This paper investigates comprehensive knowledge regarding joining CFRP and aluminium
alloys in available literature in terms of available methods, bonding processing and …

Adhesively bonded lap and T joints are used extensively in the manufacture of automotive
structures. In order to determine the effect of using a structural adhesive instead of spot …

The wide and diverse application of adhesives in the automotive industry has increased
over the last decades, driven by the need to produce efficient yet strong vehicles, able to …

Finite element analysis (FEA) and continuum mechanics techniques have been used to
model the thermal residual stress distribution in bonded joints and assess the suitability of …

Adhesive joints used in supersonic aircraft fuselage need to withstand low (− 55° C), as well
as high (200° C) temperatures. However, there are no adhesives suitable for the whole …

In this study, the mechanical behavior and failure mechanisms of thin-walled carbon fiber
reinforced polymer (CFRP) and titanium adhesive tubular lap-joints (TLJs) at cold …

This paper deals with three-dimensional non-linear finite element analyses to assess the
structural behavior of adhesively-bonded double supported tee joint of laminated FRP …

The present paper illustrates an experimental investigation on double-lap adhesive joints
between glass and aluminium adherends. Four different commercial structural adhesives …

Integrated composite structures can significantly reduce the assembling cost and improve
the performance of the aircraft. All-composite π joint, which is a connector of integrated …

Adhesively bonded joints are widely used due to their ease of fabrication, maintenance and
controllable stress distribution in the overlap region. There are extensive investigations in …