realize a mantle-brown coupling of a matrix

[rory_the_king]

Hello everyone,
I have the following problem to expose:
after making the cloak of a matrix (in attachment the image), the next step is to model the hazelnut to be inserted in the larger hole!
the dimensions are:
- hazelnut: diameter 38 mm
- larger hole than the cloak: diameter 37.78 mm
both are cables and have the same depth (according to this information).
the coupling is precisely with interference.
How do we proceed with modeling?
How is the assembly done?
thanks to all
Lorenzo

 

[maxopus]

I didn't understand the question well, did you never use a pro/e set?

 

[rory_the_king]

how do I manage contact surfaces between cloak and hazelnut since there is interference?
Does this possibility exist in modeling?
model simply the two diameters and do the assembly?

 

[maxopus]

Yes, the assist still allows you to do it.

 

[rory_the_king]

very well: the assembly is ok!
to export the solid volume formed by the two components I recommend to me to join and make solid the respective components, but the virtual interconnection given by the interference how it is managed? in poor words what can be done on the real surface of contact?
Do I take an average diameter to shape it?
I am puzzled about this topic!
Hello and thank you
Lorenzo

 

[maxopus]

without seeing in the practice of what it is is difficult to give the right answer.
I try. if in the environment together you have to join the two parts to create a single body or subtract the overlapping part to one of the two parts the feature operation with components allows you to do one or the other thing.

 

[rory_the_king]

Attached you find the cloak and hazelnut!
The hazelnut is to be inserted inside the cloak!
My final purpose is to obtain a unique body and a friction surface between the two!
But I have no idea how to do it!
Hello and thank you
Loire

 

[maxopus]

See if that's what you wanted.
in the folder you will find the file together with the two parts joined and with the original surface of the cape.

 

[rory_the_king]

"houston, we have had a problem!!!"

It gives me a mistake:
diagnostic negative outcome and failed regeneration!
What does that mean?

 

[rory_the_king]

I can't open your file!
Hi.
Lorenzo

 

[maxopus]

I'm going to fix your problem this afternoon, now I'm busy with other things.

 

[maxopus]

Try now

 

[rory_the_king]

I'll ask you what you did tomorrow!
Hello and thank you in the meantime!
Lorenzo

 

[rory_the_king]

I think it's okay.
Thank you maxopus!
you are always available!
Lorenzo

 

[lucacort]

Excuse me.
I find this discussion very interesting, but having wf3 I can't open the files.

you could summarize the procedure

Thank you

 

[rory_the_king]

Hello Maxopus!
in which section could I begin a discussion on a possible simulation to the finite elements on the hazel-mant coupling of such matrix?
Hello and thank you
Lorenzo

 

[maxopus]

Excuse me.
I find this discussion very interesting, but having wf3 I can't open the files.

you could summarize the procedure

Thank you

I don't have the wf3 installed, otherwise I'll remodel them.
I try to explain the concept and procedure.
you have two parts in one set (you take into account a punch and a matrix) and you want to make sure that in the process of boolean union of the two components (that in pro/and realize with operations on the components) you remain the contact surface between the two components.
in the active axieme one of the two parts, make a copy and paste of the surface you want to preserve, reactivate the axieme and then make the merge of the two parts.
In this way the contact surface remains and is not erased by the merge.

 

[maxopus]

Hello Maxopus!
in which section could I begin a discussion on a possible simulation to the finite elements on the hazel-mant coupling of such matrix?
Hello and thank you
Lorenzo

ciao rory, questa è l'area cae/fem del forum: http://www.cad3d.it/forum1/forumdisplay.php?f=47within the area you will find sub-areas for general discussions or specific programmes.
Say hi.

 

[lucacort]

thanks max