Master thesis abaqus
From: Jaden G.
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Bohmer Prof. Vuik Dr. Decouvreur Other thesis committee members Prof. Rixen Dr. Wilders October Delft, the Netherlands Feasibility study of a tire hydroplaning simulation in a nite element code using a coupled Eulerian-Lagrangian method A.
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Define a surface or region in a model. This option is used to define surfaces for contact simulations, tie constraints, fasteners, and coupling, as well as regions for distributed surface loads, acoustic radiation, acoustic impedance, and output of integrated quantities on a surface. Type Model data. Level Part Part instance Assembly. Include this parameter to create a new surface that will contain only those faces from an existing surface that have nodes in a specified rectangular box.
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Aalborg University (AAU)
Jingcheng Li Follow. Ultra-high performance concrete UHPC has been developed in recent decades as a new class of concrete which exhibits increased strength, durability and long-term stability when compared with normal strength concrete NSC and high performance concrete HPC. While extensive research has previously been performed on constitutive modeling of NSC, constitutive modeling of HPC and UHPC is very limited and more research needs to be pursued in this area.
Such a composite layout, made of two float glass plates sandwiching a transparent polymeric interlayer, shows indeed quite complex behaviors, differing drastically with respect to the time domain experienced. The first part of the present report details a complete analysis of those phenomena with literature findings and identifies existing material model and brittle fracture methods especially. Beside the explanations, key material parameters for suitable numerical simulations are particularly pointed out.