Rivet

[lemiant]

How do I add rivets to my model?

[MattC9]

Do you already have the Rivet cadded?

[Marc S.]

Cad the rivet then add it in assembly. If you want a short cut then you could incorporate it into the the part and then do a linear pattern. That is, if your model has a pattern of rivets.

[lemiant]

Do you already have the Rivet cadded?

So there is no design accelerator rivet?

[msimon785]

Given that you posted this in the Inventor Subforum, I can tell you how to use a Design Accelerator for this. The advantage of Autodesk Inventor, in my opinion, is not the aesthetic advantage (which I'll admit I'm quite fond of) but the incorporation of Design Accelerators to help with fluidity in the design process. If you CAD the entire robot, don't worry about designing your own sprockets, bolts, chain, rivets- anything. Inventor will do it for you and give you calculations based on the size of the accelerator in your design.

For a riveted connection, you're best off opening your assembly and navigating to the "Design" tab in the Ribbon-bar. On the left side of the Ribbon, you'll find "Pin" , next to "Bolted Connection". When you click on pin, make sure you're set to cocentric (very important). Then, simply click the start plane, hole, and end-plane. You'll then need to select your rivet diameter. On the right side of the window, click on pin, and just choose the most appropriate one.

I advise that you save the rivet choice and diameter (bottom of the window).

Hope this was clear enough for you. Again, another option of course is to CAD the rivet manually and Insert constrain it into each and every hole. It all comes to a matter of personal preference.

Good Luck!

[lemiant]

Given that you posted this in the Inventor Subforum, I can tell you how to use a Design Accelerator for this. The advantage of Autodesk Inventor, in my opinion, is not the aesthetic advantage (which I'll admit I'm quite fond of) but the incorporation of Design Accelerators to help with fluidity in the design process. If you CAD the entire robot, don't worry about designing your own sprockets, bolts, chain, rivets- anything. Inventor will do it for you and give you calculations based on the size of the accelerator in your design.

For a riveted connection, you're best off opening your assembly and navigating to the "Design" tab in the Ribbon-bar. On the left side of the Ribbon, you'll find "Pin" , next to "Bolted Connection". When you click on pin, make sure you're set to cocentric (very important). Then, simply click the start plane, hole, and end-plane. You'll then need to select your rivet diameter. On the right side of the window, click on pin, and just choose the most appropriate one.

I advise that you save the rivet choice and diameter (bottom of the window).

Hope this was clear enough for you. Again, another option of course is to CAD the rivet manually and Insert constrain it into each and every hole. It all comes to a matter of personal preference.

Good Luck!

Thanks, Just a couple of questions: Which type of pin (secure, joint, etc.)? Which content center pin looks like a rivet (I cannot seem to find one)?

[M.Wong]

If you downloaded the Inventor Content Center Libraries during installation, there should be a ton of different rivets in the Content Center. Metric and Standard of course.

[lemiant]

If you downloaded the Inventor Content Center Libraries during installation, there should be a ton of different rivets in the Content Center. Metric and Standard of course.

There are lots of pins, but none of them look like pop rivets

[msimon785]

Personally, I just use the plainest STD pin. Generally, I use 0.125" holes and 0.115" pins. It's not perfect, but it serves the purpose and some. It's easy and efficient to accomplish.

[lemiant]

Personally, I just use the plainest STD pin. Generally, I use 0.125" holes and 0.115" pins. It's not perfect, but it serves the purpose and some. It's easy and efficient to accomplish.

At the moment, I am using "By hole", to place the rivets. It works on the original hole, but not any any of the ones created by a pattern.