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ml-cfd-lecture
Lecture material for machine learning applied to computational fluid mechanicsmachine-learning-applied-to-cfd
Examples of how to use machine learning algorithms in computational fluid dynamics.of_pytorch_docker
Dockerfile to create an image with OpenFOAM-plus and PyTorch supportphd_openfoam
OpenFOAM utilities and solvers related to my PhDturbulence_modelling_lecture
Modelling and simulation of turbulent flows - lecture materialphd_basilisk
Basilisk simulations related to my PhDofw2022_dmd_training
Material for the OpenFOAM workshop 2022sgs_model_test_transient
Evaluation of an SGS model for mass transfer at risining bubbles in the initial transient stageml-cfd
Blog about ML and CFDdrl_in_fluids_articles
An overview of articles related to deep reinforcement learning in fluid mechanicsml-cfd-slides
Course slideswall_modeling
Development of OpenFOAM wall functions for turbulent flowsphd_notebooks
Jupyter notebooks related to my PhDmlp_pde_solution
Constructing approximate solutions for differential equations based neural networksudacity_cpp_course
Code examples for the Udacity C++ courseturb-slides
Reveal.js slides for lecture on turbulence modelingbasilisk_docker
Dockerfiles to build Basilisk Docker imagesfvm
pyhton scritps for finite volume methoddiscovering_disease_outbreaks
Jupyter notebooks realated to the corresponding Manning liveProjectLove Open Source and this site? Check out how you can help us