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The experimental results can be useful to calibrate numerical models of the new joint behaviour.
The answer to requirements, both static and dynamic, depends on the joint behaviour.
Experimental evidence of such joint behaviour tested in natural scale is described.
The joint behaviour influences the stresses and deformations developed by the structure.
In this case, the joint behaviour of the two materials depends on the strength and stiffness of the interface connector.
Analysis shows that the STM gives safe results even though it does not fully capture the observed joint behaviour.
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The joints' behaviour was accurately characterized by CZM and showed a distinct behaviour as a function of the defect size, depending on the adhesive.
The eXtended Finite Element Method (XFEM) is emerging as a method to predict the joints' behaviour, although this has not yet been adequately studied for the application to adhesive joints.
A significant variation of the joints' behaviour was found depending on α and the applied adhesive, which was directly linked to the stresses developed in the adhesive layer during loading.
Experimental and numerical investigations were carried out to assess the joints' behaviour under vertical loads, their effect on the overall mechanical response of the sandwich floor panels, and the stress distributions within the various panel components.
Studies agree that in frame analysis, joint rotational behaviour should be considered.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com