Fluent 中流固耦合的实现问题!To couple the two sides of the wall,select the Coupled option under Thermal Conditions.(This option will appear in the Wall panel only when the wall is a two-sided wall.) No additional thermal boundary conditions
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Fluent 中流固耦合的实现问题!To couple the two sides of the wall,select the Coupled option under Thermal Conditions.(This option will appear in the Wall panel only when the wall is a two-sided wall.) No additional thermal boundary conditions
Fluent 中流固耦合的实现问题!
To couple the two sides of the wall,select the Coupled option under Thermal Conditions.(This option will appear in the Wall panel only when the wall is a two-sided wall.) No additional thermal boundary conditions are required,because the solver will calculate heat transfer directly from the solution in the adjacent cells.
他说是“不需要给定额外的热边界条件,因为求解器会直接从临近的单元计算热传导”.
可是,Fluent是怎么计算的呢?原理是什么,
真心求指教啊!
Fluent 中流固耦合的实现问题!To couple the two sides of the wall,select the Coupled option under Thermal Conditions.(This option will appear in the Wall panel only when the wall is a two-sided wall.) No additional thermal boundary conditions
固热耦合 自动传热 不需要设定边界条件