RecurDyn V7R5
Release Notes
Supported Product
Product RecurDyn
V7R3 x86 x64
Professional
RecurDyn/Modeler V V
RecurDyn/Solver V V
RecurDyn/ProcessNet V V
Toolkit
RecurDyn/AutoDesign V V
RecurDyn/CoLink V V
RecurDyn/FFlex V V
RecurDyn/RFlex V V
RecurDyn/Linear V V
RecurDyn/CATIA Read & Write V V
RecurDyn/EHD(Steyr) V
RecurDyn/ECFD_EHD V V
RecurDyn/Contol V V
RecurDyn/Hydraulic V
RecurDyn/MeshInterface V V
RecurDyn/Bearing V V
RecurDyn/Driver V
RecurDyn/Spring V V
RecurDyn/Tire Tire , SoilTire, MFTire V V
FTire V
RecurDyn/Belt V V
RecurDyn/Chain V V
RecurDyn/Crank V V
RecurDyn/Engine V V
RecurDyn/Gear V V
RecurDyn/HAT V V
RecurDyn/MTT2D V V
RecurDyn/MTT3D V V
RecurDyn/Piston V V
RecurDyn/TimingChain V V
RecurDyn/Track_HM V V
RecurDyn/Track_LM V V
RecurDyn/Valve V V
Latest version of Parasolid supported: V18.1 Latest version of FEMAP supported : 9.31
Latest version of STEP supported : In case of STEP have no version Latest version of IGES supported : 5.3 Latest version of ACIS supported :18.0 Latest version of CATIA supported: 18.0 Latest version of VSTA of PNetsupported : 1.0 Any compiler version related to the use of user subroutine and the creation ofdll's : MS VS 6.0
BN0174(x86)/BN0175(x64)
RecurDyn/Professional
Fixed Problems
(14783) There was no information about the Joint No. in the *.out file
from an eigenvalue analysis.
(14746) The mass did not update when using Parametric Value to change
the geometry of a body if the Create Center Marker on Principal Axis
Direction option was checked in Program Settings.
(15259) The background color imported using the *.rplx file was changed,
when the user drew curves or deleted drawn curves.
(14908) The contact force of Tire Force was not calculated correctly, when
the user used the RecurDyn Road file and the normal vector of the road
patch was minus
(14611) When the user selected a rotate axis of a body using Advanced
Object Control, the display of another body which has a transparent color
in the model was wrong.
(15068) The value of Time Offset in the Simulation dialog box was set as
0 when the user opened a model by drag & drop to the RecurDyn icon or
double-clicking.
(14256) An analysis was not finished when the model was set as checking
the Match Solving Stepsize with Report Step option and the Match
Simulation End Time with User Input option and inputting the value
Numerical Damping, not 1.
(15360) The user could not modify the radius of the arc.
(14679) The result of request was incorrect when the user defined
Request as the Contact function in Expression by using the reference
marker.
(14618) The information about Relative To of Parametric Point was wrong
when the user imported the *.rdsb file included in Parametric Point.
(14482) The result of contact point was wrong when the user used
Cylinder In Cylinder Contact and Cone In Cone Contact.
(15385) Sphere In Sphere Contacts were not created properly as the rule
in case of using the MultiSphere creation option.
(12615) All data number displayed in the Trace Data dialog was wrong
when the number of data in drawn plots is different.
(13840) The value of Max, Min and Average was wrong when the user
drew a plot using Draw & Export.
RecurDyn/ProcessNet
Fixed Problems
(14537) The result of IFFlexBody.CreateOutput function was not incorrect.
(15018) RecurDyn did not express an error message when the user set a
wrong text to IExpression.Text.
(15136) RecurDyn did not express an error message, when the user used
the GetEntity function about a body that did not exist in the current mode.
RecurDyn/Control
Upgrade Functions
(15183) Supporting MATLAB 2012a
The user can control analysis until MATLAB 2012a version.
RecurDyn/FFlex
Fixed Problems
(14624) In the model rotated the FFlex body, the display of the contact
icon was different before and after the simulation and the user could not
select the icon from the Working Window after the simulation.
(12413) The user could not input the name of node directly without using
the arguments list when the user created the expression by using the
stress/strain function.
(14828) The rfi file was wrong when the user generated a rfi file from an
out file that had two or more RBE3 elements using Output2 file
(.op2, .out).
(14836) The user could not import a bdf file that did not have information
of Asy and Asz in the property of PBEAM.
(14960) RecurDyn was crashed when the user clicked the Auto Adjust
button at the Patch Set dialog box for solid elements.
(15255) The result of stress was incorrect in case of the beam cross
section as circle and pipe.
(14524) The exported data and contour about a contact pressure was
wrong in case of using “Start Time” of “Start & End Times for Output” in
the Dynamic/Kinematic dialog.
RecurDyn/RFlex
Fixed Problems
(15213) The user could not make the *.rfi file with an error, when the user
selected "Output files (*.out)" in "RFlex interface" dialog box and then the
user used an *.out file made in MSC/Nastran 2005 version and included
the CQUAD4 element.
RecurDyn/HAT
Fixed Problems
(14108) The free length of spring between TPBall and TPCylinder was not
updated, when the user modified the value of Maximum Disp. Of Check
Ball after a HAT model was made.
RecurDyn/Crank
Fixed Problems
(15502) All data about result of Request was not written into the *.req file.
(15504) The result of draw was incorrect when the user inputted Scale
Factor for a gas force as Parametric Value.
RecurDyn/MTT2D
Upgrade Functions
(14787) Speed Sensor
In the case of multi-sheet, the evaluation method of the speed sensor was
upgraded.
Fixed Problems
(11287) The name of the event sensors and the results did not match.
(14991) The name of MotherBody of guides was incorrect if the user
imported the *.rdsb file that saved the name of MotherBody in English to
model using the name of MotherBody in Japanese.
(14594) The arrow of the contact direction was not displayed right when
the user clicked on the Align Guide Orientation icon.
(14492) The strange display was shown at the first simulation of the
extracted model when the user performed a dynamic analysis with the
extracted model by using “Display Animation”.
RecurDyn/MTT3D
Fixed Problems
(14594) The arrow of the contact direction was not displayed right when
the user clicked on the Align Guide Orientation icon.
(15228) The contact force was not calculated correctly, when the user
uses the Check Edge function of Arc Guide.
(14976) The contact force was not calculated correctly, when the user
used more than 2 sheets in the MTT3D system and the sheets are used in
the sheet to the surface contact.
(13908) The user could not change the color of mesh line about Sheet
Shell without the FFlex license.
(15478) The position of guides was changed when the user opened the
model that was defined with a 2D contact.
