Choosing the right mesh type is crucial for successful CFD simulations. Structured meshes offer efficiency and accuracy for simpler geometries, while unstructured meshes provide flexibility for …

In this article, we will delve into the intricate world of CFD meshing, exploring its importance, various types, considerations for mesh resolution, and practical applications.

The main goal of this post is to give you the best meshing practices for high-quality CFD simulations, regarding geometry preparation, cell sizing techniques and boundary layer generation.

Jun 13, 2018 · This blog post details physics-controlled meshing, adaptive mesh refinement, and how to use various meshing tools in COMSOL Multiphysics® for CFD simulations.

The subdomains are often called elements or cells, and the collection of all elements or cells is called a mesh or grid. The origin of the term mesh (or grid) goes back to early days of CFD when most …

In this article, we’ll examine how meshing techniques are used in CFD simulations as well as what to expect from CFD meshing features in commercial simulation packages.

Learn all there is to know about mesh generation in CFD, from structured to unstructured algorithms and why mesh quality is so important.

Aug 27, 2025 · An Introduction to CFD Meshing is your first step to accurate simulations. 📈 Learn the core concepts of mesh quality, skewness, and Y+ from experts to avoid common errors.

Meshing in CFD involves dividing a complex domain into simpler elements to solve fluid flow and heat transfer equations. It is essential for handling complex geometries, capturing flow features, and …

Yet another option is to mesh the thin gap portion of the model with a different method (such as ICEM CFD blocking) or sweep meshing in ANSYS Mesher, then merge it with the rest of the model, either …