Win the Race to Market

CFD-CADalyzer is an entirely new product that has been developed from the onset to be used by non-CFD specialists, typically design engineers, who rely on CAD at the early conceptual and detailed design stage of product development. It provides the design engineer with enhanced decision support by permitting rapid sequential or parallel CFD simulations to assess the potential performance of multiple design variants and alternatives. CFD-CADalyzer was developed with a number of high level requirements aimed at minimizing cost of ownership while maximizing utility, hence ROI.

CFD-CADalyzer has been designed to work directly on the CAD model, avoiding the pitfalls associated with translation between different geometry representations. CFD-CADalyzer will work with any CAD package that provides a direct ACIS (Inventor, AutoCAD, etc.) or Parasolid (SolidWorks, Unigraphics, etc kernel.) Soon to follow will be Granite (Pro/Engineer and Pro/Desktop).

CFD-CADalyzer will reliably provide meaningful results within hours or minutes, and is unmatched in its combination of speed of use and range of multiphysics. With over 15 years of consistent and stable growth, CFDRC provides the user a rock solid partner for tested and proven support and ongoing product enhancements. Furthermore, CFDRC has established itself as an innovation leader in the semiconductor, biomedical, automotive, and general mechanical design markets, providing not just software but extensive engineering and R&D services, that has resulted in a number of engineering prototypes and patents, a unique combination in the CAE world.

Sharing of results is a standard requirement in today's design environment. CFD-CADalyzer utilizes OpenHSF, an industry standard interface that enables models to move smoothly, and collaboratively, through all stages of the product life cycle. It also provides easy data incorporation into popular Microsoft programs, including Internet Explorer, PowerPoint, Excel, and Word.

Please contact us for more information on CFD-CADalyzer.

For more information on SolidWorks, please visit their website.

Click here for more information on CDA and how CFD-CADalyzer fits into the cycle.

Click here for examples.