BN0168(x86)/BN0169(x64)
RecurDyn/Professional
Fixed Problems
(11792) The user could not input a decimal point as the values of Offset
and Scale in case of Translate Type of Simple Math in Plot.
(11958) RecurDyn was crashed when the dynamic analysis was performed
after the user deleted the base entity of Solid Contact defined in Tire Force.
(11471) The body did not move to the original position by inputting
original PV after the user moved a body by updating PV.
(12346) RecurDyn was crashed when the user changed the modeling
option during modeling with turn the Rotate option or Translate option on.
(11762) RecurDyn was crashed when the user clicked the icon of Setup
Working Plane and Grid with activated split of window command.
(12374) The user could not use an edge as the second entity when the
user measures a distance.
(10350) The user could not align using Face-Face Align of Object Contact
Advance when the orientation of base and action bodies were different.
(12394) The position of CM of a body that was defined by PV and PP was
not updated using the updated PV when the Create Center Marker on
Principal Axis Direction option in the Program Settings was checked.
(11951) RecurDyn was crashed when the dynamic analysis was performed
using a Solid Contact model with the non-manifold geometry.
(12618) The value of Maximum Friction Force was changed to 0
automatically when the user opened the model which was made in V7R5
Sp1 or before V7R5.
(12063) Sphere To ArcRevolution Contact did not work correctly in some
cases.
(12522) The Akima spline interpolation was incorrect when the user
inputted a lot of data.
(11107) The dynamic analysis was not performed until the end time when
the step size was reduced in the last step.
(8856) RecurDyn created a temp file in the Local Setting folder when the
user opened a plot file.
(12129) RecurDyn was crashed when the wrong text file included in the
format of columns was imported.
(12557) The dynamic analysis was not performed with a Sphere In Box
Contact model that was defined as the Sliding&Stiction type of friction.
(12473) The user could not build the user-defined DLL as the Intel Fortran
complier about following functions: RD_CHEBY, RD_POLY, RD_FORCOS,
RD_FORSIN, CHEBY, POLY, FORCOS, FORSIN.
(11977) The rplt file was not loaded to the I/O Window when the user
imported a rplt file using Import last simulated rplt file.
(13250) The Parametric Point was translated as twice than the value
entered by the user using Object Control in the Body Edit mode.
(12797) The user could not change the name of scope in the Database
Window using Rename of the right mouse menu.
(13174) RecurDyn was crashed when the user opened a sdk file without a
rbx file and a xmt_txt file.
(11009) RecurDyn was crashed when the dynamic analysis was performed
with a model that used USUB dll if that was built at the x64 version of
Visual Studio 2010.
(12429) The user could import a wrong stl file.
(12099) The user could not update the position of body using PP when the
user changed a value in the Parametric Point List dialog.
(11460) The result of FX, FY, FZ, TX, TY, TZ functions was incorrect when
the user defined arguments as the base marker and action marker of a
joint using Motion.
(12961) The error message occurred when the user checked Max Value,
Min Value, Time Average and then drew using Draw & Export in Plot.
(11943) The result was not displayed in the scope that was defined as
Entity if the Reference Frame was a marker with the non-English name.
(12415) RecurDyn was crashed when the user changed modes such as the
Body Edit mode, the Subsystem mode frequently.
(11266) The image onto the body by the Use Picture option in the
Properties dialog of body was not shown when the user loads an animation
at the Plot Window.
(10944) The result of PSD was incorrect in Plot.
(13862) The Object Control did not work in Profile Mode.
RecurDyn/ProcessNet
New Functions
Control module
RecurDyn supports some functions for RecurDyn/Control as following
functions: IControlToolkit, IControlPlantInput, IControlPlantOutput
Upgrade Functions
(12202) Member variable GetReferenceFrameInfoOfCenterMarker
Member variable GetReferenceFrameInfoOfCenterMarker was added to
IBody. This could get information about a CM of body.
(10758) Member variable NaturalFrequencyType
Member variable NaturalFrequencyType was added to IEigenValueProperty.
Fixed Problems
(11996) The dynamic analysis was not performed by linking with CoLink.
(10056) The related contact was not deleted when the user deleted a body.
(11398) The user could make a Node Set with nonexistent nodes.
(11810) RecurDyn was crashed when the dynamic analysis was performed
with a model that added newly after deleting an event sensor in MTT2D.
RecurDyn/AutoDesign
Fixed Problems
(10935) RecurDyn was crashed after the static analysis when the DOE was
performed with the static analysis using a model that defined AR as the
Stress (ElementSet) type.
(10556) The DOE analysis was wrong when the user used the FE Shape
function as Design Variable.
RecurDyn/CoLink
Upgrade Functions
(10597) Refresh button in the 2D type of Signal Table block
The user can immediately apply the changed Num of Columns at the table
using the Refresh button in the 2D type of Signal Table block.
Fixed Problems
(10586) The user could not input a negative value as the X value in the
Signal Table block.
(12001) The result of PI shown at Result Sheet was zero when the design
study was performed by linking with CoLink.
(11178) The range of X-axis at the plot in the Signal Chart block is shown
incorrectly.
(11913) The bode analysis was not performed without the CoLink block.
(11777) The dynamic analysis was not performed by linking with CoLink
when a block used PV if that was a large value such as 1e6, 1e9.
(13020) The result was incorrect when the dynamic analysis was
performed with a model that had discrete blocks with Recurdyn Solver.
(12480) The result was incorrect with the Delay block.
RecurDyn/FFlex
Upgraded Functions
(12065) The evaluation method for stress and strain in Contour
The evaluation method for stress(S1,S2,S3,SINT,SMISES) and
strain(E1,E2,E3,EINT,EMISES) are upgraded with the MKL library in order
to get more stable and accurate values in Contour.
Fixed Problems
(8880)The ANSYS interface could not read an input file from Ansys
Workbench v12 or higher.
(12045) The drilling factor was not used in the solver correctly when the
user uses the drilling factor in the shell9 element.
(12732) The user could not change FC Load in the DFRA Excitation Loads
dialog.
(11368) The CPU time that was written in the message file was always
zero.
(12847) RecurDyn was crashed when the user opened a model that was
turned on the animation flag and did not include the animation data.
(12413) The user could not input the Node ID of Stress function and
Strain function directly.
(7279) The user could not stop during performing DFRA.
(13146) The preview of base entity was not disappeared when the Preview
option was unchecked.
(11358) The preview of a patch set using Solid6 element was strange.
(13166) The shear area ratio was incorrect when the user wanted to
calculate the beam cross section property for hollow-rectangle, I-Beam
and T-Beam.
(13192) The user could not select patches with Select by Polygon mode
when creating patch set.
(8876) The result was not displayed in the scope that was defined as a
marker on a node of FFlex body.
(11389) The result of animation scaling was displayed incorrectly when
the Contour type was Displacement.
