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Exact(4)
The coefficient of friction followed the model for adhesive friction.
A new design model for adhesive joints used to bond fiber reinforced polymer, FRP, laminates to steel beams was presented in part A of this paper.
The present model establishes a bridge between the JKR model for adhesive contact problems and the Young-Laplace's law of surface tension.
In this work a new model for adhesive joints is presented that can be applied to various joint configurations, as e.g. single lap joints, T-joints, L-joints or reinforcement patches.
Similar(56)
The suitability of the presented model for studying adhesive contacts from the nano-scale to much larger, soft contacts, where adhesive forces can alter the contact mechanics, is demonstrated.
The popular Johnson Kendall Roberts (JKR) model for adhesion is obtained as a limit of the adhesive zone model.
A cohesive zone model is used to represent the composite adhesive interface and a continuum damage model for the adhesive bondline.
Spiders and insects could provide the model for other adhesives with different uses, he says.
This paper aims to improve the numerical modelling for ductile adhesive bonded joints.
This paper reviews the underlying assumptions and assesses the accuracy of five published theoretical models for the adhesive stresses produced by axial loading of the tubular joint.
Two models for quasistatic adhesive unilateral contact delaminating in mixed fracture mode, i.e. distinguishing the less-dissipative mode I (opening) from the more-dissipative mode II (shearing), and allowing rigorous mathematical and numerical analysis, are studied.
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