dynaform – production ready dynaform 5.8.1 new features dynaform team 10/2011

DYNAFORM – Production Ready

DYNAFORM 5.8.1 New Features

DYNAFORM Team

10/2011


DYNAFORM - LS-DYNA Based Die System Simulation Package

BSE (Blank Size Engineering with MSTEP One-Step Solution) Blanking, Nesting, Material Cost Estimation One-Step Formability Simulations

DFE (Die Face Engineering) Binder and Addendum Generation, Drawbead Layout NURBS CAD Surface Based Technology Associability – Binder / Addendum Profile / PO Line Re-use existing die face design for new product Incremental solver – INC Solver for design iterative studies

Formability (LS-DYNA based Forming Simulation Solution) Accurate Solution for Formability in Springback and Springback Compensation Massive Parallel Processing (CPUs) for analysis lead-time reduction

DSA (LS-DYNA based Die System Analysis) Die Structure Integrity (DSI) Sheet Metal Transferring & Handling (SMTH) Scrap Shedding/Removal (SSR)


New & Enhanced Features/Functions in DF5.8.1

• Many significant enhancements in all modules

• BSE, DFE, INC Solver, Blank Generator, AutoSetup, Job Submitter

• Improved GUI which will provide the flow of the process for setting up analyses.

• There is no license key change, existing DF5.8 license key is good for DF 5.8.1

• Down load from www.dynaform.com web site and move the license key from DF 5.8 folder to the DF 5.8.1 folder


New features of DynaformNew features of Dynaform

New Binder FunctionsNew Binder Functionsin Dynaform 5.8.1in Dynaform 5.8.1


New & Enhanced Features/Functions in BSE Module

• Processing Procedure Re-arranged

• Enhancement in Nesting Processing

• Nesting Calculation to improve the calculation of material utilization rate


Outline

Finished items:

1.Create Binder surface together with mesh

2.Depth Check in Binder

3.Auto Move Binder in Part on Binder

4.Simultaneously Select Symmetrical Elements in Part on Binder


In DF5.8.1, the program will auto mesh Binder with below binder operation:

• Create Binder;

• Modify Binder ;

• Part on Binder;

• Butterfly.

1. Create Binder surface together with mesh

DF5.8 DF5.8.1


2. 2. Depth Check in Binder

Add a check box “Depth” in Binder to check the Draw Deph


3. Auto Move Binder in Part on Binder

If there is a larger gap between Binder and Product, then do Part on Binder operation, it often cannot get good result.

In DF5.8.1, after click Apply to do Part on Binder, the program will auto to move binder to the closest position of Product, then do the Part on Binder operation.


3. Auto Move Binder in Part on Binder

The below are the Part on Binder result of DF5.8 and DF5.8.1.

DF5.8 Result

DF5.8.1 Result

The white region will be on binder, and the gap between binder and product is 80mm.


4. Simultaneously Select Symmetrical Elements in Part on Binder

If symmetry plane has been defined for symmetric part and Double-Attached Half/Full, it will support to simultaneously select elements on both sides in Part on Binder.



New DFE FunctionsNew DFE Functionsin Dynaform 5.8.1in Dynaform 5.8.1

Date: 08/31/2011


Outline

New functions as below

1.Load and mesh automatically;

2.Only add Middle surfaces part in Current Tool;

3.Only add Top or Bottom surfaces part in Current Tool;

4.Define Tipping before Symmetry;

5.Auto check symmetry plane for full input symmetrical part;

6.New Auto Tipping Method ‘Element Normal’;

7.Parameterization Inner Fill, support to simultaneously create and edit symmetrical holes;

8.Parameterization Boundary Smooth, support to simultaneously create and edit smooth features;

9.Simultaneously create and edit symmetrical control points on double fill control line;

10.Simultaneously create and edit symmetrical Side Step features;

11.Product Replace;

12.Update Boundary Fill features


Outlines of Import Options:

•Provide option: Import Line, Import Surface and Auto Mesh in Import GUI.

•The options are included in Tool preparation of BSE,DFE and Auto Setup modules.

1. Load and mesh automatically

Description:

•The options under file menu of Tool preparation.

•User can select line or surface option to import models.

•When selected import surface, the mesh option will be active, and user can set the mesh parameters.


2. Only add Middle surfaces part in Current Tool;

In Preparation, the program will automatically add the middle surface layer to the current tool and remove other layers in the current tool after the Generate Middle Surface is generated.