(10321) The dynamic analysis was not performed with a model that had a
marker referring a node, if the node did not belong to an element.
(12771) The FFlex body deformed strangely when the user performed the
dynamic analysis several times if the Every Step option was selected in
Strain, Stress Recovery Options in FFlex Options in case of the IF DLL
solver.
(11386) The result of animation scaling was displayed incorrectly when
the user used a model extracted.
(12407) RecurDyn was crashed when the user opened a model that was
saved during playing the animation.
(10482) The animation was shown only the last frame after the user
imported a RAN file.
RecurDyn/Mesher
Fixed Problems
(11633) RecurDyn was crashed when the user tried to revert the mesh
repeatedly as following step: Create a body -> Mesh mode -> Mesh ->
Exit Mesh mode -> Mesh Mode -> Revert -> Mesh -> Exit Mesh mode ->
undo 4 actions.
(10504) The user could not navigate a body after clicking the Mesher icon
in the Toolkit bar.
(13038) The direction of rotation about Axis was operating in a
counterclockwise direction in case of the Spin type of Manual Mesh.
(12606) The size of created elements was too small compared with the
minimum size defined by the user in case of spline.
RecurDyn/RFlex
Upgraded Functions
(8638) Writing Node ID in the FEA loads data The user could input Node ID in the Views Loads List dialog when the Export Format was Ansys and the Body was rigid body in the FEA export
function. And then the Node ID was written data file. (9614) Supporting Ansys v13
The user could make rfi file using MAC file provided from RecurDyn that supports up to Ansys v13.
.
Fixed Problems
(11808) RecurDyn was crashed when the user generated the stress shape
using the rfi of Ansys Solid 187 element that was used the Remove Mid-
Node Related Information option when the user created the rfi file in
RecurDyn using the Stress Shape Interface.
(12318) The moment of inertia was incorrect in case of the Hollow
Rectangular Beam type in Beam Group.
(9201) RecurDyn was crashed when the dynamic analysis was performed
with a model that had a path of rfi file as non-English characters.
(10495) The user could not make a rfi file using a large output file such as
14 GB. It was applied to x64 version only.
(11643) The result of stress and strain was incorrect when the user
imported an op2 file to the rfi file using Stress Shape Interface.
(7196) The user could not perform modal analysis using script file
(RecurDyn_fem.prg) provided from RecurDyn for solid linear tetrahedron
element of NX I-DEAS.
RecurDyn/Tire
Fixed Problems
(12468) RecurDyn was crashed when the dynamic analysis was performed
using a model MF-Tire or SWIFT on V7R5 Sp2 x86 IF.
(12715) The user could not perform the dynamic analysis using more than
2 UA-Tire models that were defined as the same action entity in Solid
Contact.
(12232) The solving speed SWIFT tire was not fast.
RecurDyn/Belt
Fixed Problems
(11601) The output value of speed senor was strange in case of beam belt.
(11621) The initial velocity was not applied when the Initial Longitudinal
Velocity in the Properties dialog of Beam Belt was defined as a value or PV.
(11308) The animation was wrong in case of a beam belt.
RecurDyn/Control
Fixed Problems
(12085) The written values of RecurDyn_inputs and RecurDyn_outputs in
the m file exported was incorrect when the user defined a model name as
non-English characters.
(13099) The Waiting Time defined in the CoSim dialog was applied just
once at first.
RecurDyn/EFCD_EHD
Fixed Problems
(12290) The dynamic analysis was not performed when the RFlex body
was defined as a bearing part.
RecurDyn/Bearing
Fixed Problems
(10482) The length of a roller was updated only when the user changed
Roller Length in the Properties dialog of Roller Bearing.
RecurDyn/Crank
Fixed Problems
(11998) The crank angle data was not in the Plot Database when the
dynamic analysis was performed if the user changed the crank shaft from
the rigid group to RFlex body, and then changed the crank shaft from the
RFlex body to another RFlex body.
RecurDyn/Gear
Fixed Problems
(11548) The preview of Contact3DR was not correct.
RecurDyn/Chain
Fixed Problems
(13916) The segment assembly was incorrect when there were guides
RecurDyn/MTT2D
Fixed Problems
(11596) All names of Guide Mother Body were incorrect after the MTT2D
subsystem file was imported as Insert in the Current Subsystem.
(10454) The additional SH_T was created whenever “Update geometry
Information Automatically” was on or off in the Properties dialog of Sheet.
(13231) SPV did not apply to the entity of imported subsystem as “Insert
in the Current Subsystem” when the user changed SPV in the pre-exist
entity.
(10523) The user could not define Start Point and Direction Point of sheet
as Parametric Point.
(11381) RecurDyn was crashed when the user closed a model that had a
copy and paste guide body from other model.
RecurDyn/MTT3D
Fixed Problems
(11910) The defined scope at the Properties dialog of Sheet Shell was not
drawn.
(11782) The sheet on the linear guide was not displayed in the Shade
mode.
(12147) The color was not applied when the user changed the color
setting in the Properties dialog of Sheet Shell.
(12127) The result of PI shown at Result Sheet was zero when the design
study was performed after the Performance Index was defined as a node
of Sheet Shell.
(12520) The user could not navigate output nodes in the Properties dialog
of Sheet Shell when the Sheet Shell was closed to the linear guide.
(13231) SPV did not apply to the entity of imported subsystem as “Insert
in the Current Subsystem” when the user changed SPV in the pre-exist
entity.
RecurDyn/Pistion
Fixed Problems
(12293) The user could not use the spline type of Empirical Formula in the
Rigid to RFlex Contact and RFlex to RFlex Contact.
(13489) RecurDyn was crashed when the user opened the Properties
dialog of Piston Liner Connector that was defined as Surface Contact.
RecurDyn/TimingChain
Fixed Problems
(12134) RecurDyn was crashed when the user opened the Properties
dialog of Crank Sprocket and Cam Sprocket about the silent type.
RecurDyn/Track_HM
Fixed Problems
(13070) The initial velocity was not applied when the Initial Velocity(x-axis)
of Links in the Properties dialog of Assembly was defined as PV.
(12264) The contact did not occur between a link and a side of sprocket
and a link and a side of single wheel.
BN0166(x86)/BN0167(x64)
RecurDyn/Professional
Changed Functions
(11102) Creating Spline
The creation condition for Spline was changed from “X(N+1) >= X(N)” to
“X(n+1) > X(n)”.
Fixed Problems
(11226) RecurDyn was crashed when you deleted it after clicking the right
mouse button on the entity of Database during operation.
(11070) An Axis was added when “Select Zoom” was performed after
Multiple Axis was applied in Plot.
(11051) An error occurred when the dynamics analysis was performed
after Laser and PointInBox Sensor were defined in the MTT2D, MTT3D,
Chain subsystem.
