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This is for you if:
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Low-RE turbulence modelling of boundary layers with CF-MESH+
The goal of this post is to discuss the best practices of boundary layer generation in CF-MESH+ needed to perform low-Re turbulence modelling of boundary layers, on Ahmed body example. In order to show the importance of accurate boundary layer modelling, the post...
Is it always the mesh? Part 6: Feature edges and corners
Quite often I hear complaints about non-orthogonality, the required number of non-orthogonality correctors to achieve convergence, and how it is worthless even trying to run a solver on a mesh, etc. The point of this series of posts is to give you an overview on the...
Optimized CAD-to-Mesh: A Comprehensive Guide to Enhanced Workflow
Introduction The process of importing CAD files has become simpler, more efficient, and packed with enhanced functionalities in the latest update to CF-MESH+. Users can now seamlessly import .step, .iges, and .brep files via the command line using the new CADToFMS...
Is it Always the Mesh? Part 5: Boundary Layer Meshing
The point of this series of posts is to give you an overview of the popular myths and to help you understand what is going on in your Finite-Volume CFD code and how to interpret mesh quality checks for your problem. The goal of this post is to de-mistify the impact of...
5 Most Important Steps in CF-MESH+
For the mesher to do its work the best it can and create high-quality meshes, it is necessary to follow some CFD meshing guidelines. Our experience taught us about the 5 most important steps and features in CF-MESH+ you should consider, depending on your meshing case:...
Introducing Enhanced Anisotropic Meshing in CF-MESH+ 5.1.0
Introduction Anisotropic meshing enables engineers to craft meshes that adapt to flow characteristics. By finely adjusting mesh resolution along specific directions, aligned with flow patterns and gradients, engineers can significantly enhance both efficiency and...
