Transport models in reactingFoam

kuria · January 22, 2021, 03:41

Hey Foamers

I am trying to run a tutorial case under reactingFoam in OF8, DLR_A flame case, by default the transport property that is used in these tutorial is the Sutherland model (https://cfd.direct/openfoam/user-gui...36-2700007.1.2).

And there options for calculating the transport properties like constant, polynomial and logPolynomial - atleast according to the user guide of OF8.

But when I try to select another transport model reactingFoam allows for selection only on constant and sutherland model. The other two models shows up as error saying unknown type.

Unknown psiReactionThermo type
thermoType
{
type hePsiThermo;
mixture multiComponentMixture;
transport banana;
thermo janaf;
energy sensibleEnthalpy;
equationOfState perfectGas;
specie specie;
}

Valid psiReactionThermo types are:

hePsiThermo multiComponentMixture const eConst Boussinesq specie sensibleInternalEnergy

hePsiThermo multiComponentMixture const eConst PengRobinsonGas specie sensibleInternalEnergy
hePsiThermo multiComponentMixture const eConst incompressiblePerfectGas specie sensibleInternalEnergy
hePsiThermo multiComponentMixture const eConst perfectGas specie sensibleInternalEnergy
hePsiThermo multiComponentMixture const hConst Boussinesq specie sensibleEnthalpy
hePsiThermo multiComponentMixture const hConst Boussinesq specie sensibleInternalEnergy
hePsiThermo multiComponentMixture const hConst PengRobinsonGas specie sensibleEnthalpy
hePsiThermo multiComponentMixture const hConst PengRobinsonGas specie sensibleInternalEnergy
hePsiThermo multiComponentMixture const hConst incompressiblePerfectGas specie sensibleEnthalpy
hePsiThermo multiComponentMixture const hConst incompressiblePerfectGas specie sensibleInternalEnergy
hePsiThermo multiComponentMixture const hConst perfectGas specie sensibleEnthalpy
hePsiThermo multiComponentMixture const hConst perfectGas specie sensibleInternalEnergy
hePsiThermo multiComponentMixture const janaf Boussinesq specie sensibleEnthalpy
hePsiThermo multiComponentMixture const janaf Boussinesq specie sensibleInternalEnergy
hePsiThermo multiComponentMixture const janaf PengRobinsonGas specie sensibleEnthalpy
hePsiThermo multiComponentMixture const janaf PengRobinsonGas specie sensibleInternalEnergy
hePsiThermo multiComponentMixture const janaf incompressiblePerfectGas specie sensibleEnthalpy
hePsiThermo multiComponentMixture const janaf incompressiblePerfectGas specie sensibleInternalEnergy
hePsiThermo multiComponentMixture const janaf perfectGas specie sensibleEnthalpy
hePsiThermo multiComponentMixture const janaf perfectGas specie sensibleInternalEnergy
hePsiThermo multiComponentMixture sutherland eConst Boussinesq specie sensibleInternalEnergy
hePsiThermo multiComponentMixture sutherland eConst PengRobinsonGas specie sensibleInternalEnergy
hePsiThermo multiComponentMixture sutherland eConst incompressiblePerfectGas specie sensibleInternalEnergy
hePsiThermo multiComponentMixture sutherland eConst perfectGas specie sensibleInternalEnergy
hePsiThermo multiComponentMixture sutherland hConst Boussinesq specie sensibleEnthalpy
hePsiThermo multiComponentMixture sutherland hConst Boussinesq specie sensibleInternalEnergy
hePsiThermo multiComponentMixture sutherland hConst PengRobinsonGas specie sensibleEnthalpy
hePsiThermo multiComponentMixture sutherland hConst PengRobinsonGas specie sensibleInternalEnergy
hePsiThermo multiComponentMixture sutherland hConst incompressiblePerfectGas specie sensibleEnthalpy
hePsiThermo multiComponentMixture sutherland hConst incompressiblePerfectGas specie sensibleInternalEnergy
hePsiThermo multiComponentMixture sutherland hConst perfectGas specie sensibleEnthalpy
hePsiThermo multiComponentMixture sutherland hConst perfectGas specie sensibleInternalEnergy
hePsiThermo multiComponentMixture sutherland janaf Boussinesq specie sensibleEnthalpy
