluidtechnisches Kolloquium Aachen, Gernmany March 20-22 1990