• This forum is the machine-generated translation of www.cad3d.it/forum1 - the Italian design community. Several terms are not translated correctly.

joint suspension with pro/e

  • Thread starter Thread starter TheAlfaRomeo
  • Start date Start date

TheAlfaRomeo

Guest
hello to all, I would like to ask for help to assemble a suspension with pro/e wdf 5.. I have the problem. in practice I am assembling a wheel group to a suspension group..I have difficulty connecting the shock absorber group to the chassis and at the same time to the wheel...I gave the spring the flexibility due, I put together stem and shock cartridge with a cylinder-type bond, setting the minimum and max sliding parameters, and I connected the dowel with a "general" type bond so that I can adapt to the attachment to the chassis, but at the same time allow the stem/wheel group .another thing, because if I move the pieces of the assembled elements individually, the movement is possible to me, while the pieces do not move automatically to "self-adaptation" when they are assembled?
thanks to all, I hope to have been clear
 
Hi.
Only with the description of the problem is it difficult to understand where the trap is, can you post an image, or, better yet, together with some main pieces? to control the assembly method.
 
first of all thanks for the answer.I will post a photo or part of the assieme as required. but from what I could understand pairs of spherical type which are those between the elastic dowel of the suspension anchored to the duomi and the steering hooked to the mount, with pro and are impossible to realize with specific functions.
 
thanks for the help, I attach the images of the suspension and the wheel connected to the frame, I want to attach all the asses and the relative files, but while limiting myself to the only frame, rotate and suspension with the relative parts, the dimensions were excessive and not being to the unit this morning in wifi but being able to exploit only the connection of the cell, the upload would have been long... I connected the brace in yellow with a connection of type suspension .I didn't know what constraint to use..so I used a simple rigid bond to make the axes of the holes and the surfaces coincide.. then I connected only the suspension cartridge (black part) to the wheel mount, always through rigid constraints..the problem is this..even if I now managed to make all the axles and parts coincide, in a possible simulation with wheel movements, the constraints from one side or the other
Thanks again for the help
p.s. I want to point out that the suspension has been assembled with cylinder-type constraints,pin and giving the flexibility to the spring in order to make it adapt to any excursions of the stem
 

Attachments

What kind of problem does the spherical bond give you?
a tip, maximise assembly, keep the frame good and then insert only the main pieces, the yellow one, the white spring support, and check the operation. then insert the remaining pieces.
 
The fact is that the wheel and the suspension are two separate axioms, made up of all those parts, so I should disassemble everything? another advice, how do you use the cam mechanism that I saw in the thread above?what are the parameters to use?
 
Alternatively, even if it is not exactly the same thing, try to suppress all the pieces not strictly necessary.
for the cam mechanism looks at the help online, it is not hurt.
 
The fact is that the wheel and the suspension are two separate axioms, made up of all those parts, so I should disassemble everything? another advice, how do you use the cam mechanism that I saw in the thread above?what are the parameters to use?
to move components from each other you can use the "restructure" command ... save a lot of time.
 
the online help directly from proe or here on the forum? However, I will try to suppress the unnecessary parts. maxopus,I don't have to move the parts,I have to make the constraints coincide..thanks
 

Forum statistics

Threads
44,997
Messages
339,767
Members
4
Latest member
ibt

Members online

No members online now.
Back
Top