Design of covered car parks in Australia requires CFD modeling of carbon monoxide from car exhausts to ensure the safety of occupants. Car park design consultants often perform CFD on the carbon monoxide ventilation using FDS, which is a fire and smoke/fume modelling solver used in various industries such as building services. The goal of this research project was to use an FDS project of a typical car park. We benchmark FDS with two more mainstream, fully-featured CFD solvers Caelus (an OpenFOAM derivative) and ANSYS CFX.
Caelus was forked from OpenFOAM-2.1.1. It has been restructured to create a stronger foundation on which to build your open-source CFD solutions. The file formats are compatible but there have been many improvements to it. More information about Caelus and where to download it from can be found at www.caelus-cml.com. Information about the SLIM solver can be found in several of our publications.
Thanks for reading, the next edition will be in June. Until then, happy meshing!
- 1.Cricket bat meshing
- 2.Twin box bridge deck meshing
- 3.Golf Driver Meshing
- 4.Frigate Helipad Pointwise unstructured mesh
- 5.Frigate Helipad – Structured O-H mesh
- 6.Horizontal wind turbine near a bridge
- 7.Meshing a Raspberry Pi
- 8.Scripting Pointwise Meshing
- 9.2D meshing with sources in Pointwise
- 10.Pointwise as a Pre-processor for CFD
- 11.Mesh Adaption with Caelus and Pointwise
- 12.Meshing Santa’s Pod Racer Sled
- 13.Scripting Structured-Unstructured Meshes for Aerospace
- 14.Mesh Adaptation With Pointwise, Caelus & Python
- 15.Normal Extrusion Hybrid Meshes for Multi-Element Airfoils
- 16.Car park Ventilation CFD with Pointwise, Caelus, CFX and FDS
- 17.Mesh Independence for Car Park Ventilation
- 18.It’s all in the numbering – mesh renumbering may improve simulation speed