Publications
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FER and FES tyrosine kinase fusions in follicular T-cell lymphoma. Flanders Institute for Biotechnology KU Leuven
Involvement of FER and FES in the pathogenesis of follicular variant of peripheral T-cell lymphoma KU Leuven
FEM prediction of self-heating and thermal softening in semicrystalline polymers using a unified two-phase intermolecular resistance constitutive model Ghent University
The constitutive modelling of semi-crystalline polymers (SCPs) has to consider several aspects as rate- and temperature- dependencies, self-heating, and in particular, the double yield (DY) phenomenon. Full characterization of all these complex features involves huge efforts in terms of material parameter identification. The contribution of the crystalline phase plays an important role in the evolution of the plastic yield in the SCPs. In this ...
Design of anchorage zones of pretensioned concrete girders : a comparison of nonlinear 3D FEM results with measurements on a full scale beam Ghent University
Featured Application The end zones of pretensioned beams have been investigated for many years, and many simplified analysis methods have been proposed. Detailed nonlinear finite element analysis-based design, has only become available in the last years. The paper provides an experimentally validated nonlinear FE based technique which opens perspectives for a further optimization of these end zones. Pretensioned concrete beams are widely used ...
Fracture simulation of structural glass by element deletion in explicit FEM Ghent University
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3D FEM simulation of groundwater flow during backward erosion piping Ghent University
Backward erosion piping is an important failure mechanism for cohesive water retaining structures which are founded on a sandy aquifer. At present, the prediction models for safety assessment are often based on 2D assumptions. In this work, a 3D numerical approach of the groundwater flow leading to the erosion mechanism of backward erosion piping is presented and discussed. Comparison of the 2D and 3D numerical results explicitly demonstrates ...
FEM analysis of edge preparation for chamfered tools Ghent University
The chamfer enhances the performance of the tool by strengthening the edge and reducing the possibility of tool wear and breakage. The strength of the chamfered tool can be investigated by analysis of process variables. This research investigates the effects of chamfer width and chamfer angle on process variables (force, stress, tool temperature and tool stress) in machining of a mild carbon low alloy steel by a cemented carbide tool using ...
A unified J-Integral-based procedure to investigate at different loading regimes the fracture by FEM simulations and image analysis Ghent University
Model Order Reduction and Smart Virtual Sensing for Unbounded Vibro-Acoustics Using High Order FEM and Infinite Elements KU Leuven
Two key technologies that are at the heart of the Executable Digital Twins are Model Order Reduction and Smart Virtual Sensing (SVS). The former allows the high-fidelity models to be represented in compact forms and the latter is an on-line estimator framework which allows to extend the limits of physical sensors and provide full-field data using the simulation models. Previous work from the authors established a time-stable vibro-acoustic ...