Abstract
A single lap joint is one of the most popular types of adhesive joints. This joint is very easy to apply and gives satisfactory results. However, there is an extensive shear stress distribution at both ends in a single lap joint and shallow in the middle. In this research, the performance test of the bi-adhesive with different joint widths was carried out. We modelled with 2D FEM consisting of adherent aluminum, two adhesives DP490 and ESP110 and then performed a static test to obtain shear and peel stress distribution. The results presented that using a bi-adhesive improved the shear stress distribution compared to a single adhesive individually. By adjusting the length ratio of each adhesive, the optimum conditions will be obtained. The peak stress will decrease, and the stress distribution will be better. In addition, the wider the lap joint, the stress distribution will be more evenly distributed. The peak stresses at the ends and in the middle of the joint are getting smaller in both the single adhesive individually and the bi-adhesive. This result is a recommendation for the user to increase the strength of the adhesive joint.
Highlights
The fastener is a method for merging one component with other components
We are generally familiar with mechanical fasteners such as welded joints, rivet and bolted joints
It is expected that there will be improvements in the distribution of shear stress and peel stress which can increase the strength of the connection
Summary
We are generally familiar with mechanical fasteners such as welded joints, rivet and bolted joints. This joining has been used for a very long time. The adhesive joint is advanced and provides advantages such as uniform stress distribution, wide joint surface and ease of connection of different types of materials, both similar and dissimilar. The adhesive bond relies on the adhesion properties between the adherent (the joined part) and the adhesive (glue or epoxy) This joining is very widely used today because it has better advantages than mechanical fasteners. Adhesive joint more even distribution of stress, eliminates stress concentrations, can connect dissimilar materials, good surface finishing, functions as a sealant and reduces noise and vibration. It is expected that there will be improvements in the distribution of shear stress and peel stress which can increase the strength of the connection
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