The influence of contact interface characteristics on vibration-induced fretting degradation
Authors:
- B.I. RickettBRB.I. Rickett
- R.D. MalucciRMR.D. Malucci
- 18 October 2005
- conference paper
- Published by Institute of Electrical and Electronics Engineers (IEEE)
- No. 10626808,p. 82-88
Abstract
Vibration induced fretting degradation is a widely recognized failure phenomenon; however, the basic mechanisms that control the onset and progression of such fretting behavior are not well understood and are a topic of considerable interest in the electrical connector community. One specific issue is the need for a more detailed understanding of the mechanisms controlling the fretting degradation. The present study addresses these questions and develops answers using the results from a series of experimental tests of sample connectors which are subjected to single-frequency vibration profiles at room temperature. These test specimens are a series of dual-row 16-circuit automotive connectors in which the plating finish and contact normal force are varied. The results are presented and discussed in light of earlier investigations.Keywords
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