Mutation++ gives non consistent transport properties with condensed species in the mixture

[liusl-u-bordeaux]

I am running a simulation about the drying process of wood.
The material properties are solid 0, water 0.99, and air:0.01.
GasPropertiesType is FiniteRateMaterial and ChemistryType is SpeciesConservation.
I used "frozenThermalConductivity" for kg (thermal conductivity) and "mixtureFrozenCpMass" for cpg (specific heat capacity).
After the simulation, I got strange values for kg and mu (viscosity). For example, kg is 1.7(W/m/K), and mu is 6.5e-4 (Pa s) in this case.
In the FiniteRateGasProperties solver. the gas properties are updated as follows，
mu[cellI] = mix_->viscosity(); cp_g[cellI] = mix_->mixtureFrozenCpMass(); k_g[cellI] = mix_->frozenThermalConductivity();

I defined the wetair.xml as follows,


N2 O2 H2O

[BBArrosDias]

@jbscoggi and @grgbellasvki I changed the Transport and CollisionDB to consider only gas-phase species. The main issue is that Transport::reactiveThermalConductivity() in Transport utilizes speciesHOverRT which is looping over all the species and affecting mp_wrk1 and mp_wrk2. This leads to incorrect results - at least in equilibrium. Any suggestion?