ahmmedshakil Goto Github PK

followers: 10.0 following: 27.0 repos: 171.0 gists: 2.0

Name: Ahmmed M. Shakil

Type: User

Bio: Researcher in Computational Modelling of multi-dimensional, multiphysics issues in Chemical Engineering, at the University of Queensland

Ahmmed M. Shakil's Projects

machine-learning-applied-to-cfd

Examples of how to use machine learning algorithms in computational fluid dynamics.

mathematicalfunctions_for_openfoam

Useful C++ code for use with OpenFOAM

midwest_of_2019

Working cases for midwest 2019 OF meeting

ml-cfd-lecture

Lecture material for machine learning applied to computational fluid mechanics

mlfoam

Thoughts about ML committee for OpenFOAM

multi-species-mass-transport-library-for-openfoam-2.3.x

An open-source library for the computational modeling of mass-transport phenomena for OpenFOAM-2.3.X

multiregionplasma

Program to model electromagnetic field and trajectories of charged particles. Based on OpenFOAM.

OpenFOAM transient solver for laminar or turbulent fluid flow and solid heat conduction with conjugate heat transfer between solid and fluid regions, plus combustion with chemical reactions (psi thermo model)

multisolver

An extension for OpenFOAM that allows you to run more than one solver on the same dataset in sequence.

multispecies-diffusion-and-ignitionfoam

OpenFOAM solvers and utilities

ndpbm

This is my public OpenFOAM solvers for coupling twoPhaseEulerFoam and Population Balance modelling

nonorthogonalitychecksalome

A python class to be included in Salome meshing scripts for detection of non-orthogonal and skew faces.

nufeb

Official release of the NUFEB software

numerical-veliz

Numerical Analysis code from the Oscar Veliz YouTube Channel

o2rbc

The library O2RBC is an OpenFOAM extension for oxygen transport from red blood cells. It also features a Python library for pre- and postprocessing of simulations, including data visualization.

ode-python

Coupled Differential Equations ODE solver (Python)

of-kva_interfaceproperties

Extension of OpenFOAM's "interfaceProperties" library. A run-time selection mechanism was implemented to select the model for calculating the surface tension force & curvature. These models can reduce spurious currents.