Page 501 - Subyek Computer Aided Design - [David Planchard] Engineering Design with SOLIDWORKS

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

Display an Isometric view.

277) Click Isometric view ~ . Modify

../ x • ~ ~~~

D1 @Sketch6
Modify the dimension. .125 •
·-

278) Double-click the .500 dimension text. -~o/ •

279) Enter .125in, [3.18].

Close the sketch.

280) Rebuild I the model.

Rename the sketch.

281) Rename Sketch# to ThreadSection.

Save the model.

282) Click Save ~ .

Insert the Swept feature.

283) Click the Swept Boss/Base <II feature tool. LENSCAP (Default< <

The Sweep PropertyManager is displayed. • ~ J History

,I' Sweep

lfi:J Sensors
284) Click Sketch Profile.

• fA I Annotations

285) Click ThreadSection for the fly-out Profile and Path fl::J Equations

o-
FeatureManager. @ Sketch Profile i::a Material <not sp

O Circular Profile dJ Front Plane

286) Click inside the Path box.
O ThreadSection
dJ Top Plane

287) Click ThreadPath from the fly-out c I dJ Right Plane
Thread Path

FeatureManager. ThreadPath is displayed. l. Origin

Guide Curves v
• ~ Base Extrude

288) Click OK ~ from the Sweep Options v • ~ Front-Cut

PropertyManager. Sweep1 is displayed in the Start and End Tangency v !liJ Shell1

FeatureManager. D Thin Feature v • • 5ijj BackCut

Curvature Display v I:? ThreadPlane

Rename the sketch. Display Shaded With Edges. • I~ ThreadPathl

Hide all planes. 1e- ThreadSectionl

289) Rename Sweep1 to Thread.

290) Click Shaded With Edges tj from the Heads-

up View toolbar. If needed, hide the

ThreadPath and all planes.

Save the model.

291) Click Save ~ .

, ,/

-;Q~ Swept geometry cannot intersect itself. If

the ThreadSection geometry intersects itself,

the cross section is too large. Reduce the cross

section size and recreate the Swept feature.

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