amirtaqi Goto Github PK

3dsolidfluidmultiregionpotentialfoam

It is described how to simulate primary (when kinetic parameters of very fast electrochemical reactions are used), secondary and tertiary current distribution in electrochemical reactors with a multiregion approach (solve 3D (porous), solid and fluid phases) with the help of OpenFOAM, the developed solver multiRegionPorousPotentialFoam and the BC regionCoupledSolidFluid and regionCoupledPorousSolidFluid. It shows how to pre-process and run a basic case in a 2D domain. The proposed strategy allows to have as an input i-th electrochemical reactions per electrode, including bipolar electrodes in which at least two reactions take place (reduction and oxidation) in 3D or planar electrodes.

active_learning_tutorial

Tutorial for Active Learning of Small Angle Scattering Data

applied-deep-learning

Applied Deep Learning

cnn-image-classification-udacity-platform

customfoam

Custom solvers and libraries for OpenFOAM (Version 7.x)

machine-learning

pinns

Physics Informed Deep Learning: Data-driven Solutions and Discovery of Nonlinear Partial Differential Equations

practical_cheminformatics_tutorials

Practical Cheminformatics Tutorials

rheotool

Toolbox to simulate GNF and viscoelastic fluid flows in OpenFOAM®

sclsvof_mass_transfer

Simple coupled level set with volume of fraction (sCLSVOF) solver integrated with transport of species

spnpfoam

Stokes-Nernst-Planck-Poisson multi-region solver for OpenFOAM

tensorflowfoam

Integrating the TensorFlow 1.15 C-API into OpenFOAM 5.0 for data-driven CFD algorithm development