This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
Noise from Vibration
Annotation ability available
Sector:
Language:
English
Abstract
The general problem of estimating the noise which vibrating surfaces will produce is discussed with particular application to diesel engines and their component parts. The measurement and prediction of engine noise balances using the surface vibration technique is described and the variation of engine block vibration with engine type and speed illustrated. Some measured radiation ratio’s for engine surfaces and components are given. Finally a method for measuring surface vibration on diesel engines using a laser doppler velocimeter is described.
Recommended Content
Technical Paper | Characterization of Air-Borne Noise of Shock Absorber by Using Acoustics Index Method |
Technical Paper | Development of a Predictive Tool for In-Cylinder Gas Motion in Engines |
Authors
Citation
Anderton, D. and Halliwell, N., "Noise from Vibration," SAE Technical Paper 800407, 1980, https://doi.org/10.4271/800407.Also In
References
- Kinsler L.E. Fry A.R. “Fundamentals of Acoustics” Wiley 1962
- Chan C.M.P. Anderton D. “The Correlation of Machine Structure Surface Vibration and Radiated Noise” Proceedings Internoise 1972 Washington D.C.
- Chan, C.M.P. Anderton, D. “Correlation Between Engine Black Surface Vibration and Radiated Noise of In-Line Diesel Engines” Noise Control Engineering 16 24 Winter 1974
- Anderton, D. “Relation Between Combustion System and Engine Noise” SAE Paper 790270 1979
- Chan C.M.P. “In-line Diesel Engine Surface Vibration and its Radiated Noise” University of Southampton England 1974
- Buchave, P. “Laser-Doppler vibration Measurements using Variable Frequency Shift” D.I.S.A. Information Bulletin 18 15 20 1975
- Oldengarm Ir. J. “Laser Interferometer with Optical Frequency Shifting for Vibration Measurements” Institute of Applied Physics TNO-TH. Delft, Netherlands. Information Bulletin 6 1976
- Ballantyne, A. Blackmore C. Rizzo, J.E. “Frequency Shifting for Laser Anemometers by Scattering” Optics and Laser Technology 6 170 173 1974
- Halliwell N.A. Rizzo, J.E. “Multi-component frequency shifting self-aligning laser velocimeters” Review of Scientific Instruments 49 1180 1185 1978
- Halliwell, N.A. “Laser-Doppler Measurement of Vibrating Surfaces: A Portable Instrument” Journal of Sound and Vibration 62 (2) 312 315 1979
- Hodgson, T.H. “Investigation of the Surface Acoustical Intensity Method for Determining the Sound Power of Large Machines in Situ” JASA 61 2 487 493 Feb. 1971
- Trella, T. Mason, R. Karsick, R. “External Surface Noise Radiation Characteristics of Truck Diesel Engines - Their Far Field Signatures and Factors Controlling Abatement” SAE Paper 780174 1978
- Fahy, F.J. “Measurement of Acoustic Intensity using the Cross Spectral Density of Two Microphone Signals” JASA, (L) 62 4 1057 1059 1977
- Chung, J.Y. Pope, J. Feldmaier, D.A. “Application of Acoustic Intensity Measurements to Engine Noise Evaluation” SAE Paper 790502 1979
- Hawkins, M.G. O’Keeke, J.M. “A Method of Determining the Effect of Design Changes on Diesel Engine Noise” C.I.M.A.C 1975
- Seybert, A.F. “Estimation of Contributed Noise Levels of Diesel Engine Components from Vibration Measurements” SAE Paper, No. 750160 1975