assign_rotate_motion

Maxwell2d.assign_rotate_motion(assignment, coordinate_system='Global', axis='Z', positive_movement=True, start_position=0, has_rotation_limits=True, negative_limit=0, positive_limit=360, non_cylindrical=False, mechanical_transient=False, angular_velocity='0rpm', inertia='1', damping=0, load_torque='0newton')

Assign a rotation motion to an object container.

For both rotational and translational problems, the band objects must always enclose all the moving objects.

Parameters:

assignmentstr,

Object container.

coordinate_systemstr, optional

Coordinate system name. The default is "Global".

axisstr or int, optional

Coordinate system axis. The default is "Z". It can be a ansys.aedt.core.generic.constants.Axis enumerator value.

positive_movementbool, optional

Whether the movement is positive. The default is True.

start_positionfloat or str, optional

Starting position of the movement. The default is 0. If a float value is used, “deg” units are applied.

has_rotation_limitsbool, optional

Whether there is a limit in rotation. The default is False.

negative_limitfloat or str, optional

Negative limit of the movement. The default is 0. If a float value is used, “deg” units are applied.

positive_limitfloat or str, optional

Positive limit of the movement. The default is 360. If a float value is used, “deg” units are applied.

non_cylindricalbool, optional

Whether to consider non-cylindrical rotation. The default is False.

angular_velocityfloat or str, optional

Movement velocity. The default is "0rpm". If a float value is used, “rpm” units are applied.

mechanical_transientbool, optional

Whether to consider mechanical movement. The default is False.

inertiafloat, optional

Mechanical inertia. The default is 1.

dampingfloat, optional

Damping factor. The default is 0.

load_torquefloat or str, optional

Load torque sign is determined based on the moving vector, using the right-hand rule. The default is "0NewtonMeter". If a float value is used “NewtonMeter” units are applied.

Returns:

ansys.aedt.core.modules.boundary.common.BoundaryObject

Boundary object.

References

>>> oModule.AssignBand

Examples

Assign rotational motion to a band containing all moving objects.

>>> from ansys.aedt.core import Maxwell2d
>>> m2d = Maxwell2d(solution_type="TransientXY")
>>> m2d.modeler.create_circle(origin=[0, 0, 0], radius=10, name="Circle_inner")
>>> m2d.modeler.create_circle(origin=[0, 0, 0], radius=30, name="Circle_outer")
>>> bound = m2d.assign_rotate_motion(assignment="Circle_outer", positive_limit=180)
>>> m2d.desktop_class.close_desktop()