OpenFOAM prior disadvantage is the lack of wide exclusive user guide, so user needs to go through Internet to learn OpenFOAM stuffs. Here, i provide some useful links, which contain interesting tutorials and trainings. This page will be update with my new findings.
As a part of my Ph.D thesis, i extended an OpenFOAM solver interFoam to consider mass transfer due to boiling and condensation, new solver is called phaseChangeHeatFoam. It is available in git,now. it can be download and compiled with following commands in Linux terminal.
git clone https://github.com/NimaSam/phaseChangeHeatFoam/
chmod +x All*
The zip file can be download from here.
Continue reading “phaseChangeHeatFoam”
I wrote the first edition of OpenFOAM book around 5 years ago in Persian. The book was based on OpenFOAM-1.6. The aim of that book was to shorten the process of OpenFOAM learning. It was 5 chapters that included some simple and introductory examples. It covered different parts of OpenFOAM utilities, solvers and programming. Continue reading “New Edition of OpenFOAM Book”
Studies on wind flow are received a huge interest in recent decades. Wind is known as a clean source of energy. Moreover, it plays a great role in urban ventilation to control air pollution. Therefore, wind flow simulations around single or complex buildings are raised up in recent years. My colleagues and I made several wind flow simulations. These simulations are conducted with OpenFOAM solver simpleFoam which is a stead-state solver. OpenFOAM supports a wide class of turbulence models. Different turbulence models are examined in these simulations to find the best result with experimental data. My experience shows kOmegaSST is the most suitable RANS turbulence model for simulation of wind flow.
A brief report of our simulation is presented below:
welcome to my personal website !
Here, I will share my current interests and projects with you.
It is under construction :), so be patient!