Conjugate HT case needs a correction in the .par file

[lcarasik]

# Nek5000 parameter file
[GENERAL]
stopAt = endTime
endTime = 50
dt = 5.0e-1
variabledt = yes
targetCFL = 0.5
writeControl = runTime
writeInterval = 1.0

[VELOCITY]
density = 1.0
# viscosity = sqrt(1/Ra)
viscosity = 5.744563e-5

[TEMPERATURE]
conjugateHeatTransfer = yes
rhoCp = 1.0
# conductivity = sqrt(Ra * Pr)
conductivity = 1.740776e-3

conductivity = sqrt(Ra * Pr)

should be

conductivity = 1/sqrt(Ra * Pr)

https://nek5000.github.io/NekDoc/tutorials/conjht.html

The viscosity param for sqrt(1/Ra) is 3.16e-02 for Ra = 1.00e+03
The viscosity param for sqrt(1/Ra) is 1.00e-02 for Ra = 1.00e+04
The viscosity param for sqrt(1/Ra) is 3.16e-03 for Ra = 1.00e+05
The viscosity param for sqrt(1/Ra) is 1.00e-03 for Ra = 1.00e+06
The viscosity param for sqrt(1/Ra) is 3.16e-04 for Ra = 1.00e+07
The viscosity param for sqrt(1/Ra) is 1.00e-04 for Ra = 1.00e+08
The viscosity param for sqrt(1/Ra) is 3.16e-05 for Ra = 1.00e+09
The viscosity param for sqrt(1/Ra) is 1.00e-05 for Ra = 1.00e+10
The conductivty param for sqrt(1/RaPr) is 0.026645825188948456 for Ra = 1.00e+03
The conductivty param for sqrt(1/RaPr) is 0.008426149773176359 for Ra = 1.00e+04
The conductivty param for sqrt(1/RaPr) is 0.0026645825188948455 for Ra = 1.00e+05
The conductivty param for sqrt(1/RaPr) is 0.0008426149773176359 for Ra = 1.00e+06
The conductivty param for sqrt(1/RaPr) is 0.00026645825188948455 for Ra = 1.00e+07
The conductivty param for sqrt(1/RaPr) is 8.426149773176359e-05 for Ra = 1.00e+08
The conductivty param for sqrt(1/RaPr) is 2.6645825188948456e-05 for Ra = 1.00e+09
The conductivty param for sqrt(1/RaPr) is 8.426149773176358e-06 for Ra = 1.00e+10