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Air - and Structure - Borne Noise Reduction of Automotive Dampers
ISSN: 0148-7191, e-ISSN: 2688-3627
Published May 01, 1995 by SAE International in United States
Annotation ability available
The characteristics of automotive dampers (i.e. shock absorbers) noise are discussed in detail from both aspects of mechanical vibration and fluid flow induced noises. The measurements based upon industrial specifications of structure- and air-borne noises of automobile dampers are presented. Several noise reduction attempts were conducted on double-tube dampers at Monroe Auto Equipment Company. The results of these typical modifications and their physical implications are included in the paper.
CitationCherng, J. and Akin, T., "Air - and Structure - Borne Noise Reduction of Automotive Dampers," SAE Technical Paper 951256, 1995, https://doi.org/10.4271/951256.
- Cherng, J.G. Akin, T. 1993 “Noise Measurements and Characteristics of Automotive Dampers,’ Proceedings of 1993 SAE Noise and Vibration Conference & Exposition Traverse City, MI. May 10 - 13 1993
- Skaistis, S. 1988 Noise Control of Hydraulic Machinery Marcel Deker, Inc. New York, New York
- Huron, R.A. Hansford, I. 1980 “The development of a Method for Measuring the Sound Power Generated by Oil Hydraulic Relief Valves,” Proceedings of the Quieter Oil hydraulic Seminar Institution of Mechanical Engineers 77 85
- Crook, A. Hansford, I. 1977 “Oil Hydraulic Relief Valve Noise,” Proceedings of the Quiet Oil Hydraulic Systems Seminar Institution of Mechanical Engineers 59 67
- Kane, J. et. al. 1966 “Noise in Hydrostatic Systems and its Suppression,” Proceedings of Institution of Mechanical Engineers
- Funk, J.E. 1962 “Poppet Valve Stability,” paper no. 62-WA-160 American Society of Mechanical Engineers
- Doge, L. 1962 Reduce Fluid Hammer Product Engineering 88 95 Dec. 10