Influence of tool geometry on reaction forces and strength of an inseparable joint produced on a prototype stand with the use of jaws

分类： 机械工程 >> 刀具技术 提交时间： 2024-03-31

Nikodem Wrobel Michal Rejek Jolanta Krolczyk Mateusz Franka  Munish K. Gupta Marcin Sliwinski Grzegorz Krolczyk Z. Li

摘要： The present article describes a new and innovative method of producing an inseparablejointwith the use of expansion jaws. The effect of jaw tool geometry on the reaction forces and ultimate strength of an inseparable joint formed on a prototype stand was analyzed. The results are also compared of joints produced by jaws with single movement method and with complex movement method. The tool responds with bending and pressing one part into the other, which results in their permanent connection. In the tests, differentiation was introduced with regard to the height of the applied force to the collar of the connection pipe. A novelty is also a solution based on a complex, parameterized trajectory of the stamp movement consisting of horizontal and vertical displacements. This paper presents the tests of the joints formed at the stand. The new approach described in this article has resulted in a joint strength increase of approximately 30% using the innovative complex jaw movement of the biaxial clinching process. A jointtensile strengthclose to 1000N was achieved.

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