hePsiThermo multiComponentMixture sutherland janaf Boussinesq specie sensibleInternalEnergy
hePsiThermo multiComponentMixture sutherland janaf PengRobinsonGas specie sensibleEnthalpy
hePsiThermo multiComponentMixture sutherland janaf PengRobinsonGas specie sensibleInternalEnergy
hePsiThermo multiComponentMixture sutherland janaf incompressiblePerfectGas specie sensibleEnthalpy
hePsiThermo multiComponentMixture sutherland janaf incompressiblePerfectGas specie sensibleInternalEnergy
hePsiThermo multiComponentMixture sutherland janaf perfectGas specie sensibleEnthalpy
hePsiThermo multiComponentMixture sutherland janaf perfectGas specie sensibleInternalEnergy
hePsiThermo pureMixture const eConst Boussinesq specie sensibleInternalEnergy
hePsiThermo pureMixture const eConst PengRobinsonGas specie sensibleInternalEnergy
hePsiThermo pureMixture const eConst incompressiblePerfectGas specie sensibleInternalEnergy
hePsiThermo pureMixture const eConst perfectGas specie sensibleInternalEnergy
hePsiThermo pureMixture const hConst Boussinesq specie sensibleEnthalpy
hePsiThermo pureMixture const hConst Boussinesq specie sensibleInternalEnergy
hePsiThermo pureMixture const hConst PengRobinsonGas specie sensibleEnthalpy
hePsiThermo pureMixture const hConst PengRobinsonGas specie sensibleInternalEnergy
hePsiThermo pureMixture const hConst incompressiblePerfectGas specie sensibleEnthalpy
hePsiThermo pureMixture const hConst incompressiblePerfectGas specie sensibleInternalEnergy
hePsiThermo pureMixture const hConst perfectGas specie sensibleEnthalpy
hePsiThermo pureMixture const hConst perfectGas specie sensibleInternalEnergy
hePsiThermo pureMixture const janaf Boussinesq specie sensibleEnthalpy
hePsiThermo pureMixture const janaf Boussinesq specie sensibleInternalEnergy
hePsiThermo pureMixture const janaf PengRobinsonGas specie sensibleEnthalpy
hePsiThermo pureMixture const janaf PengRobinsonGas specie sensibleInternalEnergy
hePsiThermo pureMixture const janaf incompressiblePerfectGas specie sensibleEnthalpy
hePsiThermo pureMixture const janaf incompressiblePerfectGas specie sensibleInternalEnergy
hePsiThermo pureMixture const janaf perfectGas specie sensibleEnthalpy
hePsiThermo pureMixture const janaf perfectGas specie sensibleInternalEnergy
hePsiThermo pureMixture sutherland eConst Boussinesq specie sensibleInternalEnergy
hePsiThermo pureMixture sutherland eConst PengRobinsonGas specie sensibleInternalEnergy
hePsiThermo pureMixture sutherland eConst incompressiblePerfectGas specie sensibleInternalEnergy
hePsiThermo pureMixture sutherland eConst perfectGas specie sensibleInternalEnergy
hePsiThermo pureMixture sutherland hConst Boussinesq specie sensibleEnthalpy
hePsiThermo pureMixture sutherland hConst Boussinesq specie sensibleInternalEnergy
hePsiThermo pureMixture sutherland hConst PengRobinsonGas specie sensibleEnthalpy
hePsiThermo pureMixture sutherland hConst PengRobinsonGas specie sensibleInternalEnergy
hePsiThermo pureMixture sutherland hConst incompressiblePerfectGas specie sensibleEnthalpy
hePsiThermo pureMixture sutherland hConst incompressiblePerfectGas specie sensibleInternalEnergy
hePsiThermo pureMixture sutherland hConst perfectGas specie sensibleEnthalpy
hePsiThermo pureMixture sutherland hConst perfectGas specie sensibleInternalEnergy
hePsiThermo pureMixture sutherland janaf Boussinesq specie sensibleEnthalpy
hePsiThermo pureMixture sutherland janaf Boussinesq specie sensibleInternalEnergy
hePsiThermo pureMixture sutherland janaf PengRobinsonGas specie sensibleEnthalpy
hePsiThermo pureMixture sutherland janaf PengRobinsonGas specie sensibleInternalEnergy
hePsiThermo pureMixture sutherland janaf incompressiblePerfectGas specie sensibleEnthalpy
hePsiThermo pureMixture sutherland janaf incompressiblePerfectGas specie sensibleInternalEnergy
hePsiThermo pureMixture sutherland janaf perfectGas specie sensibleEnthalpy
hePsiThermo pureMixture sutherland janaf perfectGas specie sensibleInternalEnergy

