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FunctionBay RecurDyn 2025.1
Free Download FunctionBay RecurDyn 2025.1 | 5.6 Gb
FunctionBayhas releasedRecurDyn 2025 SP1is Integrated Multi-Discipline (IMD) Computer Aided Engineering (CAE) software. Its primary purpose is Multi-Flexible Body Dynamics (MFBD), which is the prediction of the motion of mechanisms and devices composed of solid bodies, in which the bodies can be modeled as either rigid or flexible bodies.
RecurDyn 2025 New Features - Improved Ease of Use in Professional Version Compared to previous versions, RecurDyn 2025 offers the following improvements to the ease of use in the RecurDyn/Professional basic environment:
1. Added option to update the origin and orientation of the Body when copying/pasting or moving/rotating it.
When the Body is copied/pasted using Copy/Paste or moved or rotated using an Object Control, RecurDyn 2025 provides the option to change its origin and orientation. This can be seen in the [Home tab > Setting group > General button] dialog box's 'Update the Origin and Orientation of the Geometry when the Body is Moved or Copied' option. If this option is not checked, the origin and orientation values of the Body will change after copying/pasting or moving/rotating it. If this option is checked, the origin and orientation values of the Body will not change when copying/pasting or moving/rotating it. If this option is checked, the corresponding parametric points and their relationships will no longer be maintained when copying/pasting or moving/rotating it.
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2. Selection Box Color Settings
When making selections by dragging the mouse in the graphics workspace, users can set the color display of the selection box through the Drag-Select option on the [Home tab > Setting Group Display button > Advanced tab] page.
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3. Enhanced Dynamic Cutting Face Functionality
3.1 Cutting Face Color
Users can set the color of the cutting face through the [Home tab > Setting group > Display button > Advanced tab] page.
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3.2 Reference Marker
Reference Marker: Supports user-specified dynamic cutting plane definition of reference marker points, allowing the orientation of the cutting plane to change with the position and direction of the reference marker points during animation playback. Reference marker points are specified in the Cutting Plane Handler dialog box.
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4. Enhanced Measurement Functions
Curve Length Measurement: Supports measuring the length of curves or edges.
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- Support for Add (Group) to Mass Properties: When automatically calculating the mass and inertia properties of a composite body consisting of multiple bodies, the Add (Group) function is supported to quickly select bodies within the group.
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5. Enhancements to Geometric Relationships
Geometric relationships support more geometric types and corresponding operations:
- Road dаta: Face Road, Outline Road, Spline Road, Face Road
- Imprint: Projection, Intersection, Intersection with Plane, Radial Pattern, Offset Edges, UV Pattern, Quadrangle, Split Edge
6. Change the display color of multiple force icons at once
A new "Update Checked Items" control has been added to the Force Display dialog box, allowing users to quickly change the color of multiple Force/Torque icons of the same type at once. By changing the color of the Force/Torque icon in the "Update Checked Items" area, the color of all Force/Torque icons of the same type that are in "Use" will be updated.
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7. Enhanced Highlighting Functionality
A 'Draw Hidden Lines' option has been added to the [Setting group > Display button > Advanced tab] page. If unchecked, lines invisible to the current viewpoint will not be highlighted when selecting a body or geometry. For complex geometries, simplified display helps users understand the geometry more clearly. Users can control the 'Draw Hidden Lines' option to be on/off as needed.
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8. Support for FBX Files
RecurDyn 2025 supports exporting rigid bodies as FBX files. FBX files are a 3D exchange format that contains 3D geometry, animation data, etc., and can interact with other software, allowing professional 3D software such as Unity, Autodesk Maya, and 3ds Max to use animated RecurDyn models.
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RecurDyn/Professional
Upgraded Functions
- (M48916) The "Start & End Time for Output" option in "Simulation Setting" is only applied to dynamic and static analyses. It does not affect frequency domain analysis, such as Eigenvalue analysis.
- (M48947) The "Edge Contact" for "Geo Cylinder Contact" has been improved to calculate the contact points when the "Cylinder" and "Edge" are parallel.
- (M48790) The radial-to-radial face contact algorithm for both "Cone To Cone Contact" and "Cone To Cylinder Contact" has been modified. This update addresses the incorrect positioning of the contact point.
Fixed Problems
- (M48619) In the case of "Open Face" in "Torus In Cylinder Contact" , if the circle surface of the cylinder and torus are parallel, the contact point was incorrectly obtained.
- (M48778) When the name of the "Performance Index" was in lowercase English, an error occurred when creating the simulation results as a *.csv file through "Simulation Manager" .
- (M48911) In the case of using USUB in "Geo Contact" , the "Heat Friction" option was not available.
