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flow 1.3.0
Kokkos cut-cell IBM incompressible Navier-Stokes solver + pnm pore extraction
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Go to the source code of this file.
Namespaces | |
| namespace | rayleigh_taylor |
Functions | |
| rayleigh_taylor.hydrostatic (ratio, mu=0.0, steps=100, g=0.1, dt=1.0, N=8, NZ=24) | |
| rayleigh_taylor.rayleigh_taylor (N=48, NZ=96, g=0.005, mu=0.002, dt=1.0, steps=240) | |
| rayleigh_taylor.rayleigh_taylor_vof (N=48, NZ=96, g=0.005, mu=0.002, steps=240, cfl=0.2, dt0=1.0) | |
| rayleigh_taylor.fit (a, t, t0=40.0, t1=160.0) | |
Variables | |
| rayleigh_taylor.m | |
| rayleigh_taylor.perr | |
| rayleigh_taylor.hist = rayleigh_taylor() | |
| rayleigh_taylor.growth = hist[-1] / hist[0] | |
| rayleigh_taylor.vh | |
| rayleigh_taylor.vt | |
| rayleigh_taylor.vdrift | |
| rayleigh_taylor.vgrowth = vh[-1] / vh[0] | |
| rayleigh_taylor.A | |
| rayleigh_taylor.k | |
| rayleigh_taylor.n_lin = np.sqrt(A * 0.005 * k) | |
| list | rayleigh_taylor.td = [40.0 * i for i in range(len(hist))] |
| rayleigh_taylor.n_dif | |
| rayleigh_taylor.n_vof | |