d2q9 scmp Kupershtokh ViscositySmooth TRT HiOrd

Description

d2q9_scmp_Kupershtokh_ViscositySmooth_TRT_HiOrd

Details

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

Zonal Settings

Name	Comment
LVRho_phi_dr	(wa < 90 <-> LVRho_phi_dr>=1)
LVRho_ulimit	Upper limiting value of rho_w see DOI: 10.1103/PhysRevE.100.053313
LVRho_llimit	Lower limiting value of rho_w see DOI: 10.1103/PhysRevE.100.053313
Density	zonal density
Pressure1InObj	Weight of [pressure at Obj1] in objective
Pressure2InObj	Weight of [pressure at Obj2] in objective
Pressure3InObj	Weight of [pressure at Obj3] in objective
Density1InObj	Weight of [density at Obj1] in objective
Density2InObj	Weight of [density at Obj2] in objective
Density3InObj	Weight of [density at Obj3] in objective
SumUsqrInObj	Weight of [Sumo o U**2] in objective
WallForce1XInObj	Weight of [force x] in objective
WallForce1YInObj	Weight of [force y] in objective
WallForce2XInObj	Weight of [force x] in objective
WallForce2YInObj	Weight of [force y] in objective
WallForce3XInObj	Weight of [force x] in objective
WallForce3YInObj	Weight of [force y] in objective

Global Settings

Name	Derived	Comment
omega_l		relaxation factor
omega_v		relaxation factor
nu_l	(1./omega_l - 0.5) / 3.	viscosity
nu_v	(1./omega_v - 0.5) / 3.	viscosity
Magic		Magic parameter
Velocity		inlet velocity
Temperature		temperature of the liquid/gas
Kupershtokh_K		C-S EOS multiplying param
Kupershtokh_A		A in force calculation - type of stencil (0 for psi*sum(psi(ei)))
LBL_kappa		kappa - int width parameter (0 is safe value)
LBL_epsilon0		epsilon0 param - se original paper (2 is safe value)
GravitationY		Gravitation in the direction of y
GravitationX		Gravitation in the direction of x
MovingWallVelocity		Velocity of the MovingWall
Wetting		wetting factor
density_l		density for omega= omega_l
density_v		density for omega= omega_l
nubuffer		Wall buffer density for cumulant
Threshold		Parameters threshold

Exported Quantities (VTK, etc)

Name	Unit	Comment
Rho	kg/m3	Rho
U	m/s	U
P	Pa	P
F	N	F
Finternal	N	Finternal
DEBUG	1	DEBUG

Exported Global Integrals (CSV, etc)

Name	Unit	Comment
Pressure1	1	pressure at Obj1
Pressure2	1	pressure at Obj2
Pressure3	1	pressure at Obj3
Density1	1	density at Obj1
Density2	1	density at Obj2
Density3	1	density at Obj3
SumUsqr	1	Sumo o U**2
WallForce1X	1	force x
WallForce1Y	1	force y
WallForce2X	1	force x
WallForce2Y	1	force y
WallForce3X	1	force x
WallForce3Y	1	force y
Objective	1	Objective function

Node Types

Group	Types
BOUNDARY	NMovingWall, MovingWall, ESymmetry, NSymmetry, SSymmetry
OBJECTIVE	SolidBoundary1, SolidBoundary2, SolidBoundary3
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]
rho_n		rho_n

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]

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]	f[0], f[1], f[2], f[3], f[4], f[5], f[6], f[7], f[8]
CalcRhoSC	CalcRhoSC	f[0], f[1], f[2], f[3], f[4], f[5], f[6], f[7], f[8]	rho_n
BaseInit	Init	f[0], f[1], f[2], f[3], f[4], f[5], f[6], f[7], f[8]	f[0], f[1], f[2], f[3], f[4], f[5], f[6], f[7], f[8], rho_n

Actions

Name	Stages
Init	BaseInit
Iteration	BaseIteration, CalcRhoSC