(11122) RecurDyn was crashed if two markers were in the same position
after Scope was displayed after defining VR in Expression.
(11049) The analysis was performed after the defined Numerical Damping
value was changed to 0 unconditionally when Integration was defined in
Scenario.
(11268) In V7R5 SP1, the value of Reaction Force was incorrect when the
action body and base body for Revolute Joint was exchanged and they was
included in Friction.
(11339) The value of Maximum Friction Force was changed to 0.1
unconditionally when you opened it, if you saved it after defining
Maximum Friction Force of Contact for a model in V7R4.
(11339) You could not open it when you saved it after defining Maximum
Friction Force of Contact by PV for a model in V7R4.
(11374) RecurDyn was crashed with an error when you clicked Light in
View of Menu.
RecurDyn/ProcessNet
Fixed Problems
(10979) The position of marker was not different to the position of node
when a marker was created on the node.
(11096) The following page did not exist in PrcessNet help.
Help > ProcessNet Function > Version History > Changes from V7R4 to
V7R5 > MTT2D
(11087) When NodeSet, ElementSet, PatchSet were created, IDs of the
defined Node, the defined Element, the defined Patch were not created.
But other IDs were created.
RecurDyn/AutoDesign
Upgraded Functions
(11008) Adding SD Value of Treatment in the Analysis Response
SD Value of Treatment in the Analysis Response dialog box was added.
(SD is the standard deviation.)
Changed Functions
(11006) Formulation of MAX Deviation Value in Analysis Response
The formulation of MAX_Dev Value in the Treatment option of Analysis
Response was changed to MAX( ( Max value - Average ), ( Average - Min
value ) ).
Fixed Problems
(10995) RecurDyn was crashed when Optimization was performed after
“Get From Simulation History” was only applied by DOE Method.
RecurDyn/CoLink
Fixed Problems
(10990) CoLink was crashed when RecurDyn was performed the dynamic
analysis by linking with CoLink after the name of Parametric Value was
used by the reserved word of C in RecurDyn.
(11244) PVs of the CoLink model were not updated when a model which
was linked with CoLink was analyzed in CoLink.
(11399) CoLink was crashed if the dynamic analysis was performed in
order when a model used by the solver of RecurDyn Type and another
model used by the solver of Fixed-Step Type were opened at the same
time.
RecurDyn/FFlex
Fixed Problems
(11103) The IF x64 solver was crashed when a patchset was used in more
than two FSurface to Surface Contacts.
(11100) The Contour data of the Contact Pressure was incorrect in case of
the parabolic element. (Parabolic element : Shell9, Solid10, Solid26)
(11090) The Contour data of Stress/Strain was incorrect in case of the
shell element.
(10977) You could not use the changed ID of Node although the ID was
modified in Working Window when you changed the ID of Node in the
imported FFlex body.
(11159) The FFlex Body was not displayed in the animation when you
opened it and imported the RAD file after modeling a model and analyzing
it in the previous version.
(11126) The information of Legend for Min/Max. Stress in Contour was
incorrect.
(11012) You could not import by an error when the *.inp file which was
created in Ansys 11 was imported.
(11015) An error occurred by the equation for Shear Modulus, Young’s
Modulus, Poisson’s Ratio when PV linked with Shear Modulus, Young’s
Modulus, Poisson’s Ratio in Assemble Mode was updated.
(11490) The Stress order of data in an exported file was changed from
Sxx, Syy, Szz, Sxy, Syz, Sxz to Sxx, Sxy, Syy, Sxz, Syz, Szz in Durability
Interface.
RecurDyn/Mesher
Fixed Problems
(11033) RecurDyn was crashed when the CAD operation was performed
after the Revert function was used in the Mesh dialog.
(11059) The body was disappeared when the re-mesh function was
performed after a meshed model was saved and loaded.
(11067) RecurDyn was crashed when the Undo function was used to enter
or exit the first mesh mode.
(10340) RecurDyn was crashed because there was not enough memory
when many nodes and elements were created.
(10862) Moment of inertia values (Ixy, Iyz and Izx) in the Properties
dialog of FFlex Body were incorrect after the mesh was performed.
RecurDyn/RFlex
Fixed Problems
(10942) The result of B matrix was incorrect when you simulated to get a
State Matrix of Linear analysis with a model including a RFLEX body.
(11119) Moment of inertia values (Ixy, Iyz and Izx) in the Properties
dialog of RFlex Body were incorrect.
(11132) The shape of geometry for Hollow Rectangular Beam Cross
Section was drawn incorrectly in Beam Group.
RecurDyn/Tire
Upgraded Functions
(11156) Increasing the Input Number of User Parameter in USUB The input number of User Parameter was increased from 30 to 100 in
USUB.
RecurDyn/Belt
Fixed Problems
(11247) The contact between a shell belt and a crowned roller using a
concave profile did not work.
(11130) The Contour data of Stress/Strain was incorrect in case of the
shell belt.
RecurDyn/EFCD_EHD
Fixed Problems
(11057) The position of nodes which was found by “Search/View nodes for
MForce” was incorrect when the orientation of action marker was different
to the reference marker of RFlex body.
RecurDyn/Chain
Fixed Problems
(11535) GroupGuideArc was not created when values of X-coordinate and
Y-coordinate were same in the creation of GroupGuideArc.
(11542) The PV button of Link Assembly Information was not operated in
the Geometry Data tab of Sprocket Properties dialog.
RecurDyn/MTT2D
Fixed Problems
(11289) In V7R5 SP1, the position of Linear Guide was not changed when
Linear Guide was moved by using Object Control.
RecurDyn/TimingChain
Fixed Problems
(10621) RecurDyn was crashed when you opened the Properties dialog of
Crank Sprocket and Cam Sprocket.
RecurDyn/Track_LM
Upgraded Functions
(11065) Improving the Analysis Speed
The analysis speed for the road which was included in a lot of patches was improved.
RecurDyn/Track_HM
Upgraded Functions
(11065) Improving the Analysis Speed The analysis speed for the road which was included in a lot of patches was
improved.
RecurDyn/Valve
Fixed Problems
(11269) In V7R5 SP1, the value of FZ_Reaction_Force was exchanged to
the value of TZ_Reaction_Force in Plot when Friction of the Cylindrical
Joint type was used to Empirical formula.
(11269) The value of Joint Friction Force was not incorrect in the Empirical
formula Friction type.
BN0164(x86)/BN0165(x64)
RecurDyn/Professional
Changed Functions
(10615) Expression for Motion
The expression of Motion only can be defined to the Joint included in a
Motion not all Joints.
(10616) Expression for CMotion
CMotion only can be used in the expression of Joint not the expression of
Motion.
