Effect of Adherend Recessing on the Tensile Strength of Single Lap Joints

Pinto, A. M. G.; Ribeiro, Nuno; Campilho, R.D.S.G.; Mendes, Isabel R.

doi:10.1080/00218464.2013.766132

Cited by 20 publications

(9 citation statements)

References 37 publications

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“…For instance, a spew fillet at the ends of the overlap can effectively reduce the stress concentration, spreading load transfer over a larger area and providing a more uniform shearstress distribution [12,[27][28][29]. Research was also carried out to investigate the effect of a discontinuous adhesive layer on the overall joint strength [30][31][32], which showed that a void or a gap in the adhesive layer could affect the stress distribution in a joint, while had insignificant effect on the overall joint strength [32,33].…”

Section: Introductionmentioning

confidence: 99%

Double lap adhesive joint with reduced stress concentration: Effect of slot

Hou

Kanani

2018

Composite Structures

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Stress distributions at interfaces of adhesive lap joints have been widely studied to optimize overall structural strength. However, these studies focussed mainly on the mechanics of adhesive layers. In this paper, a novel concept for a double lap adhesive joint is proposed by introducing a slot in its inner adherend. Numerical simulations employing a finite-element method are used to validate the proposed concept. The results show that the introduction of the slots can smooth the stress distributions along the edges of the interfaces between adhesive and adherend and reduce stress concentration near the cutoff ends of the joint. The results also show that the height of the slots has significant effects on alternating the interfacial stresses. Thus, the proposed concept provides a promising way to optimize double lap adhesive joints for enhanced strength with reduced weight.

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Section: Introductionmentioning

confidence: 99%

Double lap adhesive joint with reduced stress concentration: Effect of slot

Hou

Kanani

2018

Composite Structures

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“…Of particular interest has been the analysis of different geometric configurations of single-lap joints with the aim of reducing the intensity of the stress peaks and thereby bolstering the strength of the joint. In this regard, various types of joints, local geometrical features such as the spew fillet [16][17][18][19][20], the effect of chamfering [20][21][22][23], and adherend recessing [24] have been studied. Chamfering can be applied to the adhesive, adherends, or both components of the joint, and thus it is valuable to undertake a broad analysis, taking into account all these configurations.…”

Section: Introductionmentioning

confidence: 99%

Effect of the geometry in the strength of single-lap adhesive joints of composite laminates under uniaxial tensile load

Moya-Sanz

Iváñez

García-Castillo

2017

International Journal of Adhesion and Adhesives

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Adhesively bonded joints are widely used in structures manufactured with composite laminates. Single-lap adhesive joints are the common most used due to their simple geometry and structural efficiency. In this study, a 2D numerical model has been developed in Abaqus/Standard to evaluate the influence of variations in the geometry of the adherends and the adhesive on the mechanical strength of a single-lap joint subjected to uniaxial tensile load, using the Cohesive Zone Model (CZM). Different geometrical configurations of single-lap joints have been studied, such as adherend recessing and chamfering of the adherends and adhesive. The objective is to analyse the effect of these variations with respect to the mechanical strength of the adhesive joint. In this sense, the vertical displacement of the adherends, the peak peel stress, the distribution of peel stress on the overlap length, and the failure load have been studied, identifying the chamfer in the adherends and adhesive as the most influential parameter governing the strength of the adhesive joint.

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“…In the study of Gültekin et al [14], mechanical properties of different single lap joint configurations with different adherend width values subjected to tensile loading were investigated experimentally and numerically. In the work of Pinto et al [15], the Cohesive Zone Models (CZM) are widely used in delaminate on analysis. They not need an pre-existing of crack like (VCCT) Virtual Crack Closure Technique [16,17].…”

Section: Introductionmentioning

confidence: 99%

Using a cohesive zone modeling to predict the compressive and tensile behavior on the failure load of single lap bonded joint

Benamar

Mokhtari

Madani

et al. 2019

Frattura Ed Integrità Strutturale

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The aim of this work is to analyze the failure behavior of a simple lap joint of type metal / metal consisting of 2024-T3 Aluminum plate bonded with an Araldite adhesive using the finite element method to predict damage of the metal in tensile and compressive load under the effect of geometric parameters such as the length of the overlap and the geometric shape of the two plates according to the overlap length. The numerical analysis is performed by the ABAQUS calculation code. The adhesive was modeled by an element of the CZM cohesive zone. the adhesive will be submitted in mixed mode given the non-linearity of the two applied load. the calculation of the failure load will be determined according to the different parameters mentioned above. It is well demonstrated that the type of loading and the parameters taken into consideration condition the strength of the structure. The effect of these different parameters on the strength of the adhesive joint is presented as results by failure load curves.

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Effect of Adherend Recessing on the Tensile Strength of Single Lap Joints

Cited by 20 publications

References 37 publications

Double lap adhesive joint with reduced stress concentration: Effect of slot

Double lap adhesive joint with reduced stress concentration: Effect of slot

Effect of the geometry in the strength of single-lap adhesive joints of composite laminates under uniaxial tensile load

Using a cohesive zone modeling to predict the compressive and tensile behavior on the failure load of single lap bonded joint

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