Page 482 - Subyek Computer Aided Design - [David Planchard] Engineering Design with SOLIDWORKS

Swept, Lofted and Additional Features Engineering Design with SOLIDWORKS® 2018

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Enter the dimension values for the Small configuration. ' A tj L r u I
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39) Click Cell 84. Enter 100. Click Cell C4. Enter 3. ~ 1 Design Table f or: ORING
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Enter the dimension values for the Medium configuration. ~ .c M
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40) Click Cell 85. Enter 150. Click Cell C5. Enter 4. ' ~ ~
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Enter the dimension values for the Large configuration. '
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j 3 Default 110.49 3.175
41) Click Cell 86. Enter 200. Click Cell C6. Enter 10. ~ 4 Small 100 3

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' 5 Medium 150 4
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Build the three configurations. ' 6 Large 200 0 I
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42) Click a position inside the Graphics window. ~ 7

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43) Click OK to generate the three configurations. The ' 9
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Design Table icon is displayed in the FeatureManager. ' 10
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~ Sheet1 ®

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44) Rebuild I the model.

SOLIDWORKS x
Display the configurations.

O The design table generated the following configurations:

45) Click the ConfigurationManager ~ tab. View the
Small
Design Table icon. Medium

Large

View the three configurations.

46) Double-click Small. Double-click Medium. lt; OK

47) Double-click Large. Double-click Default.

Configurations
Return to the FeatureManager.

• ~ 0-RING DESIGN TABLE Configu

48) Click the FeatureManager ~ tab.

~ tfi) Tables

l}=x <ti/ Default [ 0-RING DESI

Save the model. ~ Small

49) Click Save ~ . l}x • Medium

~x Large

The 0-RING is classified as a simple Swept feature.

A complex Swept feature utilizes 3D curves and

Guide Curves. Investigate additional Swept features Thread

later in the project.

An example of a complex Swept is a Thread. A

Thread requires a Helical/Spiral curve for the path

and a circular profile.

Another example of a complex Swept is a violin

body. The violin body requires Guide Curves to

control the Swept geometry. Without Guide Curves

the profile follows the straight path to produce a

rectangular shape.

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