- (M48978) If contact occurred immediately after "Geo Roll Contact" started the simulation, RecurDyn was terminated.
- (M48583) In the "Campbell Diagram" of the RecurDyn/Description, other controls disappeared when Enter was pressed in the edit box of the "Axes Settings" dialog.
- (M48798) In the "Campbell Diagram" , When performing the "Vold-Kalman" calculation, we originally used the bandwidth frequency as the basis for computation, with a default bandwidth of 1.0/(t_end - t_start). However, the VK weight needed to implement this default value turned out to be excessively large, which sometimes changed the recalculation results or produced completely unexpected outcomes. To address this issue, the algorithm was modified so that the Vold-Kalman calculation would use the VK weight instead of the bandwidth, and a value of 8000 was adopted for the VK weight.
- (M48755) When a "Geo Cylinder Contact" and a "Geo Roll Contact" are defined in one cylinder geometry, the "Geo Roll Contact" operated even though the "Geo Cylinder Contact" was active and the "Geo Roll Contact" was inactive.
- (M49054) After simulation, or when importing an animation file, if there are inactive subsystems, the animation of bodies or subsystems was wrong because of incorrect animation data reference.
- (M49141) When importing the subsystem file, the entity names used in expressions defined within the file were created from incorrect data storage.
- (M49062) When copying the body with the "Translation Pattern" or "Rotation Pattern" function, the Parametric Value connected to the Pametric Point existing in "Body Edit Mode" was disconnected and copied.
- (M49098) When defining a "Marker" as an "Entity" and closing the dialog of a "Scope Entity" that sets a "Reference Marker" , the "Reference Marker" was sometimes not applied due to an initialization problem.
- (M48762) When calculating "Edge Contact" for "Geo Cylinder Contact" , there was a case where the contact was incorrectly skipped depending on the orientation of the "Cylinder" . It can make a solution change.
- (M48940) When using the "Displacement" type in the "Rotation" of a "CMotion Group" with "On Condition" , the analysis would stop with a small step size if the "Angle" changed significantly. It can make a solution change.
- (M48525) In the "Spline Viewer" dialog, when switching from 2D mode to 3D mode and back to 2D mode, a linear graph for the data table was drawn.
- (M48192) In the "Spline Viewer" dialog, the number 6 could not be entered in any text box.
- (M48941) When using a *.icf file, there was an issue where the velocity started at zero at the beginning of the simulation. It can make a solution change.
- (M48994) In "Geo Contact" , there was no validity check for the "Plane Tolerance Factor" when a patch could no longer be created based on the geometry shape. If a value smaller than the minimum was entered for the "Plane Tolerance Factor" , the shape of the patch preview became distorted.
- (M49167) When exporting a *.fbx file, if the orientation of the subsystem is not 0,0,0, it was saved in a strange position.
- (M49167) When exporting a *.fbx file, the shell geometry position was not correct.
- (M48709) Right after the analysis or when running ProcessNet, the winding direction of the coil in the "Spring Force" at a specific position is reversed.
- (M48927) When two models were opened and one model was in simulation, the animation of the other model containing an "FFlex Body" did not play.
- (M49152) When entering PV using an expression value to the "Step" for dynamic simulation, the validation check was wrong because there was an issue in handling the decimal value when calculating the PV.
RecurDynis a state-of-the-art computer-aided engineering (CAE) software, specialized in the simulation of multibody dynamics. It offers engineers and designers a robust platform for modeling, simulating, and analyzing the mechanical components and systems. With its highly efficient and accurate algorithms, RecurDyn is ideal for complex mechanical systems involving flexible body dynamics, contact, and friction. RecurDyn stands out for its ability to tackle challenging engineering problems, from automotive and machinery to robotics and aerospace applications. It's the go-to solution for anyone looking to enhance their design process with accurate, reliable, and efficient dynamic simulations.
MFBD (Multi Flexible Body Dynamics)
FunctionBay, Inc.is a professional developer of Computer Aided Engineering (CAE) simulation software for the simulation of both flexible and rigid body dynamics. Our software solutions, which include the internationally-recognized RecurDyn, integrate many disciplines into a single seamless package. The core of these solutions is Multi-Flexible Body Dynamics (MFBD), which tightly integrates multibody dynamics analysis with non-linear finite element analysis.
Owner:FunctionBay GmbH.
Product Name:RecurDyn
Version:2025 SP1
Supported Architectures:x64
Website Home Page :www.functionbay.org
Languages Supported:multilanguage
System Requirements:Windows & Linux *
Size:5.6 Gb
Under Linux64, developers provide only a solver without a GUI
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