There are two primary licensing options available: Annual License and Perpetual License. The Annual License includes maintenance and support in the fee, while for the Perpetual License, the first year's maintenance is covered, and subsequent maintenance can be purchased after the initial 12 months.
There is a tutorial workbook included in the software which introduces some classic meshing cases step by step. It ranges from a simple 2D mesh around an airfoil to a complex 3D mesh for a whole aircraft. The workbook can be accessed from the ‘Help’ button on the software interface. Moreover, Cadence is posting video tutorials on YouTube weekly covering all aspects of CFD. Follow Cadence CFD on YouTube for more information.
Our engineering team is always ready to answer all your questions about the software such as the use of some functions, errors you encountered during the meshing process, some tricky cases that require special handling, and so on.
Feel free to use our contact form to request support. Our technical team will promptly get in touch with you.
We will make sure that one of our engineers will be in contact with you regarding your questions within 48 hours. Depending on the specific cases, it might take longer for us to find a solution to the problem.
Yeas, there is a fee to pay for re-hosting. Please contact us for more details.
The Import command reads grid, database, source or overset data from non-native files into Fidelity Pointwise. The supported file formats are compatible with all the mainstream software in the market such as ANSYS, CGNS, and CFD++. Please, contact us for the full list.
Fidelity Pointwise provides many diagnostics functions that provide insight into the quality of your grid. The available examine functions will be dependent upon your current selection. For mixed selections, the functions available will be those exclusive to each entity type selected. For instance, Volume is only valid for blocks. Please, contact us for the full list. If you are an OpenFOAM user, there is also the cell non-orthogonality function that allows you to examine this parameter before importing it into OpenFOAM.