Creo Parametric 3.0 Basics - Part 5
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About this ebook
Sheet Metal Design
• Starting a Sheet Metal part
• Sheetmetal Model Properties
• Planar Wall
• Flat Wall
• Extrude
• Flange
• Corner Relief
• Bend
• Unbend
• Bend Back
• Punch Form
• Die Form
• Sketched Form
• Flat Pattern Preview
• Flat Pattern
• Extruded Cuts
• Revolve
• Conversion
Surface Design
• Extrude
• Revolve
• Datum Geometry
• Splines
• Boundary Blend
• Fill
• Offset
• Trim
• Merge
• Moving a Surface Copy
• Rotating Surfaces
• Solidify
• Thicken
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Reviews for Creo Parametric 3.0 Basics - Part 5
4 ratings2 reviews
- Rating: 2 out of 5 stars2/5Surfacing section is far too basic for the capabilities of the program. Not very helpful.
- Rating: 4 out of 5 stars4/5seems a good book for fundamental
Book preview
Creo Parametric 3.0 Basics - Part 5 - Tutorial Books
Sheet Metal Design
You can make sheet metal parts by bending and forming flat sheets of metal. In Creo Parametric, sheet-metal parts can be folded and unfolded enabling you to show them in the flat pattern as well as their bent-up state. There are two ways to design sheet-metal parts in Creo Parametric. Either you can start the sheet-metal part from scratch using sheet-metal features throughout the design process or you can design it as a regular solid part and later convert it to a sheet-metal part. Most commonly, you design sheet-metal parts in Sheetmetal Part environment from the beginning. In this chapter, you will learn both the approaches.
The topics covered in this chapter are:
Planar Walls
Flat Walls
Flanges
Extrusions
Bends
Unbend
Bend back
Flat Pattern
Punch and Die Forms
Conversion to Sheet Metal
Starting a Sheet Metal part
To start a new sheet metal part, follow the steps given next.
Click Home > Data > New on the ribbon.
On the New dialog, select Type > Part and Subtype > Sheetmetal.
Type the name of the part, and uncheck the Use template option.
On the New File Options dialog, select the template and click OK.
Sheetmetal Model Properties
Sheetmetal Model Properties define the bend allowance, bend size, relief, and bend orders and other design rules. You can define these properties by using the Model Properties dialog.
1. On the File menu, click Prepare > Model Properties.
2. On the Model Properties dialog, click the change option next to Thickness. The Material Thickness dialog appears.
3. On the Material Thickness dialog, type-in the Material Thickness value and click Regenerate.
4. On the Model Properties dialog, click the change option next to Bend Allowance.
5. On the Sheetmetal Preferences dialog, type-in the K-factor/Y-factor value in the Factor value box.
The K Factor is the ratio that represents the location of neutral sheet measured from the inside face with respect to the thickness of the sheet metal part. The Neutral Factor defines the bend allowance of the sheet metal part. The standard formula that calculates the bend allowance is given below.
A = Bend Allowance
R = Bend Radius
K = Neutral Factor = t/T
T = Material Thickness
t= Distance from inside face to the neutral sheet
A = Bend Angle
4.jpgYou can also define the bend allowance by using your own bend allowance table. Click the Part Bend Allowances Table button. On the Bend Allowances Tables dialog, select a table from the list and click the double arrow pointing towards right. Click OK to close the dialog.
6. Click OK.
202.jpg Planar Wall
The planar wall is a basic type of sheet metal feature.
To create a wall, create a closed sketch on a plane.
49.jpgOn the ribbon, click Model > Shapes > Planar.
Click on the sketch.
On the Planar dashboard, type-in a value in the Thickness box.
Click the Change Direction button to reverse the direction of the wall.
Click OK.
2.jpg5.jpg Flat Wall
The second feature after creating a planar wall is flat wall. You can create this feature using a linear edge of a sheet metal part.
On the ribbon, click Model > Shapes > Flat Wall.
Click an edge of the planar wall feature. The wall preview appears on the selected edge.
53.jpgOn the dashboard, select the wall shape from the drop-down available on the left side.
54.jpgOn the dashboard, click the Shape tab and set the shape dimensions. Double-click on the dimension values to edit them.
55.jpgSet the method to dimension the radius. The options to dimension radius are given next.
56.jpg This option creates the bend by specifying the outer bend radius.
57.jpg