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Initial and boundary condition for twoPhaseEulerFoam

The directory 0.euler contains the definition of initial and boundary condition for each variable.
The list of all variables contains Table .
Basic setup of initial and boundary condition:
- alphat.* – Set as calculated; At walls for continuous phase a standard wall function is applied.
- alpha.particles – Initial value: uniform 0; Inlet value: uniform 0.05.
- alpha.water – Initial value: uniform 1; Inlet value: uniform 0.95.
- epsilon.water – Initial and inlet value: uniform 3.144.

nut.* – Set as calculated; At walls for continuous phase a standard wall function is applied.
p – Set as calculated; Computed from p_rgh.
p_rgh – Pressure value is set at the outlet.
Theta.particles – Small value is set at the inlet.
T.* – Initial and inlet temperature is set to K.
U.* – m/s is set at the inlet (direction perpendicular to the inlet face).

Table: Initial and boundary conditions for twoPhaseEulerFoam.

$\displaystyle{^\llcorner}$ 0.euler
$\displaystyle{^\llcorner}$ alphat.particles	<#37075#>
$\displaystyle{^\llcorner}$ alphat.water	<#37075#>
$\displaystyle{^\llcorner}$ alpha.particles	<#37078#>
$\displaystyle{^\llcorner}$ alpha.water	<#37078#>
$\displaystyle{^\llcorner}$ epsilon.water	<#37081#>
$\displaystyle{^\llcorner}$ k.water
$\displaystyle{^\llcorner}$ nut.particles
$\displaystyle{^\llcorner}$ nut.water
$\displaystyle{^\llcorner}$ p	- static pressure
$\displaystyle{^\llcorner}$ p_rgh	- $p\_rgh = p - \rho g h$
$\displaystyle{^\llcorner}$ Theta.particles	- granular temperature
$\displaystyle{^\llcorner}$ T.particles	<#37092#>
$\displaystyle{^\llcorner}$ T.water	<#37092#>
$\displaystyle{^\llcorner}$ U.particles	<#37095#>
$\displaystyle{^\llcorner}$ U.water	<#37095#>