add tubular iso

[bebeto]

Bye to all,
I need to insert new measurements into the tubular.
Unfortunately I can't calculate some parameters.
Does anyone have the excel calculation table where inserting the measurements returns all the data as in the inventor tables?
or is there a way to make the calculation to inventor by inserting the size?
Thank you in advance.

 

[Tarkus]

add tubular where?
in the centre?
in this case you can't add anything to the standard households in the cc (you're sure that those measures you want to add are part of that rule?),however you can create custom profiles to fit into your cc library.
The discussion of a few days ago, too:http://www.cad3d.it/forum1/showthread.php?t=25060

 

[bebeto]

add tubular where?
in the centre?
in this case you can't add anything to the standard households in the cc (you're sure that those measures you want to add are part of that rule?),however you can create custom profiles to fit into your cc library.
The discussion of a few days ago, too:http://www.cad3d.it/forum1/showthread.php?t=25060

I have already created my custom library starting from cc standards and can add everything I need by editing the family table.
my request, as from the title of the thread, is quite different.
to complete the table well I need to calculate the properties of the profiles that I go to insert.

 

[Tarkus]

I have already created my custom library starting from cc standards and can add everything I need by editing the family table.
my request, as from the title of the thread, is quite different.
to complete the table well I need to calculate the properties of the profiles that I go to insert.

in a discussion that you titled "add tubular iso", you asked:
<<ho bisogno="" di="" inserire="" misure="" nei="" nuove="" tubolari.="">>

Then you better explain what properties and what you want to calculate</ho>

 

[bebeto]

in a discussion that you titled "add tubular iso", you asked:
<<ho bisogno="" di="" inserire="" misure="" nei="" nuove="" tubolari.="">>

Then you better explain what properties and what you want to calculate</ho>

inertia, torque rigidity etc etc etc

in practice all the parameters present in the inventor table as well as the size