Current Tool ListBefore generate middle surface

Current Tool ListAfter generate middle surface


3. Only add Top or Bottom surfaces part in Current

Tool; In Preparation, after separate surfaces, the dialog box Add to current tool pop up. Allow user to add the top or bottom surface layers of the part to the current tool, and remove other layers in the current tool.

Current Tool ListBefore separate surface

Current Tool ListAfter separate surface


4. Define Tipping before Symmetry

Add a option in Edit Default Config to define Tipping before Symmetry


5. Auto check symmetry plane for full input symmetrical part

In DF5.8.1, add Apply button to check that the product is symmetrical about defined symmetry plane. If it is symmetrical, the symmetry plane is successfully defined. If not, the user needs to redefine the symmetry plane.

DF5.8 DF5.8.1


6.New Auto Tipping MethodElement Normal: New auto tipping method, use the average normal of selected elements as Draw Direction.

DF5.8 DF5.8.1


7. Parameterization Inner Fill

New changes in Inner Fill as below:

1.Parameterization Inner Fill2.Simultaneously fill selected symmetrical holes 3.Simultaneously add and edit profile on symmetrical holes.4.Simultaneously add and edit profile on hole which cross symmetry plane.

DF5.8 DF5.8.1



1.Parameterization Inner Fill: Use new GUI in DF5.8.1, save all fill features, parameters and profile in database, support to re-edit.

• Auto: Fill all holes one time

• Manual: File one hole one time

• List: Record all filled holes

• Profile: Add and edit profile on hole region to obtain special fill result



2. Simultaneously fill selected symmetrical holes one time.

Select one hole, the symmetrical will auto highlight same time.

Before Fill After Fill

Symmetrical holes



3. Simultaneously add and edit profile on symmetrical holes



4. Simultaneously add and edit profiles on hole which cross symmetry plane.

Note: 1. Add a profile which will crossing symmetry plane, it will auto be vertical to symmetry plane.

2. Support to simultaneously create symmetrical profiles on both sides.

3.Support to simultaneously edit both symmetrical profiles.


8. Parameterization Boundary Smooth

1. Change the name from “Outer Smooth” to “Boundary Smooth”


3. Support to create boundary smooth feature on inner boundary

4. Simultaneously smooth boundary on both side

5. Simultaneously edit smooth region

6. Simultaneously add and edit profile

7. Create smooth features cross symmetry plane

DF5.8 Outer Smooth

DF5.8.1 Boundary Smooth

New Changes in Boundary Smooth as below:



• Global: Smooth selected one time

• Local: Smooth by defined boundary on the selected boundary

• List: Record all smooth features

• Boundary: Edit position and shape of smoothed boundary.

• Profile: Add and edit profile on smooth feature

Note: 1. After click Add, user need to select out boundary or an inner boundary to smooth firstly.

2. All smooth features, parameters and profile will be saved in database, support to re-edit them.

2. Parameterization Smooth: save all fill features, parameters and profile in database, support to re-edit.



3. Support to Create smooth feature on inner boundary: Select a hole as smooth boundary. After click Add button, then select a hole boundary to smooth.

Note: When smooth hole boundary, only Local method can be used.



4. Simultaneously smooth boundary on both side: Program will create smooth result on symmetrical boundary one time



5. Simultaneously edit End Points position and edit smooth boundary’s shape



6. In DF5.8.1, support to Simultaneously add and edit profile, to obtain special smooth result



After defining a symmetry plane and selecting a point on the boundary, the Symmetry Option dialog box will display. Click the Cross Symmetry Plane option, and the program will automatically connect the ends of the two sides of the symmetry plane to generate the smooth outline, The created local smooth outline will pass through the symmetry plane.

7. The Local Smooth supports to cross Symmetry Plane to create Boundary Smooth

Toggle on the option


1. Add Point

2. Remove Point;

3. Modify value in Curve Editor dialog;

4. Move point in display region.

9. Simultaneously edit Double Fill

Use new Curve Editor to edit Double Fill control lines, and support below symmetry operation:


10. Simultaneously create and edit Side Step

Support to symmetrically create and edit Side Step

1.Re-arrange GUI

2.Support to create Side Step on Inner Boundary

3.Create on both side for symmetrical die face same time

4.Support to cross Symmetry Plane to create Side Step


10. Simultaneously create and edit symmetrical Side Step

1. Re-arrange GUI

DF5.8 DF5.8.1



2. Create Side Step on Inner Boundary.

Clicking Add button and selecting four control points on the inner boundary, the Side Step will be created on the inner boundary



3. Simultaneously create symmetrical Side

•Simultaneously select end point on both side.

