The code is mainly intended to be used for Large Eddy Simulations of turbulent flows. It was first designed for PhD students (and researchers) to enable exchange of knowledge about numerics and turbulence modeling, in a field (CFD) which is too often governed by commercial codes, which are unwilling to reveal what lies behind attracting flow images. The initial development team idea, was the one shared by the open source community : What if it could be applied to the fluid mechanics and turbulence research fields, in order to come up with a shared, reliable and efficient common CFD software ?

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The da Vinci Project recently implemented CFX, computational fluid dynamics (CFD) software, to aid in the development of processes involving fluid flow, heat transfer and chemical reaction. Also added from the ANSYS software suite was ANSYS ICEM CFD, a post-processing tool to help streamline product development.

Modern, efficient and innovative, CIBER is located in Porto Alegre, Brazil and has as its core business the manufacture and sale of machinery and equipment for road construction and maintenance.

Experimental development of portable asphalt plant components requires time and is an expensive process. In order to offer products with lower energy consumption and more compact dimensions, and that meet environmental regulations, CIBER chose CFX-5 computational fluid dynamics software to assist in analyzing many of the complex processes involved in asphalt production. These processes include combustion, solids drying, liquid and solid mixture, solid-air separation and filtration and pneumatic transport of particles.

Firstly, a choice of CAD-integrated options is now included ‘by default’. The STAR-Design option, for users without a CAD system, offers a robust built-in Parasolid solid-modeling kernel and fast meshing tools, and unlike most commercial CAD systems, it is available on all platforms including Unix, Linux and Windows.