In the present paper heavy gas dispersion calculations were performed with OpenFoam. For
a wind tunnel test case, numerical data was validated with experiments. For a full scale …

Modelling Turbulent Non-Premixed Combustion in Industrial Furnaces 0.5cm Using the
Open Source Toolbox OpenFOAM Page 1 Motivation: Almatis Rotary Kiln Governing …

In the current work, a local time stepping (LTS) solver for the modeling of combustion,
radiative heat transfer and soot formation is developed and validated. This is achieved using …

Gravel filters are potentially a low cost, low maintenance water treatment solution. They
require no mechanical or electrical parts and can operate without the addition of chemicals …

Computational fluid dynamics (CFD) is proved to be one of the vital part of the computer
aided engineering (CAE) tools and it has been extensively used for various purposes. It …

Considerable effort is currently being extended by means of open CFD analysis to examine
and fight against mechanisms responsible of combustion instabilities and environment …

This paper researched and developed a numerical simulation system of combustion flow on
multi-core cluster systems and then a low-speed combustion solver was designed based on …

In order to solve the simulation problem of steady compressible turbulent combustion, a
small scale high performance parallel cluster system was designed. It based on the open …

With the development of computing power and software, fire dynamics studies, being a
relatively new research discipline, has developed. Many physical models related to fire were …

Abstract This Master's Thesis compares two computational fluid dynamics solvers: the
commercial solver ANSYS CFX and the open source code OpenFOAM. Simple benchmark …