http://www.cadfamily.com/HTML/Article/Dig%20Hand%20in%20PROE_446.htm
Step1. Create and name the model of part as INSTANCE_ DIG_HAND.PRT.
Step2. Create the solid extrusion feature shown as Fig.2, the relevant operations are shown as follows.
1 Click “insert”>“”.
2 Select the type of extrusion feature in the appeared control panel: click icon.
3 Define the placement property of sketch section.
(1) Click icon in the control panel
(2) Set sketch plane: select datum plane FRONT as sketch plane.
(3) Set view orientation of sketch: take default orientation of the yellow arrow in the model as view orientation.
(4) Specify referential sketch plane: select datum plane TOP as reference.
(5) Specify the orientation of referential sketch plane: select Top as the orientation of referential sketch plane.
(6) Complete the placement property of sketch section: click enter into sketch condition.
4 Create feature section: accept the default reference selection, and then draw the section as Fig.13 shown. Click button then quit sketch.
5 Select the type of depth and its depth: set as the type of the depth, and then enter 400mm in the textbox of depth.
6 Preview feature: click icon in the control panel to browse the created feature.
7 Finish feature: click icon to finish the extrusion.
Step3. Add cutting feature as Fig.4 shown, the relevant operations are shown as follows.
5/03/2011
Fillet&Variable Radius in SolidWorks
http://www.cadfamily.com/HTML/Article/Fillet&Variable%20Radius%20in%20SolidWorks_447.htm
Part A
Open Hold Line Fillet.
On Right plane, Insert sketch, offset 10mm the hole outer edges. Exit sketch.
Insert -> Curve -> Split Line. Split the surface by the sketch.
Face Fillet, use the split line as Holdline. The Fillet is created & vary alone the holdline.
Part B
Variable Radius Fillet
Open Variable Radius Fillet. Click Fillet , Fillet Type: Variable radius.
Click the control point and assign the radius valve
Part C
Setback Fillet
Open Setback Fillet. Add fillet on these 3 edges.
In Fillet Manager, Click Setback Parameters, click the setback vertice as shown:
Part A
Open Hold Line Fillet.
On Right plane, Insert sketch, offset 10mm the hole outer edges. Exit sketch.
Insert -> Curve -> Split Line. Split the surface by the sketch.
Face Fillet, use the split line as Holdline. The Fillet is created & vary alone the holdline.
Part B
Variable Radius Fillet
Open Variable Radius Fillet. Click Fillet , Fillet Type: Variable radius.
Click the control point and assign the radius valve
Part C
Setback Fillet
Open Setback Fillet. Add fillet on these 3 edges.
In Fillet Manager, Click Setback Parameters, click the setback vertice as shown:
5/02/2011
Cup Modeling in CATIA
http://www.cadfamily.com/HTML/Article/Cup%20Modeling%20in%20CATIA_440.htm
Step1: Select the workbench
1. Launch CATIA.
2. Select Start>Mechanical Design>Part Design.
Step2: Create the body of cup
1. Select the yz plane from the part tree.
2. Click the (Sketch) icon and create sketch as shown in figure 1.
3. Click the icon to create fillets as shown in figure 2.
4. Click (Exit workbench) icon.
5. Click icon to rotate the above sketch as shown in figure 3.
6. Click ok.
Step3: Edge fillet
1. Click icon. Create edge fillets with 0.5mm radius as shown in figure 4.
2. Click ok.
Step4: Multi-sections solid
1. Create plane 1
Select the yz plane, then click icon to create a spline with th fuction and as shown in figure 5.
Step1: Select the workbench
1. Launch CATIA.
2. Select Start>Mechanical Design>Part Design.
Step2: Create the body of cup
1. Select the yz plane from the part tree.
2. Click the (Sketch) icon and create sketch as shown in figure 1.
3. Click the icon to create fillets as shown in figure 2.
4. Click (Exit workbench) icon.
5. Click icon to rotate the above sketch as shown in figure 3.
6. Click ok.
Step3: Edge fillet
1. Click icon. Create edge fillets with 0.5mm radius as shown in figure 4.
2. Click ok.
Step4: Multi-sections solid
1. Create plane 1
Select the yz plane, then click icon to create a spline with th fuction and as shown in figure 5.
Disk-Shaped Gear in PROE
http://www.cadfamily.com/HTML/Article/Disk-Shaped%20Gear%20in%20PROE_441.htm
Step1. Create and name the model of part as INSTANCE_GEAR_PAN.PRT.
Step2. Create the solid extrusion feature shown as Fig.2, the relevant operations are shown as follows.
1 Click “insert”>“”.
2 Select the type of extrusion feature in the appeared control panel: click icon.
3 Define the placement property of sketch section.
(1) Click > icon in the control panel
(2) Set sketch plane: select datum plane FRONT as sketch plane.
(3) Set view orientation of sketch: take default orientation of the yellow arrow in the model as view orientation.
(4) Specify referential sketch plane: select datum plane RIGHT as reference.
(5) Specify the orientation of referential sketch plane: select Right as the orientation of referential sketch plane.
(6) Complete the placement property of sketch section: click button in the window of defining the placement property of sketch section.
4 Create feature section: draw the section as Fig.3 shown. Click button then quit sketch.
5 Select the type of depth and its depth: set as the type of the depth, and then enter 2.5mm in the “Depth” textbox.
6 Preview feature: click icon in the control panel to browse the created feature.
7 Finish feature: click icon to finish the extrusion
Step1. Create and name the model of part as INSTANCE_GEAR_PAN.PRT.
Step2. Create the solid extrusion feature shown as Fig.2, the relevant operations are shown as follows.