•Simultaneously edit control line on both side.



4. Support to cross Symmetry Plane to create Side Step

When the Side Step is created on the Symmetry Part, the Symmetry Option dialog box will display. Click the Cross Symmetry Plane option, and the program will automatically connect the control points of the two sides of the symmetry plane to generate the control line of Side Step. The created Side Step will pass through the symmetry plane.

Toggle on the option


11. Product Replace

10. Product Replace: Add a new option in Preparation File menu. Allow the user to replace the initial product(Has created die face) with the modified product. Replace the existing product by importing a new product.

Note: As the initial product has created the die face, the program will automatically mesh the new product imported and define the die face type to adjust the tipping.


11. Product Replace

Product Replace for Double_Attached

If the initially defined product type is Double-Attached, click Replace button, there are the Left and Right options, which allows the user to replace the Left and Right simultaneously, or only one of them.


11. Product Replace

Auto Mesh: As the initial product has created the die face, the program will automatically mesh the new product imported and define the die face type to adjust the tipping.

Mesh Parameters: Allow user to modify the mesh parameters.


12. Update Boundary Fill features

11 Update Boundary Fill features

UPDATEWhen the user replaces the current product, or changes the part shape or part position, or edit created boundary features by other operations, the Update button will turn to red. Click this button and the program will automatically update the created boundary fill features.



New Addendum FunctionsNew Addendum Functionsin Dynaform 5.8.1in Dynaform 5.8.1

Date: 09/22/2011


Outline

Finished items:

1.Symmetrical Create Addendum: Outer, Inner or Corner.

2.Symmetrical Edit Addendum Feature Line

3.Symmetrical Edit and Delete Profile

4.Symmetrical Orient Profile Direction

5.Add Trim Binder in Addendum

6.New Develop Trim Line function: Geometry and MStep

7.Quick Link to AutoSetup


1. Symmetrical Create Addendum

1. Symmetrical Create Addendum: Outer



1. Symmetrical Create Addendum: Inner



1. Symmetrical Create Addendum: Corner.


2. Symmetrical Edit Addendum Feature Line

2. Symmetrical Edit Addendum Feature Line

Note: If symmetry plane has been defined for symmetric part and Double-Attached Half/Full parts, Merge, Split and Combine functions will be de-activated.


3. Symmetrical Edit Profile parameters, Symmetrical Insert and Delete Profile

3. Symmetrical Edit Profile parameters, Symmetrical Insert and Delete Profile


4. Symmetrical Orient Profile Direction

4. Symmetrical Orient Profile Direction


5. Add Trim Binder in Addendum

Move Trim Binder from Modification to Addendum

DF5.8 DF5.8.1


6. New Develop Trim Line function: Geometry and MSTEP

In DF5.8.1, provide Geometry method and One Step(MSTEP) method to develop trim line in Addendum. After select MSTEP, click Apply, the program will auto call MSTEP solver to develop trim line

DF5.8 DF5.8.1 MSTEPDF5.8.1 Geometry

Note: Now using MSTEP to develop trim line, the result is unstable. Pro. Bao is still improving it, and do not know when he will finish it.


6. New Develop Trim Line function: Geometry and MStep

Use new Curve Editor to edit trim line.

Curve Editor


7. Quick Link to AutoSetup

The function is used to auto assign DFE Die Face to Forming Tools in AutoSetup.

Addendum AutoSetup

Note: Only binder has been trimmed, AutoSetup button will be activated.


7. Quick Link to AutoSetup

After Forming tools have been assigned, if user edit die face in DFE, need to click DFE Assign button to re-assign tools.



TWB and Trimming in INC SolverTWB and Trimming in INC SolverDF5.8.1DF5.8.1

Date: 09/20/2011


New functions in INC Solver

New functions in INC Solver include:

Support Tailor Welded Blank

New Curve Editor in Lance

Support Trimming operation

Assign CPU Number


New functions in INC Solver

DF5.8 DF5.8.1

Master Interface


Tailor Welded Blank

DF5.8 DF5.8.1

TWB Parts Display: In DF5.8.1, it will display all parts of tailor welded blank.


