Titlebook: Computational Science - ICCS 2006; 6th International Co Vassil N. Alexandrov,Geert Dick Albada,Jack Dongar Conference proceedings 2006 Spri

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Mesoscopic Simulations of Unsteady Shear-Thinning Flowshear-thinning blood flow in a three-dimensional idealised vessel. The non-Newtonian behaviour of blood flow is modelled by the Carreau-Yasuda viscosity model. Higher velocity and shear stress magnitudes, relative to Newtonian cases, are observed for the shear-thinning simulations in response to chan

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A Multiphysics Model of Capillary Growth and Remodelingodel [1]. We adhere to the basic structural concept of the so-called . growth and remodeling which does not only generate capillaries and terminal vessels but also rebuilds them into a highly perfused system [2]. Present enhancements comprise calculation and visualization in three dimensions, refine

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Data-Driven Inverse Modelling of Ionic Polymer Conductive Composite Platesore only time consuming discrete numerical methods can be used instead. To avoid the computational cost of numerical solutions this paper introduces a solution construction method that exploits analytical approximation basis functions borrowed from solutions of single physics formulations associated

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Exploiting Real-Time 3d Visualisation to Enthuse Students: A Case Study of Using Visual Python in Enme visualisation. We describe the structure and content of this teaching module and evaluate the module after its delivery. We find that the students enjoy being able to visualise physical processes (even if these have effectively only 1 or 2 spatial degrees of freedom) and this improves the learnin

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Flow Patterns in the Vicinity of Triple Line Dynamics Arising from a Local Surface Tension Modellicit mobility relations), it is based on the Shikhmurzaev equations. These equations include generalized Navier slip type boundary conditions with extra local surface tension gradient terms. Numerical results when spreading and recoiling are presented. A particular attention is paid to flow patterns near the contact line.