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Abstract
A methodology for using model-free kinetic analysis for the determination of mechanical properties is presented. Furthermore, this approach is used in finite element simulations for the prediction of the failure behaviour of adhesively bonded joints using a cohesive zone material model. Therefore, kinetic analysis is combined with mechanical experiments such as the butt-bonded hollow cylinder as well as the tapered double cantilever beam for the description of adhesive failure in mode I in various states of the curing reaction. It is shown that model-free kinetic predictions together with degree of cure dependent material properties can be used in finite element simulations to predict the transient material behaviour during cure.