A simple finite volume tool for Julia

Finite volume toolbox in Python

Numba-accelerated Pythonic implementation of MPDATA with examples in Python, Julia, Rust and Matlab

1D simulations using Lattice Boltzmann method

Finite volume based solver for Advection-Diffusion Equation solver using only Python

A Parallel Integrated Computational-Statistical Platform for Homogeneous Turbulent Transport

2D Bi-Spectral Advection Diffusion Solver written in Julia

Climate Modeling with Neural Advection-Diffusion Equation, Springer KAIS

Yolohtli is a 2D cardiac electrophysiology solver developed in C/CUDA parallel programming language. The solver has many functionalities to facilitate the user experience and analysis. These include easy to use loading/saving options, keyboard/mouse user interactivity, and real time OpenGL graphics. Moreover, several non-standard functions have …

Curso de Dinámica de Fluidos Computacional Aplicada (CFD) creado en la herramienta Jupyter Notebook y empleando Python V3.7

Course work of computational fluid dynamics from UMich.

Deformable lattice Boltzmann method for diffusion in 1D moving domains

This course covered computational techniques for situations that often arise in Physics, Mathematics, and Engineering.

One velocity monte carlo for the rod problem with advection-diffusion of DNPs

Research sandbox for testing MC solutions 1D divergence-dependent PDEs

Advanced framework combining 2D contaminant transport simulation (advection–diffusion) with machine learning to classify ecological risk (Low/Medium/High) and generate dashboards, GIFs, and reports.

Solves advection-diffusion equation for a low Prandt number medium

Implementation of GPU Gems 38 using OpenGL Compute Shaders

Continuous Assessment for ECM3446 - High Performance Computing, set by Prof. Luo Man (Year 3, Semester 2). Simulates the advection of material from a chimney by wind in the planetary boundary layer.

Numerical methods applied to the advection equation