铆钉与孔过盈配合的弹簧质量模型研究

Liu Zhanhui, Zheng Shuli
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引用次数: 1

摘要

铆钉与孔的过盈配合以其结构简单、承载能力大等优点在机械结构中得到了广泛的应用。在实际生产中,铆钉与孔、孔过盈配合存在一定的失效。为了解决这一问题,建立了铆钉与孔的过盈配合模型。基于圣维南原理,提出了铆钉与孔过盈配合的弹簧质量模型。得到了弹簧-质量模型的力学力方程。通过分析铆钉孔并获得不同载荷下的应力状态,当载荷较小时,铆钉与孔之间的接触界面不发生分离,可延长结构的疲劳寿命;当载荷较大时,铆钉与孔接触界面可能造成接触分离,产生微动疲劳,并提出孔为铆钉配合的设计建议。
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Study on Spring-Mass Model for Interference Fit between Rivet and Hole
The interference fit between of rivet and hole have been widely used in the mechanical structure, because of its simple structure, large bearing capacity. There are some failure of rivet and hole and hole interference fit in practice. In order to solve this problem, the interference fit model of rivet and hole was established. The spring mass model of interference fit between of rivet and hole was put forward based on the Saint Venant principle. The mechanical force equation of spring-mass model was obtained. Through the analysis of the rivet hole and obtain the stress state under different loads, when the load is small, the contact interface between of rivet and hole separation does not occur, can prolong the fatigue life of the structure; when the load is large, a rivet and a hole contact interface may cause contact separation, the fretting fatigue, and a hole for the rivet fit design suggestions.
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