1 Click “insert”>“”.
2 Select the type of extrusion feature in the appeared control panel: click icon.
3 Define the placement property of sketch section.
(1) Click > icon in the control panel
(2) Set sketch plane: select datum plane FRONT as sketch plane.
(3) Set view orientation of sketch: take default orientation of the yellow arrow in the model as view orientation.
(4) Specify referential sketch plane: select datum plane RIGHT as reference.
(5) Specify the orientation of referential sketch plane: select Right as the orientation of referential sketch plane.
(6) Complete the placement property of sketch section: click button in the window of defining the placement property of sketch section.
4 Create feature section: draw the section as Fig.3 shown. Click button then quit sketch.
5 Select the type of depth and its depth: set as the type of the depth, and then enter 2.5mm in the “Depth” textbox.
6 Preview feature: click icon in the control panel to browse the created feature.
7 Finish feature: click icon to finish the extrusion
Iron Candle Holder in SolidWorks
http://www.cadfamily.com/HTML/Article/Iron%20Candle%20Holder%20in%20SolidWorks_442.htm
Step1: Select the workbench
1.Launch solidworks2009
2.Select Start>new >a 3d representation.of a singe desinge compoent
3.Save file .Rename PartBody “Iron Candle Holder
”
Step2:Draw the main body
1.Set the workbenth “top plane",click theicon,creat a new sketch1 with the straight slot icon,smart dimension icon.Look at Figure2.Don’t forget to quit the sketch workbench.
2. Set the workbenth “right plane",click theicon,creat sketch2.Draw the sketch with centerline icon ,line icon , smart dimension icon and sketch fillet icon. As shown in the Figure3. Don’t forget to quit the sketch workbench.
Step1: Select the workbench
1.Launch solidworks2009
2.Select Start>new >a 3d representation.of a singe desinge compoent
3.Save file .Rename PartBody “Iron Candle Holder
”
Step2:Draw the main body
1.Set the workbenth “top plane",click theicon,creat a new sketch1 with the straight slot icon,smart dimension icon.Look at Figure2.Don’t forget to quit the sketch workbench.
2. Set the workbenth “right plane",click theicon,creat sketch2.Draw the sketch with centerline icon ,line icon , smart dimension icon and sketch fillet icon. As shown in the Figure3. Don’t forget to quit the sketch workbench.
Left of IRON in UG
http://www.cadfamily.com/HTML/Article/Left%20of%20IRON%20in%20UG_443.htm
Right-click over the name of Front-cover in the Assembly Navigator, then choose Display Parent, and then choose Third as shown in Figure 1.
2. Right-click over the name of Fourth in the Assembly Navigator, then choose Make Display Part as shown in Figure 2
3. Right-click over the name of Fourth in the Assembly Navigator, then choose WAVE, and then choose Create New Level as shown in Figure 3. Then click the icon, then input “Left” as the name, and then click icon, and then click icon.
4. Right-click over the name of Left in the Assembly Navigator, then choose Make Display Part as shown in Figure 4
5. Click icon, then select the green block as the target body to trim, and then press the mouse middle key in the blank areas, then select the yellow face as the tool face as shown in Figure 5, and then click icon.
6. Click icon, then select the green block as the target body to trim, and then press the mouse middle key in the blank areas, then select the yellow plane as the tool face as shown in Figure 6, and then click icon.
7. Click icon, then select the yellow body as shown in Figure 7, then click icon, and then click icon.
Right-click over the name of Front-cover in the Assembly Navigator, then choose Display Parent, and then choose Third as shown in Figure 1.
2. Right-click over the name of Fourth in the Assembly Navigator, then choose Make Display Part as shown in Figure 2
3. Right-click over the name of Fourth in the Assembly Navigator, then choose WAVE, and then choose Create New Level as shown in Figure 3. Then click the icon, then input “Left” as the name, and then click icon, and then click icon.
4. Right-click over the name of Left in the Assembly Navigator, then choose Make Display Part as shown in Figure 4
5. Click icon, then select the green block as the target body to trim, and then press the mouse middle key in the blank areas, then select the yellow face as the tool face as shown in Figure 5, and then click icon.
6. Click icon, then select the green block as the target body to trim, and then press the mouse middle key in the blank areas, then select the yellow plane as the tool face as shown in Figure 6, and then click icon.
7. Click icon, then select the yellow body as shown in Figure 7, then click icon, and then click icon.
AutoForm Forming Symmetrical Double-Attached Parts with Two Drawing Operations
http://www.cadfamily.com/HTML/Article/AutoForm%20Forming%20Symmetrical%20Double-Attached%20Parts%20with%20Two%20Drawing%20Operations_445.htm
This lesson addresses the issue of multi-stage drawing in the form of a two-stage drawing process. For these two drawing stages, the left-hand part is folded up with the symmetrical right-hand part fa a single drawing stage. After the second drawing operation, the separation of the single parts and fhe subsequent flanging are calculated, Finally, the cut line is optimized with AutoForm-Trim,
Main Focus
Two-stage drawing
Generating geometry stages for two symmetrical parts in AutoForm-DieDesigner
Morphing
Optimizing cut line
Used Software
AutoForm-DieDesigner
AutoForm Incremental
AutoForm-Blank generator
AutoForm-Trim
This lesson addresses the issue of multi-stage drawing in the form of a two-stage drawing process. For these two drawing stages, the left-hand part is folded up with the symmetrical right-hand part fa a single drawing stage. After the second drawing operation, the separation of the single parts and fhe subsequent flanging are calculated, Finally, the cut line is optimized with AutoForm-Trim,
Main Focus
Two-stage drawing
Generating geometry stages for two symmetrical parts in AutoForm-DieDesigner
Morphing
Optimizing cut line
Used Software
AutoForm-DieDesigner
AutoForm Incremental
AutoForm-Blank generator
AutoForm-Trim
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