A person is capable of using VAC to record an output audio stream from an application that normally does not allow saving the audio to files. VAC routes audio streams in almost real time, it is able to be utilized in various manners.A person could use two or more software audio generators, synthesizers or sequencers to produce audio streams and send them to a VAC output cable and record the mixed stream from the VAC input cable using any type of recording software.

VAC is useful for recording an application's audio output in almost real time or transferring a sound stream to another application so it may process it.

Similarly, more than one application is able to receive audio from an input cable, whether it's sharing the same audio data with another target or receiving its own personal audio stream.

If more than one application is sending audio through an output virtual cable, VAC is able to mix all of the streams together or create separate corresponding virtual input cables.

VAC is the audio equivalent of a MIDI loopback device such as MultiMid or Hubi, and can be used instead of 'Stereo Mix'. Since all transfers are made digitally, there is no loss in sound quality. Any application is able to send an audio stream to the input side of a 'virtual cable' while a corresponding application can receive this stream from the output side. This can be done in Workbench without using any APDL commands.Virtual Audio Cable is a software product based on WDM multimedia driver that allows a user to transfer audio streams from one application to another. Now a Static Structural model will solve without pivot errors. If you pick three nodes around the circle, you can constrain Y=0 and Z=0 and leave X=Free.

Put the origin of the Cylindrical coordinate system at the center of the cylindrical surface, and align the Z axis with the axis of the cylinder. If you want to constrain three nodes to ground in a pattern that allows free radial expansion, that is easily achieved by creating a Cylindrical Coordinate System. In these commands, specific Degrees of Freedom can be coupled, and these are defined in the nodal coordinate system. In there you will see there is an APDL command CP for Coupling, a CE command for Constraint Equations, an RBE3 command that distributes forces from a master node to a set of slave nodes. Navigate to the Mechanical APDL section and then into Chapter 10: Multipoint Constraints and Assemblies. You ask about a kinematic coupling between a reference node and other nodes.

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