Using Rigid-Body Dynamics to Measure Joint Stiffness

Becker, Patricia J. Wyatt; Wynn, Robert H.; Berger, Edward J.; Blough, Jason R.

doi:10.1006/mssp.1999.1232

Cited by 10 publications

(1 citation statement)

References 4 publications

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“…Becke, etc. [52] by using the rigid body, measured the stiffness of the junction of a test specimen rigidity which consisted of two simple shape objects in 1999. Zhang Guangpeng [53,54] through a large amount of modal experiments combined with analytical methods, put forward the general formulas of the stiffness and damping in 2002.…”

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confidence: 99%

Dynamic Properties of Machine Bolted Joints Summary

Gong

Zhao

2013

AMM

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There are a lot of connection forms between the machine parts, of which the most typical are bolted joints. There are many factors influencing the dynamic properties of bolted joints and their mechanism is very complicated. Their properties have great significance to machine accuracy prediction. Domestic and overseas scholars have conducted many extensive researches on bolted joints, which main influence factors and internal mechanism are clarified. There is a more in-depth research on the analytical solution and the parameter identification of dynamic properties of bolted joints, and has achieved certain results, but the researches on mechanical properties are not mature. This article bases on microscopic analysis, macroscopic modeling, macroscopic test, nonlinear problems to classify research results, analyze the deficiencies, and point out the future research trend.

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confidence: 99%