(10690) Changing <Data Type>( <Units> )
<Data Type>(<Units> ) is changed to <Data Type> (<Units>)
*The parenthesis included in Unit has not a blank and the blank is in front
of the parenthesis.
Fixed Problems
(10735) The kernel error was occurred, when the geometry was created
using the Extrude function after the working plane was selected as the
plane included in Z except XY, YX in Body Edit Mode.
(10553) RecurDyn was crashed, when the Outline Surface model without
the defined Outline was opened.
(10535) The incorrect value of Max Value was expressed when 2 level
Plackett-Burman was applied in Design Study.
(10721) The contact position, normal direction and tangential direction
among data over second contact point were incorrect in the Solid Contact
output file.
(10378) Sphere To Arc Revolution Contact and Sphere To Arc Extrusion
Contact were not created by Select List.
(10601) The dynamic analysis was not performed, if the base body was
same with the action body when the Applied on the only action body
option was applied in Axial Force.
(10764) The text file was not imported in Plot when headers were included
in the file.
(10766) The information of unnecessary axis was saved, when a template
file was exported.
(10783) The position was changed incorrectly, when the extracted body
rotates entities by using Object Control in the Body Edit mode.
(10853) Normal Direction was incorrect when UV Precision was set in the
Properties dialog box of Surface To Surface Contact.
(10858) The text file was not imported in Plot when the headers of same
name are in the file.
(10611) The Export function was not performed for two entities that the
number of data was different in Plot.
(10632) The color was not changed when you modified the Color option
selecting several FaceSurfaces at once in Body Edit mode.
(10686) Main Title of Default Plot Setting was not applied in Plot.
(3367) A non-manifold geometry which usually causes the Patch
Connectivity error can be used as the contact surface in Solid Contact.
(10771) RecurDyn was crashed after the simulation, when you imported
the RecurDyn SubSystem file (*.rdsb).
(10620) You did not enter ‘0’ to Spin Radius of the ArcRevolution body in
Body Edit Mode.
(10780) You could directly enter the assembled body to Action Body or
Base Body in the Connector page of Force or Joint.
(10533) RecurDyn was crashed when a body was created after the “Create
Center Marker on Principal Axis Direction” option of Program Settings was
on in the 64 bit version.
(10614) Driving Force was added to Reaction Force of Joint defined by
Expression for Revolute Joint, Translational Joint, Cylindrical Joint.
(10903) RecurDyn was crashed when the output number of Cone in Cone
Contact was more than 51.
(10566) A compile error occurred when you built the file by Intel Fortran
in Visual Studio 2005 to make the User Subroutine file.
(10508) It took a long time until running the real analysis when you
analyzed a model included in the long Expression.
(10698) RecurDyn was crashed when the file of incorrect type was
imported in Parametric Point or Parametric Value.
RecurDyn/ProcessNet
Upgraded Functions
(10655) Member variable PointCollection
Member variable PointCollection is added to IGeometryOutline
Fixed Problems
(10680) You cannot make Extended Surface To Surface Contact with the
Solid to Solid option.
(10813) An error occurred because there was not the reference marker
when Animation Scaling was applied.
(10608) Body Reference Frame was not applied incorrectly when you saw
it in the working window after you created Cylinder In Cylinder Contact by
applied Body Reference Frame.
RecurDyn/AutoDesign
New Functions
(10747) Processing the License of SAO / Monte – Carlo Reliability
A new license was created for the function of reliability. So, you should set
the new license as ADRELIABILITY named.
Changed Functions
(10473) DOE Meta Modeling Methods Page
The DOE Meta Modeling Methods page is changed into the sub dialog in
the Optimization Control page.
Fixed Problems
(10522) The chart was not drawn in Effect Analysis because the result
value of PI was not shown in Effect Analysis when Design Study was
performed using DV set with FE Shape.
(10867) An error occurred when you opened it again after you deleted
Design Parameter and saved it.
(10877) An error occurred when you clicked Create after set to FEShape4
in Design Parameter.
RecurDyn/CoLink
Upgraded Functions
(10693) Optimizing the Jacobian Calculation
When you solve a RecurDyn model with a CoLink model, you can optimize
the algorithm of Jacobian calculation.
When the CoLink model is only simulated, it is not effective.
When the RecurDyn model with the CoLink model is simulated, it is
effective.
When the CoLink model is more complex, it is more effective.
Fixed Problems
(10300) The information of parameters could not be used the
simInitialConditions function in U-Function.
(10527) The simulation was failed when the simulation was performed
more than twice in the defined Pre / Post Event.
(10507) The calculated value was not updated by the closed loop when
Discrete Block was consisted of closed loop.
(10900) CoLink was crashed when “The number of Significant Digits” was
set more than 17 in “Export curve data” of Scope Block.
(10502) You could not use RecurDyn Block in SubSystem Block.
(10517) The data which was defined by Expression Block disappeared
when you ran Undo after you reduced the size of output in Expression
Block.
RecurDyn/FFlex
New Functions
(10529) Contact pressure in the FFlex Contour Dialog
You can see the contact pressure data on real contact patches. Contact
pressure has following two types.
Element formulation type
- Contact pressure is computed using the element formulation of a
contacted patch. The value is defined a stress component of
negative contact normal direction on the stress tensor.
- Supported FFlex contact: FSurface To Surface contact, FSurface
To FSurface contact
Contact force type
- Contact pressure is computed that the contact normal force was
divided by the area of the contacted patch.
- Supported FFlex contact: FSurface To Surface contact
Fixed Problems
(10666) Animation Scaling was not performed, when Contour was enabled.
(10730) The Nearest option was not performed, when the base body or
action body for a Joint is FFlex body.
(10738) The internal node was not selected as the master node, when you
created the FDR element.
(10838) The change of FDR element type was not applied when the
Sync.FDR option was off.
(10653) The Mark Up function was not performed in Contour of MTT3D
and Belt when you did not have the FFlex license.
(10508) The Remove option was not run when you modified Patch Set by
the Add/Remove(Continuous) function in Body Edit Mode of FFlex.
(10643) The checked entity was not highlighted when you selected an
entity by Select List in Body Edit Mode of FFlex.
(10420) The analysis result of IF solver was incorrect in DFRA
(10905) The value of EMISES in Contour was different to Plot.
(10703) Sometimes, the animation result of the Contact patches only on
Stress of Contour did not match with the simulation time.
RecurDyn/Mesher
Fixed Problems
(10869) When you performed the mesh function using the Assist Modeling
option, the mesh data was created on the position which was before the
body extracted.
(10701) All points were set to the first point of text when you imported
the text file in Imprint Point.
RecurDyn/RFlex
Fixed Problems
(10560) RecurDyn did not response, when you used RFlex Contour using a
reduced RFI which did not have the value of zero in the rotational mode
shape.
