Hi,
I was running a case last week that included several physics, including heat transfer. Just by chance, I looked at the computed temperatures at the end of a steady state step and again at the start of the following time dependent step. I happened to notice that the temperatures were not quite the same. So I generated the attached simple case using only one physics to see if it would happen again. It did!
The differences in temperature for the attached example case are insignificantly small, but I am very surprised that there is any difference.
Does anyone know if this is just a quark associated with how the plot temperatures are generated for a transient step?
Regards,
Joe
I was running a case last week that included several physics, including heat transfer. Just by chance, I looked at the computed temperatures at the end of a steady state step and again at the start of the following time dependent step. I happened to notice that the temperatures were not quite the same. So I generated the attached simple case using only one physics to see if it would happen again. It did!
The differences in temperature for the attached example case are insignificantly small, but I am very surprised that there is any difference.
Does anyone know if this is just a quark associated with how the plot temperatures are generated for a transient step?
Regards,
Joe