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Hybrid (bolted/bonded) joints applied to aeronautic parts: analytical one-dimensional models of a single-lap joint

Abstract : The load transfer in hybrid (bolted/bonded) single-lap joint is complex due to the association of two different transfer modes (discrete and continuous) through elements with different stiffness. Analytical methods exist for these two different modes, when considered separately. In this paper two one-dimensional elastic analytical models are presented for the determination of the load transfer in single lap configuration. The first one is developed by using the integration of the local equilibrium equations. From this first method an elastic-plastic approach is presented. The second one uses the Finite Element Method, introducing a new element called “bonded-bar”. These models are robust, easy to use and provide the same results. They allow to analyze the load transfer and to evaluate different geometric and mechanical parameters’ influence. Thus they represent the first step for the design of a hybrid joint able to replace its bolted equivalent used on aircraft.
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  • HAL Id : hal-01892352, version 1
  • OATAO : 17644


Eric Paroissien, Marc Sartor, Jacques Huet. Hybrid (bolted/bonded) joints applied to aeronautic parts: analytical one-dimensional models of a single-lap joint. 6th International Conference on Integrated Design and Manufacturing in Mechanical Engineering (6th IDMME), May 2006, Grenoble, France. pp.1-12. ⟨hal-01892352⟩



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