(9179) The result of Eigenvalue Analysis was incorrect using a RFI which
included a lumped moment of inertia (using Nastran CONM2 element).
(10481) The dynamic analysis was failed if a RFI file was shared when two
RecurDyn programs were run.
(10753) The RFI file was not opened, when you opened a RDYN file with a
RFI file in the shared folder of network.
(10577) An error occurred When an UNV file which was included in the
information of cross section for Beam was converted to a RFI file.
RecurDyn/Tire
Upgraded Functions
(10792) Adding MF Tire in the 64 bit Version
The GUI of MF Tire was added in the 64 bit version.
RecurDyn/Belt
Fixed Problems
(9622) The right and left height of Belt was different when Segment
Assembly was performed without Pulley in Ground.
(10775) The result value of SNSR defined by Expression for Displacement
Sensor was not appeared to Request and Scope linked with CoLink.
RecurDyn/Contorl
Fixed Problems
(10683) You could not perform the co-simulation using RecurDyn , CoLink,
and Simulink at the same time.
RecurDyn/Crank
Fixed Problems
(9722) The contact occurred in the node using the 3D contact of Piston,
when a piston node was close to the edge of meshed cylinder.
RecurDyn/Chain
Fixed Problems
(10963) An error occurred when you closed it after opening the Properties
dialog of GroupGuideArc.
(10969) GroupGuideArc was moved if the dynamic analysis was performed
when the value of Z-coordinate for GroupGuideArc was not 0.
RecurDyn/Gear
Fixed Problems
(10830) An error message occurred, when the analysis was performed
after the creation of Worm Gear.
(10565) Contact Patch of Contact3DR was not updated, when the gear
geometry using the Boolean operation was moved by using Object Control.
RecurDyn/MTT2D
Fixed Problems
(10579) An error occurred because Assembly was two when MTT2D
subsystem was imported by 'insert in the current subsystem' in the MTT2D
subsystem.
(10646) The information of incorrect point was included when Linear
Guide was created by Select List.
(10648) Arc Guide of circle shape (360 degrees) was not created.
(10650) The guide navigation function was not performed in the Current
Layer option of Layer Filter.
(10454) The additional SH_T was created whenever “Update geometry
Information Automatically” was on or off in the Properties dialog of Sheet.
(11062) An error occurred when you opened the Properties dialog and
closed it after selecting a Rotational Spring in SheetGroup.
RecurDyn/MTT3D
Fixed Problems
(10801) The position of CM was changed, when the dynamic analysis was
performed after the Fixed Roller was rotated by using Object Control.
(10579) An error occurred because Assembly was two when the MTT3D
subsystem was imported by 'insert in the current subsystem' in the MTT3D
subsystem.
RecurDyn/Track_LM
Fixed Problems
(10762) The friction force was incorrect in Road of the Soil type.
BN0162(x86)/BN0163(x64)
RecurDyn/Professional
New Functions
Sensor
You can use Sensor of the general purpose. Sensor measures the specific
condition and returns the result. The Plot data shows the result of the
sensor. Also, you can use Sensor in Expression and Scope.
PointInBox Sensor finds out whether the point marker position is the
inside of box geometry or not.
Laser Sensor finds out whether the z direction of a laser marker passes
a target geometry or not.
Creating an Arc Extrusion Geometry
You can create an Arc Extrusion geometry by the creation option as “Point,
Direction, Point, Angle, Distance”.
Creating an Arc Revolution Geometry
You can create an Arc Revolution geometry by the creation option as
“Point, Direction, Point, Angle, Point, Direction, Angle”.
Add To Plot in Scope
You can see the scope data based on the reference frame as User Data in
Plot. It is available to ProcessNet.
Stop Simulation when occurring Redundant constraint in Program
Settings
When the redundant constraint occurs, you can output a warning message
in the MSG file and stop the solver by the Stop Simulation when occurring
Redundant constraint option in Program Settings.
Use Default Axis X Title and Use Default Axis Y Title in Default Plot
Settings and Current Plot Settings
You can the desired Axis X Title and Axis Y Title by the True or False option
using Use Default Axis X Title and Use Default Axis Y Title in Default Plot
Settings and Current Plot Settings.
Stop Condition in the Dynamic/Kinematic Analysis dialog box
You can stop the solver with a condition in the Parameter page of the
Dynamic/Kinematic Analysis dialog box.
Relational Operators & Logical Operators in Expression
You can use Relational Operators (<, <=, =, >, >=, <>) and Logical
Operators (||, &&) in Expression.
Pre-Simulation Function and Post-Simulation Function in the
Analysis dialog box
You can execute ProcessNet Functions before and after simulation.
Upgraded Functions
Modifying the Edge Curve Data
You can modify the edge curve data to Edge Curve geometric entity in the
EdgeCurve dialog box.
Modifying the FaceSurface Data
You can modify the FaceSurface data to FaceSurface geometric entity in
the FaceSurface dialog box.
Supported version of CATIA for the Import and Export
CATIA is supported from V5 R2 to R20 for importing and exporting the
CATIA file.
Supported version of ACIS for the Import and Export
ACIS is supported from ACIS R21 for importing and exporting the ACIS file.
Merge Body
You can check the desired bodies in Source Body from the Database
window using the drag & drop function. Also, you can merge the desired
bodies several times by the Apply button after opening the Merge Body
dialog box once.
Creation Option for PTCV
You can create a PTCV joint by the “MultiCurve, Body, Body, Point” option
using the new successive curves.
Additional Friction in the Sliding & Stiction Type of Contact
The Friction algorithm of Sliding and Stiction type was added in the
following Contacts.
Sphere In Cylinder Contact
Sphere To Box Contact
Sphere To Arc Revolution Contact
Sphere To Arc Extrusion Contact
Creation Option for Sphere To Arc Extrusion Contact
You can create Sphere To Arc Extrusion Contact by the creation option as
“Surface, Sphere”, “MultiSurface, MultiSphere”.
Creation Option for Sphere To Arc Revolution Contact
You can create Sphere ToArc Revolution Contact by the creation option as
“Surface, Sphere”, “MultiSurface, MultiSphere”.
Creating the M File Automatically after the State Matrix Analysis
RecurDyn creates the M file which can be used in MATLAB automatically
after the State Matrix analysis.
RecurDyn User SubRoutine Wizard Template in Microsoft Visual
Studio 2005
You can use the RecurDyn User SubRoutine Wizard template in Microsoft
Visual Studio 2005.
Move View Center in View Control of Menu
You can use the point navigation function by the mouse if a marker or a
vertex is out of the working plane.
The coordinate of position to the mouse cursor is displayed.
If you select a point which has the information for the specific vertex,
you should input the information to the Modeling Command window.
