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The shear-capacity of adhesive glass-joints was investigated. Various stiff and soft adhesives were tested in a short-term load-case. The tests were conducted with small specimens in order to achieve a homogenous state of stress. The results of the tests were used in order to determine the material models of the adhesives. Finite element analysis of the test set-up was used for the determination of the material models. Large-scale tests were conducted to verify the material models from the tests of the small specimens. It could be concluded that with further validation, a combination of small-specimen tests and finite element simulations may allow for the determination of joint behavior for any joint size.
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