Multiphysics Couplings
It is possible to couple the Multibody Dynamics interface to several other physics interfaces through predefined multiphysics couplings. This section describes the available couplings.
When you add a physics interface for which a predefined coupling is available to the component, a Multiphysics Couplings node appears in the model tree. Under the Multiphysics Couplings node, you can add the required couplings.
Table 2-15: Available multiphysics couplings for the Multibody Dynamics interface.
Coupling
Interfaces
Comment
Thermal Expansion
Heat Transfer in Solids and Fluids
Heat Transfer in Solids
Heat Transfer in Porous Media
Bioheat Transfer
Unidirectional domain coupling
Acoustic–Structure Boundary
Pressure Acoustics, Boundary Elements
Pressure Acoustics, Frequency Domain
Pressure Acoustics, Transient
Bidirectional boundary coupling
Thermoviscous Acoustic–Structure Boundary
Thermoviscous Acoustics, Frequency Domain
Bidirectional boundary coupling
Aeroacoustic–Structure Boundary
Linearized Navier–Stokes
Bidirectional boundary coupling
Porous–Structure Boundary
Poroelastic Waves
Bidirectional boundary coupling
Solid–Thin Structure Connection
Shell
Bidirectional boundary coupling
Solid–Beam Connection
Beam
Bidirectional boundary coupling
Embedded Reinforcement
Truss, Wire, Beam, Membrane
Bidirectional boundary coupling
Lumped–Structure Connection
Lumped Mechanical System
Bidirectional point coupling
Fluid–Structure Interaction
Any single-phase flow interface
Unidirectional or bidirectional boundary coupling
Fluid–Structure Interaction, Pair
Any single-phase flow interface
Bidirectional boundary coupling
Structure–Thin-Film Flow Interaction
Thin-Film Flow
Bidirectional boundary coupling
Solid-Bearing Coupling
Hydrodynamic Bearing
Bidirectional boundary coupling
Magnetic Forces, Rotating Machinery
Rotating Machinery, Magnetic
Bidirectional domain coupling
The following multiphysics interfaces are specific to the Multibody Dynamics Module:
•
The Fluid–Multibody Interaction Interface
•
The Fluid–Multibody Interaction, Assembly Interface
•
The Magnetic–Rigid-Body Interaction in Rotating Machinery Interface
The other couplings are analogous to those available for the Solid Mechanics interface. See also:
•
Defining Multiphysics Models in the Structural Mechanics Module User’s Guide
•
Thermally Coupled Problems in the Structural Mechanics Module User’s Guide
•
Fluid–Structure Interaction in the Structural Mechanics Module User’s Guide
•
More details about Solid–Bearing Coupling in the Rotordynamics Module User’s Guide