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A block-structured finite volume grid with local refinements was used to solve the governing equations.
Testing of the cell quality, both during surface grid and volume grid generation, is mandatory.
Generalization of the new method to surface and volume grid generation is straightforward.
Using the same geometry and finite volume grid, the fluid flow is simulated using both these methods.
The final surface grid was next imported into Tgrid, a volume grid generator, and finally the simulations were carried out by use of the commercial CFD code FLUENT.
Web browser interfaces have been developed for geometry generation, volume grid generation, Computational fluid dynamics (CFD) solver execution and solution inspection.
Similar(45)
We show examples of the application of the more powerful edge-based algorithms to curve, surface, and multimaterial volume grids and to a thin film simulation.
A strategy for deriving a dynamic surface mesh is finally proposed for applications such as Finite Element/Volume computations with body-fitted volume grids in domains with deforming boundaries.
The lake is simulated by specifying a high hydraulic conductivity for lake-volume grid cells.
These sets of discretized volumes, grids, can often contain tens of millions, or billions of volumes.
The numerical method consists in a finite volume staggered grid discretization of the governing equations.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com