CFD-VisCART is an automated 3D viscous unstructured adaptive Cartesian grid generation tool for handling complex geometries. This tutorial describes the steps for generating a Cartesian grid with different mesh resolutions on various geometries using CFD-VisCart.

This tutorial highlights the steps for generating a multiple domain cartesian grid with marker domain and box domain specifications and how to edit the geometry.

This tutorial describes the steps for reading multiple files, splitting and combining the geometries to make BC group, generating a projected mesh, and detecting the grid quality.

This tutorial highlights the fundamental steps for handling critical feature preservations.

This tutorial describes the steps for solution based adaptation in CFD-VisCART.

For a component based multiple geometry entity system, overlapping, duplicated, intersections generally exist. If the geometry has cracks, small holes, gaps, or bad connectivity, CFD-VisCARTcan automatically generate a shrink-wrapped mesh with a good connectivity. It is similar to a mesh cleaner.This tutorial describes the steps for generating shrink-wrapped mesh.

This tutorial describes the steps for handling local refinement between narrow gaps.

This tutorial describes the steps for creating new surfaces to close tee open-ends of a geometry.

This tutorial describes the steps for creating new surfaces between two features, or two outlines, or an outline and feature.