Solidworks models of spur gears

In summary, Solidworks is a 3D CAD software used for creating detailed models of mechanical parts. Spur gears are a type of mechanical gear with straight teeth used to transmit power. To create a spur gear model in Solidworks, you can use the "Gear" feature and specify gear specifications. Solidworks also has a motion simulation feature for spur gears. However, a limitation of creating spur gear models in Solidworks is that it does not account for wear and tear over time.
  • #1
ENgez
75
0
where can i get Solidworks models of spur gears? I have Solidworks student edition, and it doesn't include the toolbox that you can use to create gears.

thanks
 
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  • #2
3dContentCentral.com may have some
 
  • #3
3D Content Central, as tygerdawg said is the best site. You will find some configurable gear parts (you will be able to modify module/DP, diamter, number of teeth and hub configuration) etc.
 

What is Solidworks?

Solidworks is a 3D computer-aided design (CAD) software used by engineers and designers to create detailed models of mechanical parts, assemblies, and systems.

What are spur gears?

Spur gears are a type of mechanical gear with straight teeth that are used to transmit power and motion between two parallel shafts.

How do you create a spur gear model in Solidworks?

To create a spur gear model in Solidworks, you can use the "Gear" feature in the "Worm Gear" menu. You will need to specify the gear specifications such as number of teeth, pitch, and pressure angle to create an accurate model.

Can Solidworks simulate the motion and function of spur gears?

Yes, Solidworks has a motion simulation feature that allows you to simulate the motion and function of spur gears in a virtual environment. This can help in identifying any potential issues or interferences before manufacturing the actual gears.

Are there any limitations to creating spur gear models in Solidworks?

One limitation of creating spur gear models in Solidworks is that it does not take into account the effects of wear and tear on the gears over time. This can be compensated by using a safety factor when designing the gears.

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