This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
Field Data Classification and Analysis Techniques
Annotation ability available
Sector:
Event:
Fatigue Conference
Language:
English
Abstract
This paper gives guidelines on possible decision making procedures in the collection and reduction of data acquired in the field. Presented are the specific details of several data analysis algorithms that are commonly used in conjunction with cumulative fatigue damage assessment. Data rate formulae for quantifying certain digitizing effects and characterizing field service time histories are given. Methods for reducing time histories to amplitude distributions are discussed. Specific data reduction criteria and algorithms are given for time at level, level crossing, range counting, and rainflow counting techniques.
Recommended Content
Authors
Citation
Donaldson, K., "Field Data Classification and Analysis Techniques," SAE Technical Paper 820685, 1982, https://doi.org/10.4271/820685.Also In
References
- Baker, M. “Unattended Field Measurement Instrumentation.” Paper 740940 presented at SAE Automobile Engineering Meeting, Toronto, Canada October 21–25 1974
- Flis T. J. Wallace, B. “A Microcomputer Based Data Acquisition System for Versatile Mobile Data Processing.” Paper 780151 presented at SAE Automotive Engineering Congress and Exposition, Detroit February 27–March 3 1978
- Schijve, J. “The Analysis of Random Load-Time Histories with Relation to Fatigue Tests and Life Calculations.” Paper presented at the second ICAF- AGARD Symposium, Paris May 16–18 1961
- Galliart D. R. Downing, S. D. “Development of Data Reduction Procedures Which Yield Useful Design Parameters.” Paper 760682 published in SAE SP-410 September 1976
- Lund R. A. Donaldson, K. H. Jr. “Approaches to Vehicle Dynamics and Durability Testing.” Paper 820092 presented at SAE Automotive Engineering Congress and Exposition, Detroit February 22–26 1982
- Conle A. Topper, T. H. “Fatigue Service Histories: Techniques for Data Collection and History Reconstruction.” Paper 820093 presented at SAE Automotive Engineering Congress and Exposition, Detroit February 22–26 1982
- Dowling, N. E. “Fatigue Failure Predictions for Complicated Stress-Strain Histories.” Journal of Materials, JMLSA 7 No. 1 71 87 March 1972
- Lund, R. A. “Multiple Channel Environmental Simulation Techniques.” Paper presented at Symposium on Experimental Simulation Tests of Motor Vehicles and Their Elements, Warsaw, Poland October 1–2 1979
- Tucker, L. E. “Cumulative Damage Analysis.” Paper to be presented at SAE Fatigue Conference, Dearborn, Michigan April 14–16 1982
- Downing, S. Galliart, D. Berenyi, T. “A Neuber’s Rule Fatigue Analysis Procedure for Use with a Mobile Computer.” Paper 760317 presented at SAE Automotive Engineering Congress and Exhibition, Detroit February 23–27 1976
- Orme, R. W. “A Fully-Portable Computer Installation for Radio Telemetry Data Acquisition and Reduction.” Paper 760680 published in SAE SP-410 September 1976
- Zverev A. I. “Handbook of Filter Synthesis.” John Wiley and Sons, Inc. 1967
- Richards, F. D. LaPointe, N. R. Wetzel, R. M. “A Cycle Counting Algorithm for Fatigue Damage Analysis.” Paper 740278 presented at SAE Automotive Engineering Congress, Detroit February 25–March 1 1974
- Watson P. Rebbeck, R. G. “Modern Methods of Fatigue Assessment.” REJ November 1975