Tailor Welded Blank

Note: 1. The parts of TWB should be connected.

2. There are some new functions of Blank Generator, please check the related new feature PPT of Blank Generator later.

Define TWB : In DF5.8.1, user can add more than one parts, or create weld line to define TWB in Blank Generator.

Create Weld Line

DF5.8 DF5.8.1Result


New Curve Editor in Lancing

In DF5.8, after click Add button, only allow to select existed curve.

In DF5.8.1, after click Add button, user can select or create curve in Curve Editor, and also can edit the curve

DF5.8 DF5.8.1


Trimming operation

Trimming: There are two trimming operations: Trimming and Hole.

Note: 1. The trim line must be closed.

2. Only allow to define one Trimming curve, not support to trim for double-attached.

3. Hole direction must parallel to Z-axis, not support CAM.


Trimming operation

Create and Edit trim curve or hole: Use ne Curve Editor to select, create and edit curve.


Assign CPU Number

Assign CPU number:

Single: Run a job by using one CPU. After setting Single, the program will auto call ‘DEMS_SC.exe’.

Multi: Run a job by using all free CPU. After setting Multi, the program will auto call ‘DEMS_MC.exe’.

Note: New functions of Job Submitter is still developing, please check the related description later.


TBD—Sample 01

Tailor Welded Blank

FLD

Thickness


Trimming—Case1

Trim Line Result


Trimming—Case2

Result


Limitation

1. Now the solver do not support to trim with more then one closed trim line at one time. The below case is a double-attached, there two closed trim lines. The trim result will be wrong.


Limitation

2. Hole direction must parallel to Z-axis, not support CAM.

Parallel to Z-axis Not Support CAM


Mapping Solid: New function in Blank Operation under User Setup and Blank Generator. It is used to mapping shell element to solid.

Mapping Solid

UserSetup Blank Generator


Mapping Solid

Solid Thickness: Solid Thickness is from the result the shell elementsLayers: The number of layers in the solid must be the same as the number of integration points in the shell elements.

Note: Take the shell elements as middle surface elements, according the thickness and the integration points auto create top surface elements and bottom surface elements.

Top surface element

bottom surface element



New Blank GeneratorNew Blank Generator

Date: 07/05/2011


Outline

New Blank Generator include below functions:

1.Import Blank Surface;

2.Import Blank Outline;

3.Provide two mesh method of Blank: Blank Mesh and Part Mesh;

4.Add Modify Boundary Nodes in Part Mesh

5.Support New Blank Generator in Quick Setup


Blank Generator GUI

DF5.8 Outline DF5.8.1 Outline

DF5.8 Parts DF5.8.1 Parts


1. Import Blank Surface

Import Blank Surface: Add Import Surface button in Parts page, used to import blank surface.

DF5.8 DF5.8.1


1. Import Blank Surface

Click Import surface button, Import dialog will pop up.

Only surfaces will be imported, and support nine geometry format.

Import Dialog


2. Import Blank Outline

Import Blank Outline: Add Import button in Parts page, used to import blank outline.

The GUI also have been re-arranged, Export button has been moved under outline list

DF5.8 DF5.8.1


2. Import Blank Outline

Click Import button, Import dialog will pop up.

Only surfaces will be imported, and support nine geometry format.

Import Dialog


3. Two Mesh Methods of Blank

In DF5.8.1, Provide two mesh methods: Part mesh and Blank mesh, to mesh blank surface or blank outline. User can select Mesh method under Mesh Type menu.

DF5.8.1 Part Mesh MethodDF5.8.1 Blank Mesh Method



In DF5.8, Use Part mesh to mesh blank surface, and use Blank mesh to mesh blank outline.

DF5.8 Blank meshDF5.8 Part mesh



In DF5.8.1, Provide two mesh methods to mesh blank surface and blank outline.

DF5.8.1 Blank MeshMesh Surface

DF5.8.1 Part MeshMesh Surface

DF5.8.1 Part MeshMesh Outline

DF5.8.1 Blank MeshMesh Outline


Note: It has removed below un-used options of Part Mesh in Blank generator.

• In Original Part• Check Surface• Mesh by Part• Auto Repair


Part MeshIn Blank Generator

Part MeshIn Surface Mesh


4. Modify Boundary Nodes

Modify Boundary Nodes: Add Modify Boundary Nodes option in Part Mesh. Allow user to modify boundary nodes. It is added in both Part mesh in Blank Generator and Part mesh in Surface Mesh.


