implementation of finite-volume Godunov method with flux splitting used to solve a system modelling barotropic gases
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Updated
Feb 6, 2016 - C++
implementation of finite-volume Godunov method with flux splitting used to solve a system modelling barotropic gases
This is fast-response software package for environmental applications
Introductory course in Computational Fluid Dynamics
Finite Volume Solver for 1D advection-diffusion using a Point Implicit Method written as part of a class project for "Fundamentals of CFD" course at ETH Zurich
mass-transfer programm for biomedical case
Finite volume advection on a 1D periodic domain using high-order moments
Battery Optimal Layer Design (BOLD) Toolbox for optimising layer configuration of pouch cells
Finite-Volume Galerkin program computing 2D and axisymmetric flows
Solving hyperbolic PDEs using the Lax-Wendroff Scheme and a finite volume method.
Toolbox to simulate GNF and viscoelastic fluid flows in OpenFOAM®
My personal collection of Riemann solvers using MUSCL and WENO schemes written as short Matlab scripts
A code based on the Finite Volume Method discretisation of Navier-Stokes equations for simulation of compressible shear layer
MATLAB functions and scripts for 1D Computational Fluid Dynamics
OFF, Open source Finite volume Fluid dynamics code
Code in the paper PETER D. LAX AND XU-DONG LIU, SOLUTION OF TWO-DIMENSIONAL RIEMANN PROBLEMS OF GAS DYNAMICS BY POSITIVE SCHEMES, SIAM J. SCI. COMPUT. , Vol. 19, No. 2, pp. 319–340, March 1998
M2 MACS: Implémentation d'une méthode de volumes finis 1D utilisant un algorithme de raffinement
A Python library for solving any system of hyperbolic or parabolic Partial Differential Equations. The PDEs can have stiff source terms and non-conservative components.
🌏 These projects are to create subsurface modeling based on geophysical formulas using finite volume method.
CFD Python, a.k.a. the 12 steps to Navier-Stokes taught by Prof. Lorena Barba
The working repository for my PhD project at the Centre for Scientific Computing, Cambridge
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