Convergent Science, a world leader in computational fluid dynamics software, has integrated Polygonica geometry libraries within their latest version of their software to help automatic mesh cleaning functionality.
Polygonica is a solid modelling software toolkit for processing polygon meshes that sits inside software applications looking to benefit from its proven algorithms.
Convergent Science’s CONVERGE software contains innovative features to accurately and efficiently model flow, spray, combustion, and other processes in internal combustion engines and a wide variety of other applications. CONVERGE eliminates all user meshing time by automatically creating the geometry at runtime, and CONVERGE can simulate even complex moving geometries. The CONVERGE solver depends on error-free geometries, and users can perform geometry preparation tasks in the CONVERGE Studio graphical user interface.
In the latest version of CONVERGE Studio, multiple performance improvements have translated into increased efficiency when executing geometry operations thanks to Polygonica Software.
Polygonica geometry handling functions help create a new surface wrapper to accelerate the polygon mesh clean-up process and to streamline the pre-processing workflow.
"With Polygonica Convergent Science is able to help its customers clean up their geometry in a timely manner" said Sarangarajan Vijayraghavan, Senior Research Engineer at Convergent Science.
”We are thrilled to welcome a CFD market leader into the growing ranks of Polygonica customers” said Dr David Knight, Sales Manager for Polygonica. “This shows how industrially proven Polygonica algorithms can be applied to different markets with individual requirements”
