Multiphysics Coupling
You can add Multiphysics Coupling nodes () under a Physics Interface or Multiphysics Interface node and refer to a multiphysics coupling under the Building Blocks branch.
To add a Multiphysics Coupling, right-click the Physics Interface or Multiphysics Interface nodes to add this from the context menu.
This node contains settings for specifying which coupling type the physics interface should be in regard to a coupling feature:
Coupling Feature Link
In this section you specify a coupling feature that the parent physics interface can be coupled to by selecting it from the Link list. The coupling feature can be linked from the same file as the physics interface (by choosing the default Building blocks from the Links from list), from a built-in package (by choosing Built in from the Links from list), or from an external file (by choosing External resources from the Links from list). Click the Add button () to display a quick menu where you can select a source to add in to the list and use it as the current reference. A Confirm Operation dialog box will appear and ask for confirmation if there is already a reference exist in the Link list. Click the Go to Source button to move to the referenced node in the Link list.
Multiphysics Coupling
From the Coupling type list, you specify which coupling type this physics interface is with regard to the coupling that is selected in the Coupling Feature Link section. The Coupling type list contains the coupling types that you have defined in the multiphysics coupling that this node links to.
Override Rule Settings
In this section, an override type is specified for the coupling feature by first using the Override rule list to determine which override rules to use — Built in (the default), Locally defined, or Imported from external resource — and then select a type from the Override type list (see Override Rule for more information). The coupling feature acts as if it were added last in the list of physics features under the physics interface, and overrides the physics features according to this override type. Note that in the coupling feature node itself an override type is also specified. That override type determines how the coupling feature should override other coupling features.