proEdj
Mechanical
- Dec 6, 2004
- 25
Hello,
I am attempting to calculate the center of gravity of a complex (numerous materials) assembly. I understand that once I define the proper material and density of each individual part that pro-e can do this for me, however I would like to check this value by doing the calculation long hand. I would like to snap a coordinate system to the center of gravity of each and every part, then measure the distance from each of these coordinate systems to the global coordinate system. Is there a function to snap a coordinate system to the center of gravity with our first measuring this location then manually placing a coordinate system at the CG? Also, I would like to find where my center of bouyancy is for each and every part...is there a function to find the center of volume? Some of my parts have cavities which in turn places the CB in a different location from the CG. I do know that this is going to be a huge pain, but any advice to achieve a quick yet accurate result would be greatly appreciated.
Cheers,
Dane
I am attempting to calculate the center of gravity of a complex (numerous materials) assembly. I understand that once I define the proper material and density of each individual part that pro-e can do this for me, however I would like to check this value by doing the calculation long hand. I would like to snap a coordinate system to the center of gravity of each and every part, then measure the distance from each of these coordinate systems to the global coordinate system. Is there a function to snap a coordinate system to the center of gravity with our first measuring this location then manually placing a coordinate system at the CG? Also, I would like to find where my center of bouyancy is for each and every part...is there a function to find the center of volume? Some of my parts have cavities which in turn places the CB in a different location from the CG. I do know that this is going to be a huge pain, but any advice to achieve a quick yet accurate result would be greatly appreciated.
Cheers,
Dane