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The Outer Boundary Layer
Introduction The outer boundary layer is a very useful option in our boundary layer library. Mostly it is used in aerodynamic and heat transfer applications, where a fine boundary layer near the wall is desired. Its role is to provide a smooth transition between the...
Feature Edges With CF-MESH+
1. What are feature edges The feature edges are surface mesh sub-elements whose existence is often very important in the meshing process – where they are treated as constraints. These are the sharp corners/edges in the domain which, when specified as feature edges,...
Shell and Tube Heat Exchanger
This case study shows the methodology for the generation of multi-material meshes in heat exchangers. In most cases, the device is designed by many engineers, resulting in imperfect CAD data with overlaps and self-intersections. CF-MESH+ does not require perfect CAD...
Tips & Tricks For A High-Quality Meshing Process
In order for CF-MESH+ to do its work the best it can and generate high-quality meshes, there are certain requirements that need to be done, when preparing a geometry for meshing. It is possible to do so with some tips and tricks for a high-quality meshing process....
Multi-Domain Meshing With CF-MESH+
With the latest release 3.0, Creative Fields has released a new multi-domain meshing feature. The feature enables the generation of conformal interfaces between the multiple domains present in the geometry. In addition, the method consistently handles baffles. It is...
Turbulent Flow Simulation Around DrivAer Vehicle Solved By Using CF-MESH+ And OpenFOAM
London, UK, March 2019 - Creative Fields, a provider of state-of-the-art CFD meshing software, is proud to announce that the turbulent flow simulation around the DrivAer vehicle was solved successfully using CF-MESH+ in combination with OpenFOAM. CF-MESH+ is a fully...