Modeling effects of asymmetry and fiber bridging on Mode I fracture behavior of bonded pultruded composite joints

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Modeling the 3D internal crack under compression entails complex fracture mechanics (mode I-II-III fracture), resulting in substantial computational costs and challenges in characterizing fracture morphology characterization for Phase Field Method (PFM) si ...

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This article investigates the effects of voids, joint geometry, and test conditions on the quasi-static Mode I fracture performance of thick adhesive Double Cantilever Beam (DCB) joints such as those prevailing in wind industry and shipbuilding. The specim ...

This data package supports the publication 'Complexity of crack front geometry enhances toughness of brittle solids' by Xinyue Wei, Chenzhuo Li, Cían McCarthy, and John M. Kolinski Nature physics (2024) - https://doi.org/10.1038/s41567-024-02435-x DOI: 1 ...

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The influence of voids on the quasi-static Mode I fracture performance of thick adhesive joints was investigated in this article. Double Cantilever Beam (DCB) joints were manufactured with glass fiber reinforced epoxy adherends and SikaPower®-830 epoxy adh ...

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Modeling effects of asymmetry and fiber bridging on Mode I fracture behavior of bonded pultruded composite joints

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Estimation of the bar stress based on crack width measurements in reinforced concrete structures

Mode I fracture of thick adhesively bonded GFRP composite joints for wind turbine rotor blades

Dataset for "Complexity of crack front geometry enhances toughness of brittle solids"

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Mode I and Mode II fracture behavior in pultruded glass fiber-polymer - Experimental and numerical investigation

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