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Human Response to Vehicle Vibration
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English
Abstract
This paper reviews experiments for determining human response to vibration and interprets them in the vehicle vibration context. It reviews the author's research and compares it with findings of other investigators. From the results of vehicle tests, it is concluded that properly weighted “acceleration variance” is a meaningful measure of vehicle vibration. For a single vehicle subjected only to surface profile changes, a single number summed over all frequencies can be used. For two or more vehicles with different vibrational characteristics, acceleration variance must be computed in several frequency bands to yield correction factors that define the nature of the vibration.
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Citation
Van Deusen, B., "Human Response to Vehicle Vibration," SAE Technical Paper 680090, 1968, https://doi.org/10.4271/680090.Also In
References
- Kozin F. Cote L. J. Bogdanoff J. L. “Statistical Studies of Stable Ground Roughness.” Report 8391 U.S. Army Tank Automotive Center November 1963
- Van Deusen B. D. “Analytical Techniques for Designing Riding Quality into Automotive Vehicles.” SAE Paper 670021 Jan. 1967
- Reiher H. Meister F. J. “The Sensitiveness of the Human Body to Vibrations.” 1931 Kearns Charles M. AMC, Rpt F-TS-616-RE August 1946
- Jacklin H. M. Liddell G. J. “Riding Comfort Analysis,” Engineering Bulletin Purdue University XVII 3 May 1933
- Meister H. J. “Sensitivity of Human Beings to Vibration,” Forschung-VDI Berlin May-June 1935
- Dieckmann D. “Einfluss Vertihaler Mechanischer Schwingungenauf den Menschen,” Internat. Z. Angew Physol. 16 1947 519 564
- Goldman D. E. “A Review of Subjective Responses to Vibratory Motion of the Human Body in the Frequency Range 1 to 70 cps.” Naval Med. Res. Inst., Natl. Naval Med. Ctr. Bethesda, Md. Proj. N.M. - 004001, Rpt. 1 March 1948
- Janeway R. N. “Vehicle Vibration Limits to Fit the Passenger.” S.A.E. Passenger Car and Production Meeting Detroit March 5, 1948
- Gorrill R. B. Snyder F. W. “Preliminary Study of Aircrew Tolerance to Low-Frequency Vertical Vibration.” Boeing document D3-1189 The Boeing Company Wichita, Kansas July 3 1957
- Ziegenruecker Gerd H. Magid Edward B. “Short Time Human Tolerance to Sinusoidal Vibrations,” WADC TR 59-391 July 1959
- Magid E. B. Coermann R. R. Ziegenruecker G. H. “Human Tolerance to Whole Body Sinusoidal Vibration,” J. Aerospace Medicine 31 November 1960 915 924
- Parks D. L. Snyder F. W. “Human Reaction to Low Frequency Vibrations.” Boeing Document D3-3512-l The Boeing Co. Wichita, Kansas July 24 1961
- Chaney R. E. “Subjective Reaction to Whole-Body Vibration.” Boeing Report D3-6474 The Boeing Co. Wichita, Kansas September 1964
- Pradko F. Lee R. A. Greene J. D. “Human Vibration-Response Theory,” ASME Paper No. 65-WA/HUF-19 September 1965
- Pradko F. Lee R. A. Orr T. R. “Human Vibration Analysis.” SAE Paper No. 650426 May 1965
- Pradko F. Lee R. A. “Vibration Comfort Criteria.” SAE Paper No. 660139 January 1966
- Pradko F. Lee R. A. Kaluza V. “Theory of Human Vibration Response.” ASME Paper No. 66-WA/BHF-15 December 1966
- Van Deusen B. D. “Computing the Ride,” Detroit Engineer XXVI 7 March 1962 5 8
- von Eldik Thieme H. C. A. “Passenger Riding Comfort Criteria and Methods of Analyzing Ride and Vibration Data.” SAE Paper 295A January 1961
- Fine R. “Correlation of Vertical Acceleration and Human Comfort in a Passenger Car,” SAE Journal January 1964
- Van Deusen B. D. “Systems Analysis with an Analog Computer Using Stochastic Techniques.” SAE Paper No. 453A January 1962
- Van Deusen B. D. “Analog Analysis Using Stochastic Processes,” Electro-Technology 70 5 November 1962 115 120
- Van Deusen B. D. “A Statistical Technique For the Dynamic Analysis of Vehicles Traversing Rough Yielding and Non-Yielding Surfaces.” NASA-CR-659 March 1967
- Van Deusen B. D. “A Study of the Vehicle Ride Dynamics Aspect of Ground Mobility” Final Report 11 “Human Response to Vehicle Vibration” U.S. Army Corps of Engineers, Waterways Experiment Station Contractor Report No. 3-114 May 1965
- Versace J. “Measurements of Ride Comfort.” SAE Paper 638A January 1963
- Van Deusen B. D. “Data Acquisition and Statistical Analysis Using Analog Computer Techniques,” SAE Trans. 1963 350 357
- Versace J. “Measurement of Ride.” SAE Ride Comfort Research Committee December 1961
- Van Deusen B. D. “Ride Evaluation,” Automobile Engineer December 1963 532 535
- Stevens S. A. “The Direct Estimation of Sensory Magnitudes-Loudness,” Amer. J. Psychol. 69 1956 1 25
- Stevens S. A. “The Psychophysics of Sensory Function,” American Scientist 48 1960 226 253
- Stevens S. S. “Cross-Modality Validation of Subjective Scales for Loudness, Vibration, and Electric Shock,” J. Exp. Psychol. 57 1959a 201 209
- Stevens S. S. “On the Theory of Scales and Measurement,” Science 103 1946 677 680
- Coermann R. R. Ziegenruecker G. H. Wittwer A. L. von Gierke H. E. “The Passive Mechanical Properties of the Human Thorax-Abdomen System and of the Whole Body System,” J. Aerosp. Med. 31 1960 443 455