Create a sub-model

Create a sub-model

Ver: 1

DESCRIPTION

Creates a new sub-model which becomes the current one; attributes are set through entries in this menu.

The contents of a sub-model consist of a set of equations, each one associated with its own parameters and domain of application.

All sub-models belonging to the same task are solved simultaneously with the defined sub-tasks.

OPTIONS

-1 Upper level menu

1 V or F imposed

It is the default option for a new sub-model.
With this sub-model, we can impose the value of the velocity field or the force on a list of topological entities.
We can switch to a normal/tangential mode instead of a cartesian one.
We can also combine velocity and force components.
If the mesh is 2D, this sub-model is available for 1D and 0D topo-objects.
If the mesh is 3D, this sub-model is available for 2D, 1D and 0D topo-objects.

3 Temperature imposed

With this sub-model, we can impose the value of the temperature field on a list of topological entities.
If the mesh is 2D, this sub-model is available for 1D and 0D topo-objects.
If the mesh is 3D, this sub-model is available for 2D, 1D and 0D topo-objects.

4 Heat flux density imposed

With this sub-model, we can impose a heat flux on a list of topological entities.
If the mesh is 2D, this sub-model is available for 1D topo-objects.
If the mesh is 3D, this sub-model is available for 2D and 1D topo-objects.

5 Heat conduction problem

With this sub-model, we can calculate a heat conduction problem on a list of topological entities.
If the mesh is 2D, this sub-model is not available.
If the mesh is 3D, this sub-model is available for 2D and 1D topo-objects.

SEE ALSO

Define sub-models (UM)

Create a topo-object

V or F imposed

Temperature imposed

Heat flux density imposed

Heat conduction problem

-1	Upper level menu
1	V or F imposed
	It is the default option for a new sub-model. With this sub-model, we can impose the value of the velocity field or the force on a list of topological entities. We can switch to a normal/tangential mode instead of a cartesian one. We can also combine velocity and force components. If the mesh is 2D, this sub-model is available for 1D and 0D topo-objects. If the mesh is 3D, this sub-model is available for 2D, 1D and 0D topo-objects.
3	Temperature imposed
	With this sub-model, we can impose the value of the temperature field on a list of topological entities. If the mesh is 2D, this sub-model is available for 1D and 0D topo-objects. If the mesh is 3D, this sub-model is available for 2D, 1D and 0D topo-objects.
4	Heat flux density imposed
	With this sub-model, we can impose a heat flux on a list of topological entities. If the mesh is 2D, this sub-model is available for 1D topo-objects. If the mesh is 3D, this sub-model is available for 2D and 1D topo-objects.
5	Heat conduction problem
	With this sub-model, we can calculate a heat conduction problem on a list of topological entities. If the mesh is 2D, this sub-model is not available. If the mesh is 3D, this sub-model is available for 2D and 1D topo-objects.