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New and robust functionalities to enhance CAE user’s productivity and satisfaction have been made to RecurDyn V8R5 which FunctionBay is about to offer in the end of 2016. Prior to the release of RecurDyn V8R5, here’s a sneak peek at What’s New V8R5.

Part 1 and Part 2 of What’s New V8R5 will be posted here.

• Part 1. [July] UI Convenience and Pitch Contact with Helix Surface
• Part 2. [August] FE Merge and enhanced Particleworks

It is now possible to merge 2 FFlex bodies into a single FFlex body and the materials of the original bodies are preserved.

• Delete Source Body’s Unused Materials & Properties: If the source and target bodies had identical Materials or Properties, this option allows for the unneeded redundant Materials and Properties to be removed from the new, merged FFlex body.
• Coincident Nodes: The user can select to have any node in a selected node set on the source body that are in the same position in space as a node on the target FFlex body can be merged into a single node. This will cause the source and target bodies to become connected together.Coincident Nodes: The user can select to have any node in a selected node set on the source body that are in the same position in space as a node on the target FFlex body can be merged into a single node. This will cause the source and target bodies to become connected together.
• Preview: The nodes that are coincident can be previewed before the merge is performed

Various improvements have been made to the Post Processor for RecurDyn-Particleworks co-simulations.

You can quantitatively determine the amount of fluid particles in a particular space when a mechanical system behaves. It is now possible to identify and modify Vessel and Wall easily during modeling complicated systems.

• Profile: Profile: After a co-simulation of RecurDyn and Particleworks, RecurDyn now offers more methods for viewing the results. One method is to display only the fluid particles that fall within a certain distance from a user-defined plane. Another method is to display a 2D profile of the fluid particles that intersect the user-defined plane. The 2D profile operates similarly to a RecurDyn Scope. It can animate in real time, and it is also possible to export the profile to a text file.
• Sensors: A sensor has been added to RecurDyn for co-simulation with Particleworks. This sensor indicates the number of particles that are intersecting or inside a user-defined volume at any given moment in time. The volume can be either box-shaped or spherical. This sensor’s output can be graphed, displayed in a scope, or exported to a text file.Sensorㅋ
• Vessel/Wall Visibility: It is now possible to hide surfaces that are marked as Vessels and Walls in a Particleworks co-simulation. In the Icon Control dialog box, there is now a Vessel/Wall checkbox under the All Icons group. If this checkbox is unchecked, then Vessels and Walls are hidden.