in adhesively bonded structures. The modelling technique

accounts for material plasticity and is applicable to both cracked and non-cracked

problems under mode-I and mixed mode quasi-static loading. Experimental data obtained

from extensive...

Three-dimensional thermo-mechanical stress analysis of composite joints with bi-adhesive bonding is presented using the full layerwise theory. Based on three-dimensional elasticity theory, sets of fully coupled governing differential equations...

In this paper, considering an adhesively bonded composite single-lap joint, a novel approach is presented

to predict the peel and shear stress distributions of the adhesive layer for an ASTM standard test sample.

In the current method...

In this paper, accurate analytical solutions to three-dimensional stress field of the adhesively bonded piezoelectric patches under electrical incitements are presented within the framework of the full layerwise theory (FLWT). The effects...

failure. This clearly shows the importance of accurate stress analysis of thermal loaded structures. This paper presents three-dimensional thermomechanical stress analysis of heterogeneous adhesively bonded joints undergoing steady-state one...