AbstractThis paper presents novel closed-form and accurate solutions for the edge moment factor and adhesive stresses for single lap adhesive bonded joints. In the present analysis of single lap joints, both large deflections of adherends and adhesive shear and peel strains are taken into account in the formulation of two sets of nonlinear governing equations for both longitudinal and transverse deflections of adherends. Closed-form solutions for the edge moment factor and the adhesive stresses are obtained by solving the two sets of fully-coupled nonlinear governing equations. Simplified and accurate formula for the edge moment factor is also derived via an approximation process. A comprehensive numerical validation was conducted by compar...
AbstractA unified approach for approximating the adhesive stresses in a bond line of a tapered bonde...
This study presents a semi-analytical solution method to analyze the geometrically nonlinear respons...
International audienceThis paper is devoted to the theoretical modeling of the mechanical response o...
AbstractThis paper presents novel closed-form and accurate solutions for the edge moment factor and ...
AbstractThis paper presents a novel formulation and analytical solutions for adhesively bonded compo...
AbstractThis study presents a semi-analytical solution method to analyze the geometrically nonlinear...
In this investigation, an analytical elastic-plastic solution was proposed for a single-lap joint. A...
This study presents a semi-analytical solution method to analyze the geometrically nonlinear respons...
The paper presents 3-D viscoplastic analysis of adhesively bonded single lap joint considering mater...
In this work, the effect of adherend shape on the tensile strength of adhesively bonded single lap a...
Adhesive bonding is a preferred method of joining aerospace structural components, since it provides...
This paper is devoted to the numerical analysis of bidimensional bonded lap joints. For this purpose...
AbstractThe mechanics of double-lap joints with unidirectional ([016]) and quasi-isotropic ([0/90/−4...
Analytical models of adhesively bonded single lap joints under in-plane shear load and in-planed ten...
AbstractA unified approach for approximating the adhesive stresses in a bond line of a tapered bonde...
This study presents a semi-analytical solution method to analyze the geometrically nonlinear respons...
International audienceThis paper is devoted to the theoretical modeling of the mechanical response o...
AbstractThis paper presents novel closed-form and accurate solutions for the edge moment factor and ...
AbstractThis paper presents a novel formulation and analytical solutions for adhesively bonded compo...
AbstractThis study presents a semi-analytical solution method to analyze the geometrically nonlinear...
In this investigation, an analytical elastic-plastic solution was proposed for a single-lap joint. A...
This study presents a semi-analytical solution method to analyze the geometrically nonlinear respons...
The paper presents 3-D viscoplastic analysis of adhesively bonded single lap joint considering mater...
In this work, the effect of adherend shape on the tensile strength of adhesively bonded single lap a...
Adhesive bonding is a preferred method of joining aerospace structural components, since it provides...
This paper is devoted to the numerical analysis of bidimensional bonded lap joints. For this purpose...
AbstractThe mechanics of double-lap joints with unidirectional ([016]) and quasi-isotropic ([0/90/−4...
Analytical models of adhesively bonded single lap joints under in-plane shear load and in-planed ten...
AbstractA unified approach for approximating the adhesive stresses in a bond line of a tapered bonde...
This study presents a semi-analytical solution method to analyze the geometrically nonlinear respons...
International audienceThis paper is devoted to the theoretical modeling of the mechanical response o...