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Bearings are an amazing innovation in mechanical engineering. They can ensure that a part rotates or slides the way you want it to, and can ensure that parts don't move in directions they shouldn't. They can reduce friction, saving energy in your design.
In this course, mechanical engineer and certified SOLIDWORKS expert teaches you the fundamentals of bearings, and models a series of different mechanical bearings, creating complex and dynamic multipart assemblies that behave as they would in the real world.
Expert covers three types of bearings ball, roller, and spherical bearings and shows how to design their constituent parts in SOLIDWORKS and combine those parts into a final bearing assembly.
Introduction
Managing mechanical movements with bearings
40s
What you should know
27s
1. Bearing Introduction
Types of bearings
3m 23s
Bearing nomenclature
4m 26s
Rolling element types
2m 7s
Cage types
2m 25s
Shield and seal types
1m 44s
2. Ball Bearing Design
Chapter introduction
33s
Outer race, part 1
4m 30s
Outer race, part 2
3m 37s
Inner race
4m 13s
Rolling element
1m 46s
Cage
6m 39s
Rivet
3m 43s
Shield
4m 35s
Snap ring
3m 30s
Ball bearing assembly
5m 51s
3. Roller Bearing Design
Chapter introduction
25s
Outer race
5m 35s
Inner race
4m 34s
Rolling element
1m 51s
Cage
3m 56s
Roller bearing assembly
5m 33s
4. Spherical Bearing
Chapter introduction
50s
Race
4m 38s
Race-loading slot
2m 51s
Race-staking groove
3m 58s
Ball
6m 20s
Bearing assembly
2m 23s
5. Tapered Roller Bearings
Chapter introduction
29s
Outer race
3m 10s
Inner race
4m 50s
Rolling element
2m 37s
Cage-body
3m 49s
Cage-roller pocket
4m 46s
Tapered roller bearing assembly
6m 9s

1. Language: English.
2. Secure download.
Video file format: MP4.
3. Learn anywhere. Switch between
your computer, tablet, or TV.
4. Practice while you learn
with exercise files.
5. Secure payment by PayPal.
6. 30 days refund.
7. No subscription needed.
8. Lifetime access.
9. This course without a sponsored ads.