GridPro Version 10.1 Released

GridPro in Automotive industry

Ensure precise flow depiction and rapid solution convergence, enhance computational efficiency, aid in resolving complex flow behaviours.

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Structured meshing is vital in automotive CFD due to its accuracy and efficiency. It ensures precise flow depiction and rapid solution convergence. The organized grid maintains consistency, facilitating accurate boundary condition application and gradient computation.

Aerodynamic Performance

Employing a structured gridding system with geometry-aligned grid lines, specifically oriented along the vehicle's exterior, undercarriage, and around key components such as mirrors, spoilers, and grilles, enables engineers to conduct highly precise assessments of these elements' influence on aerodynamic performance.

The advantages offered by hexahedral meshes have prompted their widespread application in various areas, including optimizing vehicle shape, reducing drag, improving fuel efficiency, and minimizing wind-generated noise. Furthermore, structured meshes bestow precise control over mesh refinement, enabling higher resolution in pivotal areas such as the boundary layer and zones of flow separation.

Engine Combustion and Emissions

You can master engine performance, combustion, cooling, and emissions, fostering efficient and sustainable designs using GridPro for your meshing process.

Structured meshing results in high-quality meshes that capture intricate features like combustion chamber geometry, intake and exhaust patterns, turbulence, and combustion processes.

More importantly, structured meshes are known to efficiently mesh the dynamic region around engine valves and piston. Amenable for compression and stretching, one-to-one connected hexahedral cells, accurately and efficiently represent these dynamic regions without compromising the mesh quality at any instance.