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 …

The mechanism of epoxy-bonded anchor system (EBAS) has been studied by many
researchers in the past several decades with different models. However its long-term …

The use of chemical adhesives to post-install rebars and anchor elements in existing
concrete structures has been widely developed in the previous years. The progress of the …

Adhesive joints are increasingly used in bridges and buildings construction thanks to their
high mechanical properties and their ease of implementation. However, the load transfer …

Polymer based mortars allow post-installing rebars into pre-existing concrete structures by
bonding the steel to the concrete in a few hours. This type of steel–polymer–concrete bond …

The use of chemical bonds to fasten reinforcement bars in existing concrete structures has
been widely developed in the previous years, showing in many cases higher bond values …

An analytical viscoelastic model is proposed to predict the time-dependent displacement of
adhesive anchoring systems under axial tension. Using the correspondence principle, the …

High‐performance room temperature‐cure epoxy structural adhesives utilizing simplified
formulation are developed. The developed structural adhesive consists of diglycidyl ether of …

The creep behavior of a new type epoxy resin adhesive which is room-temperature cured
and used for reinforcing engineering structures was studied. The tensile strength of the …

An elastic solution is developed for an anchor embedded in a concrete hole and bonded to
the concrete through an adhesive layer that is not necessarily thin. Both bonded and …