D2q9 thin film

Description

d2q9_thin_film

Details

Model description files files for this model: Dynamics.c Dynamics.R

Zonal Settings

Name	Comment
VelocityX	inlet/outlet/init velocity
VelocityY	inlet/outlet/init velocity
Pressure	inlet/outlet/init density
Height	iinitial height in Z direction
BrinkmanHeightInv	BrinkmanHeightInv
PressureLossInObj	Weight of [pressure loss] in objective
OutletFluxInObj	Weight of [pressure loss] in objective
InletFluxInObj	Weight of [pressure loss] in objective

Global Settings

Name	Derived	Comment
RelaxationRate	1.0/(3*Viscosity + 0.5)	one over relaxation time
Viscosity		viscosity
GravitationX		GravitationX
GravitationY		GravitationY
S2	1-RelaxationRate	MRT Sx
S3		MRT Sx
S4		MRT Sx
nubuffer		Viscosity in the buffer layer (cumulant)
Threshold		Parameters threshold

Exported Quantities (VTK, etc)

Name	Unit	Comment
Rho	kg/m3	Rho
U	m/s	U
H_Z	1	H_Z

Exported Global Integrals (CSV, etc)

Name	Unit	Comment
PressureLoss	1mPa	pressure loss
OutletFlux	1m2/s	pressure loss
InletFlux	1m2/s	pressure loss
Objective	1	Objective function

Node Types

Group	Types
BOUNDARY	EPressure, WPressure, NVelocity, SVelocity, WVelocity, EVelocity, NSymmetry, SSymmetry, Solid, Wall
COLLISION	Cumulant, MRT
OBJECTIVE	Inlet, Outlet
SETTINGZONE	DefaultZone

Solved fields

Name	Access pattern	Comment
f[0]		f[0]
f[1]		f[1]
f[2]		f[2]
f[3]		f[3]
f[4]		f[4]
f[5]		f[5]
f[6]		f[6]
f[7]		f[7]
f[8]		f[8]
h_Z		h_Z

Densities - default accessors

Name	Field	Pulling field from	Comment
f[0]	f[0]		f[0]
f[1]	f[1]		f[1]
f[2]	f[2]		f[2]
f[3]	f[3]		f[3]
f[4]	f[4]		f[4]
f[5]	f[5]		f[5]
f[6]	f[6]		f[6]
f[7]	f[7]		f[7]
f[8]	f[8]		f[8]
h_Z	h_Z		h_Z

Action stages

Name	Main procedure	Preloaded densities	Pushed fields
BaseIteration	Run	f[0], f[1], f[2], f[3], f[4], f[5], f[6], f[7], f[8], h_Z	f[0], f[1], f[2], f[3], f[4], f[5], f[6], f[7], f[8], h_Z
BaseInit	Init	none	f[0], f[1], f[2], f[3], f[4], f[5], f[6], f[7], f[8], h_Z

Actions

Name	Stages
Iteration	BaseIteration
Init	BaseInit