Model Save Optimization
The size of RecurDyn model file is considerably reduced when a large
FFlex body exists.
Advanced contact surface search in Model Settings
When you use many triangle patches for the rigid contact surfaces, the
speed is more enhanced for the following elements.
Cylinder To Surface Contact
Extended Surface To Surface Contact (No “advanced detection” case
only)
Optimization of Expression
The performing speed of Expression is more improved by changing the
structure of Expression.
Changed Functions
RecurDyn Window Size
You can keep the size and position of RecurDyn window which is saved by
the latest practice when you start RecurDyn again.
/Show Option in the Batch Simulation
When the Only if /Show option is used in batch simulation, the RecurDyn
GUI is displayed. If not, the RecurDyn GUI is not displayed and works as
background.
Removed Functions
/nomax Option in the Batch Simulation
/nomax as the Command Line option is not used in RecurDyn.
Creation Option for creating a Sphere To Arc Revolution Contact
A creating option as “Solid(Shell), Point, Direction, Sphere” is not
supported in RecurDyn.
Creation Option for creating a Sphere To Arc Extrusion Contact
A creating option as “Solid(Shell), Point, Direction, Sphere” is not
supported in RecurDyn.
Fixed Problems
The Parametric Point value was not updated when the reference marker
was used in Parametric Point.
If the curve was opened in Curve To Curve Contact, the large power
occurred in Pre Analysis.
If the curve was opened in Curve To Curve Contact, the contact was
performed in the start point and the end point.
If the curve shape is similar to the line, the equation of curve interpolation
did not provide the correct value.
The curve did not rotate on the position when you define the central axis
on the contact plane in CamLine2D Contact.
The Static analysis of Design Study was failed when the value of End Time
was zero.
RecurDyn/ProcessNet
New Functions
Entity Navigation
You can select a RecurDyn entity such as Geometry, Body, Joint, Force, etc.
by using GUI
CAD Operation
You can sweep, spin, extrude, boolean a geometry.
Upgraded Functions
Cross Section Library for Beam force and RFlex Group Beam
You can change the property of cross section in Beam Force and RFlex
Group Beam.
Import/Export Parametric Value
SubSystem and Body can export/import a Parametric Value.
Import/Export Parametric Point
SubSystem and Body can export/import a Parametric Point.
Draw Range in Plot
You can set the value of Draw Range in Plot.
RecurDyn/AutoDesign
New Functions
Reliability Analysis Tool
In order to consider manufacturing tolerances in the CAE analysis, two
reliability analysis modules are newly added. One is a Monte-Carlo
simulation which is a well-known and classical method. Another is a
dimension reduction method (DRM) combined with the meta-model based
optimization technique, which is an efficient and modern approach.
Fixed Problems
The dynamic analysis was run when Simulation Type was Static.
RecurDyn/CoLink
New Functions
ZIPC
The co-simulation linked with ZIPC is supported.
Standalone use of CoLink without RecurDyn
The CoLink V7R5 menu is added in the menu of the Start button on
Windows. You can use CoLink solely by this menu. If you use this menu,
you can run a simulation with RecurDyn/professional and
RecurDyn/CoLink simultaneously
Command Window
You can use various Ch commands in Command Window. The command
inputted in Command Window is sent to the embedded Ch and the
ChScript engine handles it.
ChScripts Tab
You can use the ChScript tab if you have the license of ChScript. The
ChScript tab consists of settings for ChScript.
ProcessCh
You can use ProcessCh by function files which are consisted of the Ch
language in Command Window.
If you input them in Command Window of CoLink, they command the
RecurDyn modeler.
If you input commands in Command Window of CoLink, you can
perform to work for the Modeling, Simulation, Plot, etc. by provided
the Ch function files.
U Function
You can make a special block by U Function to simulate user’s equations in
the CoLink model.
Upgraded Functions
Expression Block
You can use several expressions in the Expression block.
Changed Functions
CoLink Window Size
You can keep the size and position of CoLink window which is saved by the
latest practice when you start CoLink again.
RecurDyn/FFlex
New Functions
Contacted patches only in the FFlex Contour Dialog
You can see contour to the patches generating the real contact in the
patch set defined by the contact surface.
Export Mesh Data
You can export the deformed mesh data after the simulation and
undeformed mesh data before the simulation. Also, the exported file is
used as an input file in Nastran, Ansys.
Exporting the Contour Data in FFlex Contour Dialog
You can export the contour data by the node and time in FFlex Contour
Dialog. Also, you can export the min/max contour data in FFlex Contour
Dialog.
Durability Interface
When you want to perform a durability analysis after the dynamic analysis,
you can get a data as the FEMFAT format (*.unv).
Upgraded Functions
Stress/Strain Recovery for Beam Element
Stress/Strain Recovery for Beam Element was added and the area shear
ratios were added in order to consider the beam shear effect.
Rigid Body Element Formulation
The element formulation for the rigid body element (RBE or FDR) was
improved. The stability and speed of RBE element is more enhanced.
Advanced contact surface search in Model Settings
When you use many triangle patches for the rigid contact surfaces,
the speed is more enhanced for the following elements.
FSurface To Surface Contact
FCurve To Surface Contact
RecurDyn/Mesher
RecurDyn/Mesher is a toolkit and it is a part of RecurDyn/Interdisciplinary. Also, it is
closely related to RecurDyn/FFlex. RecurDyn/Mesher performs the mesh work of
desired rigid body as the optimized type to perform the FFlex modeling and analysis
after connecting with the MBD analysis from starting the rigid body modeling.
RecurDyn/Mesher uses the mesh core by CM2 Mesh Tools of computing objects
which have the Advancing Frontal method as the basic access method. It creates
the FE mesh which is kept the type to the edge and surface of rigid body geometry.
It supports a tool which is to keep the joint and force and to create the contact
patch set used in the rigid body modeling. So, it is possible to easy modeling.
New Functions
Mesh
You can mesh the desired target body by the Mesh function. RecurDyn
supports the following element types.
Beam – Beam
Shell – Shell3 (Tria3), Shell4 (Quad4)
Solid – Solid4 (Tetra4), Solid10 (Tetra10)
Geometry Refinement
You can use generally the graphical tessellation data of geometry which is
the rendering type in the screen. The mesh output is influenced by the
accuracy of input data.
Assist Modeling
You can easily apply the condition of constraint as the joint and force
defined in the geometric entity and the condition of contact defined by
using the patch of surface in the Assembly mode.
Imprint Point
You can create points on the geometric entity by this function. So, you can
get nodes on the points.
Imprint Edge
You can create lines on the geometric entity by this function. So, you can
get nodes on the created line.
Manual Mesh
You can get solid elements from shell elements.
Quality Check
You can check the quality of elements.
