The use of adhesive joints has increased rapidly in the past decades. Driven by the growing
demand for lightweight structures, composite adherends have increased in popularity …

This work presents a review of several investigations on the topic of adhesive bonding at
high and low temperatures. Durability and strength at extreme temperatures have always …

Adhesive bonding continues to emerge as a preferred route for joining materials with broad
applications including advanced structures, microelectronics, biomedical systems, and …

Adhesive bonding is a constantly developing technique, and the volume of its industrial
applications is rapidly increasing, which, in turn, requires improving the compatibility and …

An analytical model for predicting the pull-out capacity of an adhesively bonded anchor
loaded monotonically in tension is presented. The multi-layered axisymmetric assembly …

Employing a functionally graded adhesive the efficiency of adhesively bonded lap joints can
be improved significantly. However, up to now, analysis approaches for planar functionally …

There is increasing demand for effective and efficient lightweight structures because of
global environmental and resource sustainability concerns. Adhesive bonding has been …

Capacity prediction of adhesively bonded joints remains challenging; this is particularly true
for tubular joints composed of circular hollow sections used in civil engineering. This paper …

The present work provides a new model for the stress analysis of functionally graded
adhesive lap joints with composite adherends. It is applicable to various joint configurations …

Functionally graded adhesives yielding a varying adhesive Young's modulus along the
overlap are increasingly considered in order to allow for a more uniform stress distribution …