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Instrumentation for Shock Testing
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English
Abstract
The measurement of transient motion, with emphasis on acceleration determinations, is discussed in this paper on shock testing. Frequency response requirements are described in relation to accelerometers and galvonometer recorders and filters. The paper also includes a review of shock transducers and their calibration. The effect of mounting techniques on transducer resonance frequency is discussed as is the effect of transducer mass upon structural response. Lastly, the paper concludes with a description of readout and recording instruments.
Authors
Citation
Rhodes, J., "Instrumentation for Shock Testing," SAE Technical Paper 620309, 1962, https://doi.org/10.4271/620309.Also In
References
- Riedel J. C. “The Accurate Measurement of Shock Phenomena,” Proc. Institute of Environmental Sciences 1962
- Levy S. Kroll W. D. Response of Accelerometers to Transient Accelerations,” J. of Research of the National Bureau of Standards, RP 2138 45 Oct. 1950
- Shock and Vibration Handbook in three volumes New York McGraw-Hill Book Company, Inc. 1961
- Bradley W. Eller E. E. “Introduction to Shock and Vibration Measurements.”
- Bouche R. R. *High Frequency Response and Transient Motion Performance Characteristics of Piezoelectric Accelerometers” Instrument Soc. of Amer. 1961
- “American Standard Methods for the Calibration of Shock and Vibration Pickups,” Amer. Standards Assoc. Inc. New York
- Bouche R. R. “The Absolute Calibration of Pickups on a Drop-Ball Shock Machine of the Ballistic Type,” Proc. Institute of Environmental Sci. 1961 115 121
- Hixson E. L. “Application of Mechanical Equivalent Circuits to Vibration Problems,” Noise Control Nov.-Dec. 1961
- Bouche R. R. “Instrumentation for Shock and Vibration Measurements, “ ASME Colloquium on Experimental Techniques in Shock and Vibration 1962
- Bouche R. R. “Instruments and Methods for Measuring Mechanical Impedance.” Shock, Vibration and Associated Environments Bulletin No. 30, Dept. of Defense 1962