Adhesive joints are subjected to various environmental factors such as humidity and
temperature, depending on their use in industrial applications. It is important to examine and …

Co-curing bonding is more efficient than co-bonding and secondary bonding for structural
component assembly. This work used novel covered laminas with co-cured joining …

This mini-review investigates the effect of numerous surface treatments and the influence of
incorporating organic/inorganic nanofillers into polymeric adhesives on the shear behaviour …

Enhancing the bonding strength between metals and polymers is advantageous for hybrid
structures used in aerospace and power electronics applications. This study, conducted for …

In this work, two different surface treatments, such as grinding and acid-pickling, were
applied to both mild steel and aluminum alloy substrates for performance comparison. A …

In this paper, we enhance the adhesion strength of butyl rubber-based vibrational damping
plates using nanoscale self-assembled monolayers of various silane coupling agents. The …

In injection moulding processes with metal inserts, chemical bonds cannot be directly
formed at the interface between polymers and metals without the application of special …

The adhesive bonds that ensure the appropriate mechanical properties for metal joining
imply the surface chemical and wetting modification characteristics of the substrates. In this …

Surface morphology and chemistry of aluminum material are important to the strength
degradation of aluminum-adhesive bonding interface, and are significantly affected by …

The primary concerns in the adhesive bonding of metal substrate surfaces include
inadequate wettability, compatibility, and insufficient mechanical interaction at the bonding …