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flow
Kokkos cut-cell IBM incompressible Navier-Stokes solver + pnm pore extraction
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Functions | |
| run (N=128, Re=100.0, U=1.0, nz=4, max_steps=9000) | |
| main () | |
Variables | |
| GHIA_Y | |
| GHIA_U | |
| GHIA_X | |
| GHIA_V | |
Phase-5a verification (collocated grid): the lid-driven cavity vs Ghia, Ghia & Shin (1982), Re=100 -- the canonical native-domain-BC benchmark. Three no-slip walls (-x,+x,-y) + a lid (+y) moving in +x, quasi-2D (periodic z), no immersed solid. This exercises the collocated domain-BC machinery: cell-centered reflection velocity ghosts (every component reflects about the boundary face), the explicit-reflection diffusion smoother, and the Neumann phi wall ghost in the approximate projection.
| verify_colocated_lid_cavity.run | ( | N = 128, |
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Re = 100.0, |
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U = 1.0, |
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nz = 4, |
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max_steps = 9000 |
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| ) |
Definition at line 26 of file verify_colocated_lid_cavity.py.
Referenced by main().
| verify_colocated_lid_cavity.main | ( | ) |
Definition at line 56 of file verify_colocated_lid_cavity.py.
Referenced by main().
| verify_colocated_lid_cavity.GHIA_Y |
Definition at line 16 of file verify_colocated_lid_cavity.py.
| verify_colocated_lid_cavity.GHIA_U |
Definition at line 18 of file verify_colocated_lid_cavity.py.
| verify_colocated_lid_cavity.GHIA_X |
Definition at line 20 of file verify_colocated_lid_cavity.py.
| verify_colocated_lid_cavity.GHIA_V |
Definition at line 22 of file verify_colocated_lid_cavity.py.