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/honee/doc/
H A Dauxiliary.md227 The filtering at the wall may also be damped, to smoothly meet the $\overline \phi = \phi$ boundary…
234 where $y^+$ is the wall-friction scaled wall-distance ($y^+ = y u_\tau / \nu = y/\delta_\nu$), $A^+…
235 For this implementation, we assume that $\delta_\nu$ is constant across the wall and is defined by …
238 To apply this scalar damping coefficient to the filter width tensor, we construct the wall-damping …
239 The construction implemented currently limits damping in the wall parallel directions to be no less…
240 The wall-normal filter width is allowed to be damped to a zero filter width.
241 It is currently assumed that the second component of the filter width tensor is in the wall-normal …
281 - Anisotropic scaling for filter width in wall-aligned coordinates (snz)
291 - Damping function to use at the wall for anisotropic filtering (`none`, `van_driest`)
296 - Constant for the wall-damping function. $A^+$ for `van_driest` damping function.
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H A Druntime_options.md35 …- Viewer for the force on each no-slip wall, e.g., `ascii:force.csv:ascii_csv` to write a CSV file.
256 - Use wall boundary conditions on this list of faces
259 - An array of constrained component numbers for wall BCs
349 If near a viscous wall, you may want a specified inflow profile.
H A Dexamples.md69 The cylinder wall is an adiabatic (no heat flux) no-slip boundary condition.
189 …eight, $u_{\max}$ is the center velocity, $T_w$ is the temperature at the wall, $Pr=\frac{\mu}{c_p…
244 …rimary meshing feature is the ability to grade the mesh, providing better resolution near the wall.
247 …re placed such that `-platemesh_Ndelta` elements are within `-platemesh_refine_height` of the wall.
303 The wall is a no-slip, no-penetration, no-heat flux condition.
477 … sections. Symmetry boundary conditions are applied to the side walls and wall boundary conditions…
H A Dtheory.md531 where $l_t$ is the turbulence length scale, and $d_w$ is the distance to the nearest wall.
613 The `STGInflow.dat` file is a table of values at given distances from the wall.
/honee/src/
H A Dsetupts.c83 const PetscInt wall = walls[w], *points; in Surface_Forces_NS() local
87 PetscCall(DMLabelGetStratumIS(face_label, wall, &wall_is)); in Surface_Forces_NS()
279 PetscInt wall = walls[w]; in TSMonitor_WallForce() local
281 …ViewerASCIIPrintf(viewer, "%" PetscInt_FMT ",%g,%" PetscInt_FMT ",%g,%g,%g\n", step_no, time, wall, in TSMonitor_WallForce()
285 …tf(viewer, "Wall %" PetscInt_FMT " Forces: Force_x = %12g, Force_y = %12g, Force_z = %12g\n", wall, in TSMonitor_WallForce()
/honee/
H A DCHANGELOG.md20 …ax_wall_time_{duration,buffer,interval}` for stopping a simulation based on expired wall clock time