Page 259 - Subyek Computer Aided Design - [David Planchard] Engineering Design with SOLIDWORKS

Engineering Design with SOLIDWORKS® 2018 Fund.amentals of Assembly Modeling

Exercises

Exercise 3.1: Weight-Hook Assembly

Create the Weight-Hook assembly. The Weight-Hook assembly

has two components: WEIGHT and HOOK.

• Create a new assembly document. Copy and insert the

WEIGHT part from the Chapter 3 Homework folder.

•

• Fix the WEIGHT to the Origin as illustrated in the Asseml

F eatureManager.

• Copy and insert the HOOK part from the

Chapter 3 Homework folder into the assembly.

• Insert a Concentric mate between the inside top cylindrical

face of the WEIGHT and the cylindrical face of the thread.

Concentric is the default mate.

• Insert the first Coincident mate between the top edge of the

circular hole of the WEIGHT and the top circular edge of

Sweep 1, above the thread. The HOOK can rotate in the

WEIGHT.

Fix the position of the HOOK.

Insert the second Coincident mate

between the Right Plane of the ~!~ I~!$ : ~I >

WEIGHT and the Right Plane of v·

the HOOK. Coincident is the ~ Exercise 3-1 (Default <Default_l

default mate. ~ ~J History

[a] Sensors

~ [A] Annotations
• Expand the Mates folder and

~ Equations

view the created mates. Note: CJ Front Plane

Do not display Tangent Edges CJ Top Plane

or Origins in the final assembly. CJ Right Plane

l. Origin

·$· Center of Mass
• Calculate the Mass and Volume

~ ~ (f) WEIGHT< 1 > (Default<< C
of the assembly. ~ ~ HOOK<2> (Default<<Defau

~ ®@ Mates

• Identify the Center of Mass for the assembly. @ concentric1 (WEIGHT <1

/\ Coincident1 (WEIGHT <1

/\ Coincident2 (WEIGHT <1

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