D3q19 heat adj art

Description

d3q19_heat_adj_art

Details

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

Zonal Settings

Name	Comment
Velocity	inlet velocity
Pressure	inlet pressure
Temperature	inlet density
LimitTemperature	inlet density
HeatInputInObj	Weight of [Flux of heat into heater] in objective
HeatFluxInObj	Weight of [Flux of heat] in objective
HeatSquareFluxInObj	Weight of [Flux of temperature squered] in objective
FluxInObj	Weight of [Volume flux] in objective
TemperatureAtPointInObj	Weight of [Integral of temperature] in objective
HighTemperatureInObj	Weight of [Penalty for high temperature] in objective
LowTemperatureInObj	Weight of [Penalty for low temperature] in objective
MaterialPenaltyInObj	Weight of [Quadratic penalty for intermediate material parameter] in objective

Global Settings

Name	Derived	Comment
nu		viscosity
FluidAlpha		inlet density
SolidAlpha		Heat conductivity of solid
Buoyancy		Buoyancy coefficient of temperature
PorocityGamma	1.0 - exp(PorocityTheta)	Gamma in hiperbolic transformation of porocity (-infty,1)
PorocityTheta		Theta in hiperbolic transformation of porocity
Descent		Optimization Descent
GradientSmooth		Gradient smoothing in OptSolve
Threshold		Parameters threshold

Exported Quantities (VTK, etc)

Name	Unit	Comment
W	1	W
WB	1	WB
Rho	1	Rho
T	1	T
U	1	U

Exported Global Integrals (CSV, etc)

Name	Unit	Comment
HeatInput	Km3/s	Flux of heat into heater
HeatFlux	Km3/s	Flux of heat
HeatSquareFlux	K2m3/s	Flux of temperature squered
Flux	m3/s	Volume flux
TemperatureAtPoint	K	Integral of temperature
HighTemperature	1	Penalty for high temperature
LowTemperature	1	Penalty for low temperature
MaterialPenalty	m3	Quadratic penalty for intermediate material parameter
nu_D	1	Gradient of objective with respect to [viscosity]
FluidAlpha_D	1	Gradient of objective with respect to [inlet density]
SolidAlpha_D	1	Gradient of objective with respect to [Heat conductivity of solid]
Buoyancy_D	1	Gradient of objective with respect to [Buoyancy coefficient of temperature]
PorocityGamma_D	1	Gradient of objective with respect to [Gamma in hiperbolic transformation of porocity (-infty,1)]
PorocityTheta_D	1	Gradient of objective with respect to [Theta in hiperbolic transformation of porocity]
AdjointRes	1	square L2 norm of adjoint change
Objective	1	Objective function

Node Types

Group	Types
ADDITIONALS	Heater, HeatSource
BOUNDARY	EPressure, Solid, Wall, WPressure, WPressureL, WVelocity
COLLISION	BGK, MRT
DESIGNSPACE	DesignSpace
OBJECTIVE	Thermometer, Inlet, Outlet
SETTINGZONE	DefaultZone

Solved fields

Name	Access pattern	Comment
f0		flow LB density F 0
f1		flow LB density F 1
f2		flow LB density F 2
f3		flow LB density F 3
f4		flow LB density F 4
f5		flow LB density F 5
f6		flow LB density F 6
f7		flow LB density F 7
f8		flow LB density F 8
f9		flow LB density F 9
f10		flow LB density F 10
f11		flow LB density F 11
f12		flow LB density F 12
f13		flow LB density F 13
f14		flow LB density F 14
f15		flow LB density F 15
f16		flow LB density F 16
f17		flow LB density F 17
f18		flow LB density F 18
T0		heat LB density G 0
T1		heat LB density G 1
T2		heat LB density G 2
T3		heat LB density G 3
T4		heat LB density G 4
T5		heat LB density G 5
T6		heat LB density G 6
w		weight fluid-solid

Densities - default accessors

Name	Field	Pulling field from	Comment
f0	f0		flow LB density F 0
f1	f1		flow LB density F 1
f2	f2		flow LB density F 2
f3	f3		flow LB density F 3
f4	f4		flow LB density F 4
f5	f5		flow LB density F 5
f6	f6		flow LB density F 6
f7	f7		flow LB density F 7
f8	f8		flow LB density F 8
f9	f9		flow LB density F 9
f10	f10		flow LB density F 10
f11	f11		flow LB density F 11
f12	f12		flow LB density F 12
f13	f13		flow LB density F 13
f14	f14		flow LB density F 14
f15	f15		flow LB density F 15
f16	f16		flow LB density F 16
f17	f17		flow LB density F 17
f18	f18		flow LB density F 18
T0	T0		heat LB density G 0
T1	T1		heat LB density G 1
T2	T2		heat LB density G 2
T3	T3		heat LB density G 3
T4	T4		heat LB density G 4
T5	T5		heat LB density G 5
T6	T6		heat LB density G 6
w	w		weight fluid-solid

Action stages

Name	Main procedure	Preloaded densities	Pushed fields
BaseIteration	Run	f0, f1, f2, f3, f4, f5, f6, f7, f8, f9, f10, f11, f12, f13, f14, f15, f16, f17, f18, T0, T1, T2, T3, T4, T5, T6, w	f0, f1, f2, f3, f4, f5, f6, f7, f8, f9, f10, f11, f12, f13, f14, f15, f16, f17, f18, T0, T1, T2, T3, T4, T5, T6, w
BaseInit	Init	none	f0, f1, f2, f3, f4, f5, f6, f7, f8, f9, f10, f11, f12, f13, f14, f15, f16, f17, f18, T0, T1, T2, T3, T4, T5, T6, w

Actions

Name	Stages
Iteration	BaseIteration
Init	BaseInit