Has someone faced this issue before and resolved it ?

Thanks in advance!

dlahaye · January 22, 2021, 05:50

The message says that the thermoType specified has mutually incompatible members.

A valid thermoType for a perfect gas is e.g. (from first line for perfectGas)

thermoType
{
type hePsiThermo;
mixture multiComponentMixture;
transport const;
thermohConst;
energy sensibleEnthalpy;
equationOfState perfectGas;
specie specie;
}

I am not able to explain the logic behind the incompatibility.

I am also not able to explain how choice affect solver performance.

January 22, 2021, 03:41	Transport models in reactingFoam	#1
kuria Member K Join Date: Mar 2018 Posts: 34 Rep Power: 8	Hey Foamers I am trying to run a tutorial case under reactingFoam in OF8, DLR_A flame case, by default the transport property that is used in these tutorial is the Sutherland model (https://cfd.direct/openfoam/user-gui...36-2700007.1.2). And there options for calculating the transport properties like constant, polynomial and logPolynomial - atleast according to the user guide of OF8. But when I try to select another transport model reactingFoam allows for selection only on constant and sutherland model. The other two models shows up as error saying unknown type. Unknown psiReactionThermo type thermoType { type hePsiThermo; mixture multiComponentMixture; transport banana; thermo janaf; energy sensibleEnthalpy; equationOfState perfectGas; specie specie; } Valid psiReactionThermo types are: hePsiThermo multiComponentMixture const eConst Boussinesq specie sensibleInternalEnergy hePsiThermo multiComponentMixture const eConst PengRobinsonGas specie sensibleInternalEnergy hePsiThermo multiComponentMixture const eConst incompressiblePerfectGas specie sensibleInternalEnergy hePsiThermo multiComponentMixture const eConst perfectGas specie sensibleInternalEnergy hePsiThermo multiComponentMixture const hConst Boussinesq specie sensibleEnthalpy hePsiThermo multiComponentMixture const hConst Boussinesq specie sensibleInternalEnergy hePsiThermo multiComponentMixture const hConst PengRobinsonGas specie sensibleEnthalpy hePsiThermo multiComponentMixture const hConst PengRobinsonGas specie sensibleInternalEnergy hePsiThermo multiComponentMixture const hConst incompressiblePerfectGas specie sensibleEnthalpy hePsiThermo multiComponentMixture const hConst incompressiblePerfectGas specie sensibleInternalEnergy hePsiThermo multiComponentMixture const hConst perfectGas specie sensibleEnthalpy hePsiThermo multiComponentMixture const hConst perfectGas specie sensibleInternalEnergy hePsiThermo multiComponentMixture const janaf Boussinesq specie sensibleEnthalpy hePsiThermo multiComponentMixture const janaf Boussinesq specie sensibleInternalEnergy hePsiThermo multiComponentMixture const janaf PengRobinsonGas specie sensibleEnthalpy hePsiThermo multiComponentMixture const janaf PengRobinsonGas specie sensibleInternalEnergy hePsiThermo multiComponentMixture const janaf incompressiblePerfectGas specie sensibleEnthalpy hePsiThermo multiComponentMixture const janaf incompressiblePerfectGas specie sensibleInternalEnergy hePsiThermo multiComponentMixture const janaf perfectGas specie sensibleEnthalpy hePsiThermo multiComponentMixture