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O3

26

Sep'22

FEM and FVM: From van Karman to Magnus

Similarities, differences, and advantages of discretization techniques like Finite Element and Finite Volume approximation. From van Karman to Magnus with …

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26

Sep'22

Meshing 2D and convergence study

Meshing concepts and possibilities.  Modelling and meshing a 2D U-channel. Workflow in Ansys to setup and how to perform a …

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26

Sep'22

Hands-on with OpenFOAM

CFD modelling of a circular cylinder in cross flow: physical problem definition, domain meshing, equations solving, convergence monitoring, data post-processing …

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26

Sep'22

Finite Volume Discretization Techniques of Differential Operators

Finite Volume discretization techniques of gradient, divergence (or convection) and diffusion Differential Operators. Finite Volume Discretization Techniques of Differential Operators …

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26

Sep'22

Introduction to the Finite Volume method

Finite Volume approximation of the Navier-Stokes equations. Numerical solution of the Navier-Stokes equations: the SIMPLE and PISO algorithms. Introduction to …

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26

Sep'22

Introduction to Turbulence Modeling

Description of the most common mathematical models to predict the effect of turbulence. Introduction to Turbulence Modeling pdf

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