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Abstract

Cam crack failures are a common occurrence in cam-follower systems often caused by excessive loading or inappropriate operating conditions. An investigation into such a failure was conducted to assess the effect of cam crack damage on the dynamic behavior of cam-follower systems. It was shown both theoretically and experimentally that a cracked cam causes an overall reduction in stiffness. To further probe the effect, investigators derived an analytical formula expressing the time varying stiffness of a cam-follower system. They also succeeded in quantifying the relationship between crack size and stiffness, showing that cracks have an amplitude modulating effect.

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M. Tounsi, M.S. Abbes, T. Fakhfakh, M. Haddar, 2019. "Failure Analysis of a Cam–Follower System Affected by a Crack", Handbook of Case Histories in Failure Analysis, Larry Berardinis

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