const janaf perfectGas specie sensibleInternalEnergy hePsiThermo multiComponentMixture sutherland eConst Boussinesq specie sensibleInternalEnergy hePsiThermo multiComponentMixture sutherland eConst PengRobinsonGas specie sensibleInternalEnergy hePsiThermo multiComponentMixture sutherland eConst incompressiblePerfectGas specie sensibleInternalEnergy hePsiThermo multiComponentMixture sutherland eConst perfectGas specie sensibleInternalEnergy hePsiThermo multiComponentMixture sutherland hConst Boussinesq specie sensibleEnthalpy hePsiThermo multiComponentMixture sutherland hConst Boussinesq specie sensibleInternalEnergy hePsiThermo multiComponentMixture sutherland hConst PengRobinsonGas specie sensibleEnthalpy hePsiThermo multiComponentMixture sutherland hConst PengRobinsonGas specie sensibleInternalEnergy hePsiThermo multiComponentMixture sutherland hConst incompressiblePerfectGas specie sensibleEnthalpy hePsiThermo multiComponentMixture sutherland hConst incompressiblePerfectGas specie sensibleInternalEnergy hePsiThermo multiComponentMixture sutherland hConst perfectGas specie sensibleEnthalpy hePsiThermo multiComponentMixture sutherland hConst perfectGas specie sensibleInternalEnergy hePsiThermo multiComponentMixture sutherland janaf Boussinesq specie sensibleEnthalpy hePsiThermo multiComponentMixture sutherland janaf Boussinesq specie sensibleInternalEnergy hePsiThermo multiComponentMixture sutherland janaf PengRobinsonGas specie sensibleEnthalpy hePsiThermo multiComponentMixture sutherland janaf PengRobinsonGas specie sensibleInternalEnergy hePsiThermo multiComponentMixture sutherland janaf incompressiblePerfectGas specie sensibleEnthalpy hePsiThermo multiComponentMixture sutherland janaf incompressiblePerfectGas specie sensibleInternalEnergy hePsiThermo multiComponentMixture sutherland janaf perfectGas specie sensibleEnthalpy hePsiThermo multiComponentMixture sutherland janaf perfectGas specie sensibleInternalEnergy hePsiThermo pureMixture const eConst Boussinesq specie sensibleInternalEnergy hePsiThermo pureMixture const eConst PengRobinsonGas specie sensibleInternalEnergy hePsiThermo pureMixture const eConst incompressiblePerfectGas specie sensibleInternalEnergy hePsiThermo pureMixture const eConst perfectGas specie sensibleInternalEnergy hePsiThermo pureMixture const hConst Boussinesq specie sensibleEnthalpy hePsiThermo pureMixture const hConst Boussinesq specie sensibleInternalEnergy hePsiThermo pureMixture const hConst PengRobinsonGas specie sensibleEnthalpy hePsiThermo pureMixture const hConst PengRobinsonGas specie sensibleInternalEnergy hePsiThermo pureMixture const hConst incompressiblePerfectGas specie sensibleEnthalpy hePsiThermo pureMixture const hConst incompressiblePerfectGas specie sensibleInternalEnergy hePsiThermo pureMixture const hConst perfectGas specie sensibleEnthalpy hePsiThermo pureMixture const hConst perfectGas specie sensibleInternalEnergy hePsiThermo pureMixture const janaf Boussinesq specie sensibleEnthalpy hePsiThermo pureMixture const janaf Boussinesq specie sensibleInternalEnergy hePsiThermo pureMixture const janaf PengRobinsonGas specie sensibleEnthalpy hePsiThermo pureMixture const janaf PengRobinsonGas specie sensibleInternalEnergy