Phase
You can add a Phase subnode to nodes which define a load in order to prescribe the phase angle in a frequency domain analysis.
For modeling the frequency response the physics interface splits the harmonic load into two parameters:
The amplitude, F, which is specified in the node for the load.
Together these define a harmonic load, for which the amplitude and phase shift can vary with the excitation frequency, f:
Phase
Enter the components of Load phase in radians (for a pressure the load phase is a scalar value). Add [deg] to a phase value to specify it using degrees.
Location in User Interface
Context Menus
Solid Mechanics>Body Load>Phase
Solid Mechanics>Boundary Load>Phase
Solid Mechanics>Edge Load>Phase
Solid Mechanics>Point Load>Phase
Solid Mechanics>Rigid Connector>Applied Force>Phase
Solid Mechanics>Rigid Connector>Applied Moment>Phase
Solid Mechanics>Rigid Domain>Applied Force>Phase
Solid Mechanics>Rigid Domain>Applied Moment>Phase
Membrane>Body Load>Phase
Membrane>Face Load>Phase
Membrane>Edge Load>Phase
Membrane>Point Load>Phase
Multibody Dynamics>Body Load>Phase
Multibody Dynamics>Boundary Load>Phase
Multibody Dynamics>Edge Load>Phase
Multibody Dynamics>Point Load>Phase
Multibody Dynamics>Rigid Connector>Applied Force>Phase
Multibody Dynamics>Rigid Connector>Applied Moment>Phase
Multibody Dynamics>Rigid Domain>Applied Force>Phase
Multibody Dynamics>Rigid Domain>Applied Moment>Phase
Ribbon
Physics tab with Body Load, Boundary Load, Face Load, Edge Load, Point Load, Applied Force, or Applied Moment selected:
Attributes>Phase