[mexicalense]

Hi

I've been searching a lot of threads to find if someone had this issue before with no success.
I'm setting up a case for hydrogen tank filling using OF5 (version at uni computer), running the rhoCentralFoam solver all works fine with apparently good results using the following thermophysical properties models:

thermoType
{
type hePsiThermo;
mixture pureMixture;
transport polynomial;
thermo hPolynomial;
equationOfState PengRobinsonGas;
specie specie;
energy sensibleEnthalpy;
}

BUT when I try to run the exact same case on OF8, it shows me the following error. I don't understand why the list does not show the model combination that I'm able to use in OF5. I even thought botn version were in conflict with each other or something, so I try to use my personal laptop with OF8 still with the same issue

--> FOAM FATAL ERROR: 
Unknown psiThermo type 
thermoType
{
    type            hePsiThermo;
    mixture         pureMixture;
    transport       polynomial;
    thermo          hPolynomial;
    equationOfState PengRobinsonGas;
    specie          specie;
    energy          sensibleEnthalpy;
}


Valid psiThermo 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  
heheuPsiThermo  egrMixture                const       eConst  perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  egrMixture                const       hConst  perfectGas                specie  absoluteEnthalpy        
heheuPsiThermo  egrMixture                const       hConst  perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  egrMixture                const       janaf   perfectGas                specie  absoluteEnthalpy        
heheuPsiThermo  egrMixture                const       janaf   perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  egrMixture                sutherland  eConst  perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  egrMixture                sutherland  hConst  perfectGas                specie  absoluteEnthalpy        
heheuPsiThermo  egrMixture                sutherland  hConst  perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  egrMixture                sutherland  janaf   perfectGas                specie  absoluteEnthalpy        
heheuPsiThermo  egrMixture                sutherland  janaf   perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  homogeneousMixture        const       eConst  perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  homogeneousMixture        const       hConst  perfectGas                specie  absoluteEnthalpy        
heheuPsiThermo  homogeneousMixture        const       hConst  perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  homogeneousMixture        const       janaf   perfectGas                specie  absoluteEnthalpy        
heheuPsiThermo  homogeneousMixture        const       janaf   perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  homogeneousMixture        sutherland  eConst  perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  homogeneousMixture        sutherland  hConst  perfectGas                specie  absoluteEnthalpy        
heheuPsiThermo  homogeneousMixture        sutherland  hConst  perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  homogeneousMixture        sutherland  janaf   perfectGas                specie  absoluteEnthalpy        
heheuPsiThermo  homogeneousMixture        sutherland  janaf   perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  inhomogeneousMixture      const       eConst  perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  inhomogeneousMixture      const       hConst  perfectGas                specie  absoluteEnthalpy        
heheuPsiThermo  inhomogeneousMixture      const       hConst  perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  inhomogeneousMixture      const       janaf   perfectGas                specie  absoluteEnthalpy        
heheuPsiThermo  inhomogeneousMixture      const       janaf   perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  inhomogeneousMixture      sutherland  eConst  perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  inhomogeneousMixture      sutherland  hConst  perfectGas                specie  absoluteEnthalpy        
heheuPsiThermo  inhomogeneousMixture      sutherland  hConst  perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  inhomogeneousMixture      sutherland  janaf   perfectGas                specie  absoluteEnthalpy        
heheuPsiThermo  inhomogeneousMixture      sutherland  janaf   perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  veryInhomogeneousMixture  const       eConst  perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  veryInhomogeneousMixture  const       hConst  perfectGas                specie  absoluteEnthalpy        
heheuPsiThermo  veryInhomogeneousMixture  const       hConst  perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  veryInhomogeneousMixture  const       janaf   perfectGas                specie  absoluteEnthalpy        
heheuPsiThermo  veryInhomogeneousMixture  const       janaf   perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  veryInhomogeneousMixture  sutherland  eConst  perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  veryInhomogeneousMixture  sutherland  hConst  perfectGas                specie  absoluteEnthalpy        
heheuPsiThermo  veryInhomogeneousMixture  sutherland  hConst  perfectGas                specie  absoluteInternalEnergy  
heheuPsiThermo  veryInhomogeneousMixture  sutherland  janaf   perfectGas                specie  absoluteEnthalpy        
heheuPsiThermo  veryInhomogeneousMixture  sutherland  janaf   perfectGas                specie  absoluteInternalEnergy  


    From function static typename Table::iterator Foam::basicThermo::lookupThermo(const Foam::dictionary&, Table*, int, const char**, const Foam::word&) [with Thermo = Foam::psiThermo; Table = Foam::HashTable<Foam::autoPtr<Foam::psiThermo> (*)(const Foam::fvMesh&, const Foam::word&), Foam::word, Foam::string::hash>; typename Table::iterator = Foam::HashTable<Foam::autoPtr<Foam::psiThermo> (*)(const Foam::fvMesh&, const Foam::word&), Foam::word, Foam::string::hash>::iterator]
    in file lnInclude/basicThermoTemplates.C at line 46.

Also as a side note, the main reason I want to run the case in OF8 is because I'm using externalWallHeatFluxTemperature boundary conditions with the coefficient mode (ambient temperature and external heat transfer coefficient), but it seems it does not work. I compared the a case with adiabatic walls (zeroGradient), and another one with a much higher kappa value (thermal conductivity of simulated wall) and they all show almost the exact same wall and near wall temperature.

[mexicalense]

any help?
thanks

[mexicalense]

anyone?
that could possibly know why the polynomial functions for transport and Cp are not on the list?

[mexicalense]

anyone?
I still have this issue