Advancing the Swiss Army Knife of Structured Grid Generation
We are excited to announce the release of GridPro Version 10.1, a significant update that strengthens our commitment to providing engineers with a comprehensive, all-in-one solution for mesh generation. This release delivers powerful new capabilities, major improvements, bug fixes and many more that enhance every stage of the CAD-to-mesh workflow.
How CFD meshes are built for modern wind turbine blades: Why structure still wins
Behind every accurate wind-turbine CFD simulation lies one secret ingredient the mesh. It shapes how air, pressure, and turbulence are understood by your solver. From blade-root complexity to tip vortices, structured multi-block meshes reveal the physics others miss — proving that in CFD, mesh defines the math and the outcome.
The best way to mesh Vortex Generators (VGs) for accurate wind turbine CFD
Vortex generators can boost turbine performance dramatically—but only if your mesh captures their near-wall physics with accuracy. In this guide, learn a proven multi-block workflow that keeps y⁺stable, reduces skewness, and delivers high-fidelity CFD results you can trust.
High- Adaptive structured meshing for hypersonic reentry capsule CFD
This case study demonstrates how GridPro’s adaptive structured meshing philosophy, aligned with advanced adaptive mesh refinement research, enables high-fidelity reentry simulations with significantly reduced computational cost.
How to set 3D grid properties using zones in GridPro
In this tutorial, we demonstrate how to set volume properties in GridPro using the Zones button. You’ll learn how to separate solid and fluid regions using grid sheets, recreate 3D volume properties, and ensure the grid is ready for solver export especially in cases where block labels are not defined.
In this video, we show how to set 3D volume properties in GridPro to define correct boundary conditions for CFD and structural simulations. Using an expansion bellows FSI grid as an example, we demonstrate how block labels can be used to distinguish solid and fluid regions and prepare the mesh for solver export.
We had a great time at the AIAA SciTech Conference connecting across the aerospace and CFD community.
A big thank you to everyone who took the time to visit us at our booth, we loved discussing your challenges, ideas, and future projects. We’re excited about the collaborations ahead and look forward to continuing these conversations beyond the conference.
