A cylinder with a cavity filled with water is the geometry.
At the beginning, the outer wall hast a temperature different from the contents.
"Conjugate Heat transfer" is used to model the thermal equilibration with a time dependend solver.
The modelling does not converge:
"Failed to find consistent initial values./Last time step is not converged./ - Feature: Time-Dependent Solver 1 (sol1/t1)"
What is missing, to make it converge?
Note: "If I apply the "Heat transfer in solid" node with an included sub-node "Heat transfer in fluids" instead to the same model, convergence is reached."
At the beginning, the outer wall hast a temperature different from the contents.
"Conjugate Heat transfer" is used to model the thermal equilibration with a time dependend solver.
The modelling does not converge:
"Failed to find consistent initial values./Last time step is not converged./ - Feature: Time-Dependent Solver 1 (sol1/t1)"
What is missing, to make it converge?
Note: "If I apply the "Heat transfer in solid" node with an included sub-node "Heat transfer in fluids" instead to the same model, convergence is reached."