ABSTRACT A comprehensive literature review on the existing analytical models based on
different material and geometry behaviors for both single and double-lap joints (as well as …

This review paper provides an exploration of various facets of creep behaviour in adhesives
and adhesive joints, encompassing experimental procedures, prediction models, influential …

It is an important approach to prevent the damage mechanisms that cause sudden fractures
during fatigue loading in bonding joints by modifying the matrix with nanostructured …

Adhesively bonded joints are widely used in engineering domains due to their capability to
withstand different thermal and mechanical loads. In this paper, creep deformations of …

The paper presents three-dimensional (3D) viscoplastic analysis of adhesively bonded
single lap joint considering material and geometric nonlinearity. The constitutive relations for …

The stress analysis of cylindrical adhesive joints is less frequently reported in the literature
compared with that of flat geometries. Determination of shear and peel stresses in the …

An improved analytical model is presented for the stress analysis of interface stiffness
graded axisymmetric adhesive joints. The governing integro-differential equation of the …

Better fatigue performance of adhesively bonded joints makes them suitable for most
structural applications. However, predicting the service life of bonded joints accurately …

Polymers in general, and adhesives in particular, can exhibit nonlinear viscoelastic–
viscoplastic response. Prior work has shown that this complex behavior can be described …

A broad finite element study was carried out to understand the stress fields and stress
intensity factors behavior of cracks in adhesively bonded double-lap joints, which are …