Create the basic unconstrained geometry apply geometric


1. Create the basic, unconstrained geometry

2. Apply geometric constraints to lock the shape

3. Be sure to constrain one point on the sketch to the Origin Point

4. Apply dimensions to lock the size. All dimensions are mm.

5. Sketch is complete when SolidWorks shows the sketch as Fully Defined

6. Extrude or revolve the sketch to create the 3D part shown

7. Repeat 1-6 for all major shapes of the 3D part

8. Create holes, fillets, etc. to acheive the final shape of the part

9. For dimensions shown as A, B, or fractions thereof (e.g. 0.25B or 0.2A) find A and B based on your "StudentNumber" on the attached chart.

10. Check your work against the attached grading rubric in Isidore

11. When you have completed and checked the parts, save the files, then upload both .sldprt files to Isidore. Please name the files like:HW03n-Lastname.sldprt (n= A or B).

Student Numbers & Assigned Dimensions

For many assignments, there will be a few versions of dimensions. Each of you will have a Student No., which you will have throughout the semester. Here is your Student No. based on your last name, and the Assigned Dimensions for HW02:

Assigned Dimensions

Student
No.

Dimension
A                            B

1

70

40

2

76

40

3

80

40

4

70

44

5

76

44

6

80

44

7

70

50

8

76

50

Student Name

Student No

 

Student Family Name

Student No

Adams

1

 

Ingram

1

Alansari

2

 

Kama!

2

Aldubaisi

3

 

Kane

3

Alkhalfan

4

 

Kane

4

Alkharusi

5

 

Kress

5

Alotaibi

6

 

Larkin

6

Alrasheed

7

 

Lucchesi

7

Alshammari

8

 

Maciejewski

8

Alshoeabi

1

 

Madouh

1

Asher

2

 

Marburger

2

Bahniuk

3

 

McCormick

3

Biondic

4

 

Mier

4

Dimarzio

5

 

Miller

5

Dong

6

 

Moretti

6

Feldhausen

7

 

Quick

7

Flowers

8

 

Robertson

8

Freeh

1

 

Rollhauser

1

Guerrero

2

 

Santarpia

2

Harper

3

 

Smith

3

Harrington

4

 

Weigel

4

Hart

5

 

Wicks

5

Hogan

6

 

Ye

6

Horst

7

 

Zaura

7

Hughbanks

8

 

Zimmerman

8

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Mechanical Engineering: Create the basic unconstrained geometry apply geometric
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