BC_v

velocity boundary conditions

BC_v($BCindex$) = ( %BND_inflow%, v_n, v_a, v_b ) BC_v($BCindex$) = ( %BND_wall%, Parameter ) BC_v($BCindex$) = ( %BND_wall_nosl% ) BC_v($BCindex$) = ( %BND_slip%, FrictionCoefficient, ControlThicknessMomentum, vPenetration, uBoundary, vBoundary, wBoundary ) BC_v($BCindex$) = ( %BCON_Vdot%, Vdot_n, Vdot_a, Vdot_b, BubbleVdot, BubbleRadius, FileNumber )

Also the syntax

BCON($BCindex$,%ind_v(1)%) = ( ... )

is possible. references to CODI and CODI_min_max Warnings:

Make sure to set the ControlThicknessMomentum to ZERO if using EULER, EULERIMPL or EULEREXPL!

List of members:
%BND_inflow%	inflow velocity boundary condition (Dirichlet type)
%BND_slip%	velocity boundary conditions: slip with viscous friction
%BND_wall%	velocity boundary conditions: pure slip
%BND_wall_nosl%	velocity boundary conditions: pure no-slip
%BND_outflow%	velocity outflow boundary condition
%BND_free%	free surface boundary condition for velocities
%BND_free_NoVisc%	non-viscous boundary condition for velocities
%BND_far_field%	far-field velocity boundary condition
%BCON_Mdot%	velocity boundary condition: mass flux
%BCON_Vdot%	velocity boundary conditions: volume flux
%BND_DIRICH%	Dirichlet velocity boundary condition
%BND_NEUMANN%	Neumann velocity boundary condition
%BND_NUSSEL%	Nusselt velocity boundary condition

List of members:

%BND_inflow%

inflow velocity boundary condition (Dirichlet type)

%BND_slip%

velocity boundary conditions: slip with viscous friction

%BND_wall%

velocity boundary conditions: pure slip

%BND_wall_nosl%

velocity boundary conditions: pure no-slip

%BND_outflow%

velocity outflow boundary condition

%BND_free%