RecurDyn/RFlex
New Functions
Size Reduction Options
Size Reduction Options to RFI file were added as follows.
Remove Zero-Value for Rotational Mode Shape
Remove Mid-Node Related Information
Generating a RFI (RFlex Input File) File for the Nastran Interface
You can generate a RFI (RFlex Input file) file for the Nastran interface. It is
used in an OP2 file which is the output file of Nastranas the binary type.
Also, the stress and strain shape can be added simultaneously when
generating the RFI file.
Fixed Problems
When a RFI file by using ANSYS Solid185 element was imported,
RecurDyn was crashed.
RecurDyn/Control
New Functions
Use Identical Solution of RDHost
You can output the same result as the RecurDyn Host mode in the
Simulink Host mode using the Use Identical Solution of RDHost option.
RecurDyn/EFCD_EHD
New Functions
EHD Solver Setting option in the EHD Properties dialog
You can use EHD Solver Setting option in the EHD Properties dialog. The
parameters listed in EHD Solver Setting are the values used for the
numerical analysis.
EHD in RecurDyn/Valve
EHD in RecurDyn/Valve is supported.
Changed Functions
EHD Output Export
If you create the xx.out file by clicking the Output File Export button in
EHD Properties dialog, the node position of data in the file is expressed as
both the Cartesian coordinate and the cylindrical coordinate with respect
to the reference marker.
Fixed Problems
When the inner body in the EHD system by rotating penetrated the outer
body by rotating, the torque to protect such a phenomenon did not occur.
RecurDyn/Belt
New Functions
Boundary Condition of the Beam Belt or the Shell Belt
You can define Boundary Condition in the beam belt or the shell belt.
Upgraded Functions
Creation Option for Beam Belt
You can create a beam belt or a shell belt by the creation option as
“MultiPoint(MultiBody), WithDiaog”.
Creation Option for Shell Belt
You can create a beam belt or a shell belt by the creation option as
“MultiPoint(MultiBody), WithDiaog”.
Fixed Problems
When a beam belt was moved by using Object Control in the beam belt
assembly, the graphic was not updated.
A beam belt was not created on the plane as z=0.0 in the Beam Belt
Assembly.
RecurDyn/Chain
Fixed Problems
(9214) GroupGuideArc was not created out of XY Plane.
RecurDyn/Gear
Upgraded Functions
Under-cut
You can use the Under-cut option of the Tooth Profile page in the
Properties dialog of Spur Gear, Helical Gear, QFG Gear and Scissors Gear.
RecurDyn/MTT2D
New Functions
Sheet Generation Using A Curve
You can create a sheet using a curve by new option as “Curve, Withdialog,
Withdialog”.
Upgraded Functions
Refresh Preview Option in the Group Sheet Dialog Box
You can preview the creating a new sheet group in the screen by the
Refresh Preview Option in the Group Sheet dialog box.
RecurDyn/MTT3D
Upgraded Functions
Data Structure for the Contact Analysis
In order to handle lots of contact patches of the rigid surfaces, the data
structure for the contact analysis was improved.
Advanced contact surface search in Model Settings
When you use many triangle patches for the rigid contact surfaces,
the speed is more enhanced for the following element.
Sheet To Surface Contact
RecurDyn/Valve
Upgraded Functions
Sliding and Roller in the Follower Type
The Follower type for the Lifter in the Direct Acting type was added as
follows.
Sliding
Roller
Copyright 2011 FunctionBay, Inc. All rights reserved
User and training documentation from FunctionBay, Inc. is subjected to the copyright laws of the Republic of
Korea and other countries and is provided under a license agreement that restricts copying, disclosure, and
use of such documentation. FunctionBay, Inc. hereby grants to the licensed user the right to make copies in
printed form of this documentation if provided on software media, but only for internal/personal use and in
accordance with the license agreement under which the applicable software is licensed. Any copy made shall
include the FunctionBay, Inc. copyright notice and any other proprietary notice provided by FunctionBay, Inc.
This documentation may not be disclosed, transferred, modified, or reduced to any form, including electronic
media, or transmitted or made publicly available by any means without the prior written consent of
FunctionBay, Inc. and no authorization is granted to make copies for such purpose.
Information described herein is furnished for general information only, is subjected to change without notice,
and should not be construed as a warranty or commitment by FunctionBay, Inc. FunctionBay, Inc. assumes
no responsibility or liability for any errors or inaccuracies that may appear in this document.
The software described in this document is provided under written license agreement, contains valuable
trade secrets and proprietary information, and is protected by the copyright laws of the Republic of Korea
and other countries. UNAUTHORIZED USE OF SOFTWARE OR ITS DOCUMENTATION CAN RESULT IN CIVIL
DAMAGES AND CRIMINAL PROSECUTION.
Registered Trademarks of FunctionBay, Inc. or Subsidiary
RecurDynis a registered trademark of FunctionBay, Inc.
RecurDyn/Professional, RecurDyn/ Modeler, RecurDyn/Solver,RecurDyn/ProcessNet,RecurDyn/AutoDesign,
RecurDyn/CoLink,RecurDyn/ChScript,RecurDyn/FFlex, RecurDyn/Mesher,RecurDyn/RFlex,
RecurDyn/Linear,RecurDyn/CATIA Read
&Write,RecurDyn/EHD(Steyr),RecurDyn/ECFD_EHD,RecurDyn/Control, RecurDyn/Hydraulic,
RecurDyn/MeshInterface, RecurDyn/Bearing,RecurDyn/Driver,RecurDyn/Spring, RecurDyn/Tire,
RecurDyn/Belt,RecurDyn/Chain,
RecurDyn/Crank,RecurDyn/Engine,RecurDyn/Gear,RecurDyn/HAT,RecurDyn/MTT2D,
RecurDyn/MTT3D,RecurDyn/Piston,RecurDyn/Track_HM, RecurDyn/Track_LM, RecurDyn/TimingChain,
RecurDyn/Valve are trademarks of FunctionBay, Inc.
Third-Party Trademarks
Windows and Windows XP are registered trademarks of Microsoft Corporation.
ProENGINEER and ProMECHANICA are registered trademarks of PTC Corp.
Unigraphics NX and IDEAS are registered trademark of Siemens PLM Software.
SolidWorks is a registered trademark of SolidWorks Corp.
AutoCAD is a registered trademark of Autodesk, Inc.
CADAM and CATIA are registered trademark of Dassault Systems.
FLEXlmis a registered trademark of
GLOBEtrotter Software, Inc.
All other brand or product names are trademarks or registered trademarks of their respective holders.
Edition Note
This document describes the release information of RecurDynV7R5.
Revision History
First Printed, December 2010
Second Revision, April 2011.
Third Revision, July 2011.
Fourth Revision, January 2012.
Fifth Revision, August 2012.
Recommended
