This tutorial applies several of the tools and strategies illustrated in previous tutorials and
to a real-world industrial flow tank problem. The boundary conditions and physics of the
problem allow it to be modeled by geometry that represents only half of the real-world
tank, which reduces preprocessing and running time. The geometry itself is constructed
using primitives and Boolean operations.
It is usually advisable to create any GAMBIT model in the following order:
1. Create the geometry.
2. Decompose the geometry.
3. Generate the mesh.
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