The composite adherents were bonded using two different epoxy adhesives; namely, the EA 9695 film adhesive and the mixed EA 9395-EA 9396 paste adhesive.
The teeth were bonded using the same protocol and were tested in three different situations.
The paper is devoted to an experimental campaign on fifteen perforated masonry walls, which were strengthened with external FRP reinforcement, bonded using three different installation methods.
Diverse combinations of rigid and flexible substrates of copper, gold, gallium arsenide, gallium phosphide and liquid crystal polymer were bonded by using two different nanobonding techniques.
When two materials are bonded by using an adhesive, an interlayer develops between the two bonded materials.
The two parts were bonded successfully using direct bonding technique at 605 ± 20 °C for 240 min under a pressure of 28 kPa.
Four hundred twenty-three brackets were bonded by using a split-mouth design, with Transbond Plus Self-Etching Primer (3M Unitek, Monrovia, Calif) or One-Step Self-Etching Primer (Reliance, Itasca, Ill).
The beam and the string are bonded at four points using adhesive material, and therefore the boundary conditions for their equations of motion are coupled, which increases the complexity of the problem.
The specimens from all groups were bonded with three different cements using transparent polyethylene tubes: Zn-Phosphate cement (ZPC); self-adhesive resin cement (SARC); adhesive resin cement (ARS).
Face/core bonding was performed using two different adhesives and the matrix resin.
