Static and Fatigue Strength Evaluation of Clinched Joints in an Aluminum Alloy

D. G. Saathoff; P. K. Mallick

doi:10.4271/980693

1998-02-23

Static and Fatigue Strength Evaluation of Clinched Joints in an Aluminum Alloy 980693

This paper presents the static and fatigue strength evaluation of clinched joints in 6111-T4 aluminum alloy sheets. Clinched joints are mechanical joints produced a cold forming technique using a small die-punch combination. A design of experiments approach is used to determine the optimum die-punch combination that produces the least variation in the static pull-out load in single lap shear tests. Fatigue S-N curves are determined for several different clinched joints in load-controlled fatigue tests with the load ratio equal to 0.1. The effect of heat exposure, typically experienced in paint ovens, on the static strength as well as fatigue S-N behavior are also examined.

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Static and Fatigue Strength Evaluation of Clinched Joints in an Aluminum Alloy 980693

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