4. Modify Boundary Nodes

Modify Boundary Nodes: Mesh the blank according to the boundary, and allow user to add or delete control points

Insert Nodes: Insert Nodes between boundary.

Delete Nodes: Delete selected boundary nodes.

Average Nodes: Generate a node at the middle position of two selected adjacent nodes.

Merger Nodes: Merger two selected close nodes, not merge adjacent nodes.

Re-space BDY Nodes: Re-space boundary nodes for equal distance.

Suppress Nodes on Edges: Select common edge to suppress, node will not ne generated on suppress edge.


4. Modify Boundary NodesCase 1

Blank Mesh result Modify Boundary Nodes result



Modify Boundary Nodes result


5. New Blank Generator in Quick Setup

In DF5.8.1 QuickSetup and UserSetup , it supports to use New Blank Generator to generate blank.

Note: For Quick Setup not support TWB, Create weld button is de-activated.



Coil Spring Controlled Pad ForceCoil Spring Controlled Pad Force

Date: 07/28/2011


Outline

• Add coil spring between tools;

• Users can create the coil spring library for their own.


GUI of Coil Spring

The entry of coil spring After activated the Springs option, user can also edit the coil spring force in the Process tab.


GUI of Coil Spring

New – Create a new coil springDelete – Delete the selected coil springDelete All – Delete all of the coil springsBase – The tool which the coil springs connected

Import – Import the data of coil springsExport – Export the defined coil springs

Name – The name of the coil springCount – The counts of the coil springs

Stiffness – The stiffness of the coil springInitial force – The initial force of the coil springStroke – The stroke of the coil spring


Force Curve Template

*type,coil_spring*name,S1*units,N,mm*stroke,30*stiffness,800*init_force,4000*end

Standard force curve of coil spring

Users can create the coil spring library for their own based on the above template.

Unit:The basic unit is N and mm.Stroke: mmStiffness is N/mmInitial force: N


Model with Coil Springs

Spring force

punch

binder

blankdie


Model with Coil Springs

FEA model with coil spring

Discrete element

• A discrete element will be created between the associated tools.

• The length of a discrete element is calculated based on the stroke of master tool.


Keywords of Input Deck

*ELEMENT_DISCRETE$ EID PID N1 N2 VID S PF OFFSET 7101 6 6011 7463 0 1.0 1 0.0*MAT_SPRING_NONLINEAR_ELASTIC$ MID LCD LCR 5 3*SECTION_DISCRETE$ SECID DRO KD V0 CL FD 5 0$ CDL TDL

*DEFINE_CURVE$spring$ LCID SIDR SCLA SCLO OFFA OFFO DATTYP 3 0 $ A1 O1 0.0000000000E+00 4.0000000000E+03 3.0000000000E+01 2.8000000000E+04


Procedures

1. Open the demo file: Coil_spring_demo1.df

2. Click the menu: AutoSetup -> Sheet Forming

3. Click Tools tab

4. Click binder from the tool list

5. Toggle on Springs option in the Association group

6. Click Edit to define the coil spring force


Procedures

• The spring force affects on the binder.• The spring force is derived from the

travel of the base tool.


Procedures

1. Click New to add a new coil spring

2. Key in the parameters of coil spring

3. Click OK to exit


Problem in current solution

If the initial force is not equal to zero, the result is not right.In this case, we can add rigid body stopper to avoid the bounce of the binder.



Gas Spring Force Curve for Gas Spring Force Curve for Binder ControlBinder Control

Date: 07/08/2011


Outline

Features:

• Add standard gas spring force curves for binder control in AutoSetup;

• User can add other standard gas spring force curves;

• The default template of gas spring is UX Series of DADCO product;


Force curves template

*type,gas_spring*name,UX.1000*stroke,50*stroke_list,25,37.5,50,62.5,75,80,100,125,150,160,175,200*pressure,150*pressure_list,150,125,100,75,50,25,20*units,N,mm*curve,100,92300.1,95560.2,98840.3,102890.4,106750.5,110610.6,115440.7,120460.8,126050.9,13204*end

