The complex fatigue failure mechanisms render it challenging to arrive at definitive
conclusions regarding the behaviour of adhesive joints under cyclic loading. The goal of this …

Adhesive bonding is widely seen as the most optimal method for joining composite
materials, bringing significant benefits over mechanical joining, such as lower weight and …

In this study, different weight fractions of multiwalled carbon nanotubes were dispersed in
epoxy to produce toughened adhesives. The reinforced adhesives were used to bond the …

This study experimentally investigates the combined effect of several parameters on the
fatigue behaviour of adhesive bonded single lap joints, including: substrate material (steel …

Environmental factors, such as temperature and moisture, are known to have a degrading
effect on the mechanical properties and performance of adhesive joints, which may be …

The paper presents the results of an experimental investigation on the fatigue behaviour of
single lap bonded joints. Carbon/epoxy laminates bonded with epoxy adhesive were tested …

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 …

In this paper, the mechanical performance of the newly developed LMB aerospace structural
adhesive has been characterized experimentally. To this end, a comparison has been …

Double lap joints were prepared using epoxy adhesive and aluminum plates, and their high-
temperature strength properties were studied. Tensile, thermal aging, creep, and cyclic …

Due to their good mechanical performance and lightweight advantages, adhesively bonded
CFRP-aluminum alloy joints have seen increasingly widespread use in the automotive …