This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
Digital Techniques for Shock and Vibration Analysis
Annotation ability available
Sector:
Language:
English
Abstract
Numerical filtering is the smoothing of data by convolution of sampled data with a set of linear weights. Some novel applications of this technique to shock and vibration data analyses and impedance measurement are discussed and examples from existing programs are presented.
Authors
Topic
Citation
Brown, D., "Digital Techniques for Shock and Vibration Analysis," SAE Technical Paper 620315, 1962, https://doi.org/10.4271/620315.Also In
References
- Shannon C. E. “Communication in the Presence of Noise,” Proc. IRE January 1949
- Ormsby J. F. A. “Designs of Numerical Filters with Applications to Missile Data Processing,” STL/TR60-0000-09123
- Bennett W. R. “Spectra of Quantized Signals,” Bell System Tech. J. July 1948
- Black H. S. “Modulation Theory.” Princeton, N.J. D. Von Nostrand, Inc. 1953
- Balikrishnan A. V. “On the Problem of Time Jitter in Sampling,” IRE, PGIT April 1962
- Blackman R. B. Tukey J. W. “The Measurement of Power Spectra.” New York Dover Publications, Inc. 1959
- Goodman N. R. “The Measurement of Amplitude and Phase,” J. Franklin Inst. January 1961
- Brown D. “Some Error Models in Phase Determination by Numerical Methods,” STL Memorandum 9840 30 363
- Brown D. “A Data System for the Description of Missile Environments,” Proc. 1960 Technical Symposium on Shock, Vibration, and Associated Environments
- Benedetti F. J. “A Digital Computer Program to Measure Mechanical Impedance,” STL Memorandum 9301 4 273