• Standard force curve of gas spring


GUI of Gas Spring


GUI of Gas Spring

• The travel (%) vs. Force curve• The on-contact force list


GUI of Gas Spring

• The supported stroke list


Keywords of Input Deck

*ELEMENT_DISCRETE$ EID PID N1 N2 VID S PF OFFSET 2473 7 15 0 0 1.0 1 0.0*MAT_SPRING_NONLINEAR_ELASTIC$ MID LCD LCR 5 2*SECTION_DISCRETE$ SECID DRO KD V0 CL FD 5 0$ CDL TDL

*DEFINE_CURVE$spring$ LCID SIDR SCLA SCLO OFFA OFFO DATTYP 2 0 $ A1 O1 0.0000000000E+00 9.2300000000E+03 1.0000000000E+01 9.5560000000E+03 2.0000000000E+01 9.8840000000E+03 3.0000000000E+01 1.0289000000E+04 4.0000000000E+01 1.0675000000E+04 5.0000000000E+01 1.1061000000E+04 6.0000000000E+01 1.1544000000E+04 7.0000000000E+01 1.2046000000E+04 8.0000000000E+01 1.2605000000E+04 9.0000000000E+01 1.3204000000E+04 1.0000000000E+02 1.3204000000E+04


Procedures

1. Open the demo file: gas_spring_demo.df

2. Click AutoSetup -> Sheet Forming3. Click the Tools tab4. Click the tool: binder5. Toggle on the Springs option6. Click Edit button


Procedures

7. Click New to create a new spring8. Click Import to import a standard gas

spring9. Select UX1000.csv10. Click OK11. Click OK to exit the Springs dialog

box


Procedures


Procedures

After the gas spring definition is complete, user can also Edit the gas spring in process tab.


Problem in current solution

Since the on-contact force existed in gas spring, the initial force is not equal to zero, which leads to the result is not right.



Define line bead with beamDefine line bead with beamDF581DF581

Date: 09/30/2011


Procedures



Drawbead Shape LibraryDrawbead Shape LibraryDF581DF581

Date: 08/12/2011


Outline

Draw bead shape library

• It provide a relationship between drawbead lock force percentage and geometry shape;

• A default config file is included: DynaformBDShape.config;

• The adjacent force percentage should be greater than 1;

• The draw bead shape library is used to switch the line bead to geometry bead;


GUI of Draw Bead Shape Library



Material type

Thickness level

Force percentage

Shape type



Add a new relationship between lock force percentage and shape:

•Shape type Rectangle Round

•Shape parameters•Material•Thickness•Force percentage(%)

Define the above parameters, and then click Apply.

• If there is no same item in the list, the force percentage will be added in the list.

• If same force percentage in the list, the program will pop up a question box. Click Yes to override, Click No to abort.



Modify the relationship between lock force percentage and shape:

•Only the shape parameters can be modified.

Modify the shape parameters, and then click Apply.

• If there is no same item in the list, the force percentage will be added in the list.

• If same force percentage in the list, the program will pop up a question box. Click Yes to override, Click No to abort.



Delete - delete the selected bead shape

Default - load the default shape library

Import - import a defined drawbead shape library from a file

Export - export the current defined drawbead shape library to a file

OK - accept the operations and exit

Cancel - reject the operations and exit



Diagram operation:

•ZOOM - Press the right mouse button and move up/down

•MOVE - Press the middle mouse button and move

•Fit screen - double click the diagram area with left mouse button

•Modify the parameters dynamically

Double click the diagram area with middle mouse button, the drag the control point or the shape edge


GUI of Job Submitter

Solver type Job list Toolbar Control parametersCommand line


Command of Submission

The unit of memory is WORD in the command line.

1 word =4 byte


New features of eta/POSTNew features of eta/POST

VRML output of FLDVRML output of FLD

Date: 06/16/2011


Outline

Output VRML file of FLD in eta/POST

• Output VRML file of FLD;

• Output single frame result of FLD;

• Output the elements info;

• The nodes info is not output.


GUI of FLD

Current frame in graphic area will be output


Procedures

1. Open a d3plot file;

2. Click FLD icon;

3. Select a frame of FLD;

4. Click Export VRML File;

5. Save the VRML file.


View the VRML File

User can view the VRML file with CORTONA 3D or CATIA V5 3DViewer

dynaform – production ready dynaform 5.8.1 new features dynaform team 10/2011

Documents

binder slide

binder surface

mesh binder

binder operation

binder butterfly

binder result of df5

face engineering binder

middle surface slide