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Weekly News

  • Effects of age on vascular hemodynamics: in-silico assessment of a large clinical database

    • June 24, 2019
    • Posted by: info
    • Category: Weekly News
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    Our CompMech Group Member, Gaetano Aran, is working on Computational Fluid Dynamics (CFD) to correlate aging and tortuosity with calcium burden in the aorta.

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  • CompMech Group @ the VII International Conference on Isogeometric Analysis – IGA 2019

    • June 17, 2019
    • Posted by: info
    • Category: Weekly News
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    Our CompMech Group Member, Alessia Patton, is going to present her results on laminated composite structures at the VII International Conference on Isogeometric Analysis – IGA 2019.

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  • Optimization of fibre orientation in composites using a Proper Generalized Decomposition (PGD) framework

    • June 10, 2019
    • Posted by: info
    • Category: Weekly News
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    A 3D model was built to optimize the fibre orientation in 3D printed components to enhance its structural performance.

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  • A Hashin-Shtrikman Reduced Order Homogenization Technique for Heterogeneous Materials

    • May 27, 2019
    • Posted by: info
    • Category: Weekly News
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    Development of a semi-analytical model order reduction strategy for multi-scale analyses which interpolates between the Hashin-Shtrikman theory and a computational approach.

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  • Computer Simulation of Cardiovascular Diseases

    • May 20, 2019
    • Posted by: info
    • Category: Weekly News
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    Our CompMech Group member, Anna Ferrarini, is going to discuss the use of Computational Fluid Dynamics (CFD) for vascular biomechanics and in particular Navier-Stokes equations for CFD simulations, in the seminar entitled Computer Simulation of Cardiovascular Diseases at the University of Verona.

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  • High fidelity simulations of unsteady incompressible flows for engineering applications using high-order methods

    • May 13, 2019
    • Posted by: info
    • Category: Weekly News
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    High-order methods are not yet widely used in engineering applications due to their increased computational cost. Our CompMech Group member, Alexandros Karkoulias, seeks to demonstrate that a high-order method for the simulation of fluid flows, is able to accurately capture important flow features, e.g. vortices in a transient flow, and at the same time it can be significantly accelerated in terms of computational time with a view to constructing an attractive computational method for engineering applications.

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  • CompMech at Made Expo with 3DConcrete@UniPV

    • May 6, 2019
    • Posted by: info
    • Category: Weekly News
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    3DConcrete@UniPV by CompMech (DICAr) made its debut at Made Expo 2019.

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  • CompMech @ the IUTAM Symposium on Phase Transformation in Shape Memory Materials: Modeling and Applications

    • April 22, 2019
    • Posted by: info
    • Category: Weekly News
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    Our CompMech Group member, Giulia Scalet, is going to present her results on shape memory alloy modeling at the IUTAM Symposium on Phase Transformation in Shape Memory Materials: Modeling and Applications.

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  • A Non-Standard Slicing Pattern for 3D-Printing of Structural Components

    • April 15, 2019
    • Posted by: info
    • Category: Weekly News
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    Development of a novel material deposition technique for 3D-Printed structural components.

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  • Numerical simulation of particles flow in Laser Metal Deposition technology comparing Eulerian-Eulerian and Lagrangian-Eulerian approaches

    • April 8, 2019
    • Posted by: info
    • Category: Weekly News
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    Numerical simulation of Laser Metal Deposition process for Additive Manufacturing.

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