hePsiThermo pureMixture const janaf incompressiblePerfectGas specie sensibleEnthalpy hePsiThermo pureMixture const janaf incompressiblePerfectGas specie sensibleInternalEnergy hePsiThermo pureMixture const janaf perfectGas specie sensibleEnthalpy hePsiThermo pureMixture const janaf perfectGas specie sensibleInternalEnergy hePsiThermo pureMixture sutherland eConst Boussinesq specie sensibleInternalEnergy hePsiThermo pureMixture sutherland eConst PengRobinsonGas specie sensibleInternalEnergy hePsiThermo pureMixture sutherland eConst incompressiblePerfectGas specie sensibleInternalEnergy hePsiThermo pureMixture sutherland eConst perfectGas specie sensibleInternalEnergy hePsiThermo pureMixture sutherland hConst Boussinesq specie sensibleEnthalpy hePsiThermo pureMixture sutherland hConst Boussinesq specie sensibleInternalEnergy hePsiThermo pureMixture sutherland hConst PengRobinsonGas specie sensibleEnthalpy hePsiThermo pureMixture sutherland hConst PengRobinsonGas specie sensibleInternalEnergy hePsiThermo pureMixture sutherland hConst incompressiblePerfectGas specie sensibleEnthalpy hePsiThermo pureMixture sutherland hConst incompressiblePerfectGas specie sensibleInternalEnergy hePsiThermo pureMixture sutherland hConst perfectGas specie sensibleEnthalpy hePsiThermo pureMixture sutherland hConst perfectGas specie sensibleInternalEnergy hePsiThermo pureMixture sutherland janaf Boussinesq specie sensibleEnthalpy hePsiThermo pureMixture sutherland janaf Boussinesq specie sensibleInternalEnergy hePsiThermo pureMixture sutherland janaf PengRobinsonGas specie sensibleEnthalpy hePsiThermo pureMixture sutherland janaf PengRobinsonGas specie sensibleInternalEnergy hePsiThermo pureMixture sutherland janaf incompressiblePerfectGas specie sensibleEnthalpy hePsiThermo pureMixture sutherland janaf incompressiblePerfectGas specie sensibleInternalEnergy hePsiThermo pureMixture sutherland janaf perfectGas specie sensibleEnthalpy hePsiThermo pureMixture sutherland janaf perfectGas specie sensibleInternalEnergy Has someone faced this issue before and resolved it ? Thanks in advance!

Similar Threads
Thread	Thread Starter	Forum	Replies	Last Post
Combustion models defined without a transport package	t.oliveira	OpenFOAM Running, Solving & CFD	0	December 27, 2015 22:31
Error in reactingFoam	okstatecheme	OpenFOAM Running, Solving & CFD	5	January 14, 2015 09:26
Incompressible Turbulence models	achinta	OpenFOAM	4	May 27, 2010 11:35
Two-fluid models vs mixture models for bubbly flows	Hansong Tang	Main CFD Forum	6	December 8, 2009 04:21
Buoyancy effects with species transport models	Brian Tang	FLUENT	0	December 1, 2005 06:25

January 22, 2021, 05:50		#2
dlahaye Senior Member Domenico Lahaye Join Date: Dec 2013 Posts: 802 Blog Entries: 1 Rep Power: 18	The message says that the thermoType specified has mutually incompatible members. A valid thermoType for a perfect gas is e.g. (from first line for perfectGas) thermoType { type hePsiThermo; mixture multiComponentMixture; transport const; thermohConst; energy sensibleEnthalpy; equationOfState perfectGas; specie specie; } I am not able to explain the logic behind the incompatibility. I am also not able to explain how choice affect solver performance.