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Elisa Novello (University of Padova) Paolo Andrea Carraro (University of Padova) Michele Zappalorto (University of Padova) Marino Quaresimin (University of Padova)
In the present work, the delamination onset induced by the presence of transverse cracks in cross-ply laminates subjected to static loadings is thoroughly investigated, both analytically and experimentally.
Tong-Earn Tay (National University of Singapore) X.F. Hu (National University of Singapore) M. Tirvaudey (École normale supérieure de Cachan) Vincent B.C. Tan (National University of Singapore)
The present study develops an integrated extended finite element method (XFEM) and cohesive element (CE) method for 3Dl delamination migration in multi-directional composite laminates, and validates the results with experiment performed on a double-cantilever beam (DCB) with multi-directional lay-up.
Mohammad Latifi (Delft University of Technology) Frans Van der Meer (Delft University of Technology) Bert Sluys (Delft University of Technology)
In this paper a combination of the thick level set method and interface elements is used to develop a new discontinuous method for modeling fatigue driven delamination in composite.
Siebe Spronk (Ghent University) Joris Degrieck (Ghent University) Francisco A. Gilabert (Ghent University) F. Allayes (Ghent University) Wim Van Paepegem (Ghent University)
A new experimental setup is designed to investigate the mode-I delamination of specimens after an impact load. Specimens are tracked during a test using a contactless optical method. Finite element analysis is used to extract the fracture toughness.
Thomas Dooher (Ulster University-School of Engineering) Cormac McGarrigle (Ulster University-School of Engineering) Dorian Dixon (Ulster University-School of Engineering) Alistair McIlhagger (Ulster University-School of Engineering) Eileen Harkin-Jones (Ulster University-School of Engineering) Edward Archer (Ulster University-School of Engineering)
Comparison between a commercial sewing yarn and those made with high temperature thermoplastics for improving the through thickness properties of fibre reinforced polymer composites.
Xiaodong Xu (University of Bristol) Michael Wisnom (University of Bristol) Stephen Hallett (University of Bristol) Gary Holden (BAE Systems) Barbara Gordon (BAE Systems)
Different levels of FE modelling were conducted, in order to predict debonding and delamination in an adhesively bonded T-joint pull-off (T-pull) test.
Quasi static indentation simulation has been developed employing cohesive contact surface and spring connector element as the main techniques. The predicted load displacement curves and delamination areas are closed to the experimental one.
Jinhyeok Jang (Seoul National University) Minchang Sung (Seoul National University) Sungjin Han (Seoul National University) Woong-Ryeol Yu (Seoul National University)
Prediction of delamination of steel-polymer composites using cohesive zone model and peeling tests.
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