problems with angled cones.

[Solidavide]

hello to all and good epiphany.

I press that I used the search function but unfortunately I found nothing quite exhaustive. I was realizing the axiom of a discharge with premium sw 2010 and, after making it linear and having made the simulation of the flows I decided to try to do it as it actually is: the discharge is made to cones and, to allow me to bend them I need to realize of the "inclined" cones of tot degrees. the problem lies in the fact that, once I realized the "cut" of the cone I can not mate it as I would to another cone.
When I get to do the axis, it doesn't make me select the edge of the cone... Is there another way to achieve the "cut" at 15° and then be able to mate them?

thank you and excuse for the banality of questions.
[Nell'immagine ho mostrato la differenza tra i due coni. Per realizzare il taglio ho selezionato il piano, realizzato una linea che fosse inclinata rispetto al lato superiore del cilindro di 15° e poi fatto "taglio estruso"...]

 

[Marco74]

I press that I do not know sw, but it is not possible to create a sketch in every part and when you go to do mating instead of choosing the parts pop the sketches in the parts themselves. (I hope I gave you some ideas and explained to me)

 

[Solidavide]

I'll try to do this, see if it works. because, theoretically, the angled cone should then form a curve with other cones... while, doing the cones separately does not allow me to mate them as I would like.

 

[Marco74]

but if you create the cones already in the right position, then you go to shape one with the other?

 

[sampom]

... you're talking about Board for the coupling. .
Obviously it will be impossible to couple a circular edge with the elliptical edge given by the tilted cut.
you can use the cutting faces making them coincident and the plans to adjust the axial/angular position. as suggested by marco74 you can use the central points of the sketches and axes for the centering of the individual trunks.
otherwise you make a "stay out" in the axieme that represents the path of the discharge by assigning the intersection points of the various pieces and use it as a "support base" to mount the whole.

instead of the axieme you could do everything with welded in a single multibody part... also here in various ways. .

solutions are different, all easier to make than to say.

In any case, you must know if certain geometries are physically impossible to relate (that circle and ellipse for example).

greetings
Mar

 

[Solidavide]

... you're talking about Board for the coupling. .
Obviously it will be impossible to couple a circular edge with the elliptical edge given by the tilted cut.
you can use the cutting faces making them coincident and the plans to adjust the axial/angular position. as suggested by marco74 you can use the central points of the sketches and axes for the centering of the individual trunks.
otherwise you make a "stay out" in the axieme that represents the path of the discharge by assigning the intersection points of the various pieces and use it as a "support base" to mount the whole.

instead of the axieme you could do everything with welded in a single multibody part... also here in various ways. .

solutions are different, all easier to make than to say.

In any case, you must know if certain geometries are physically impossible to relate (that circle and ellipse for example).

greetings
Mar

are the first jobs with sw I do... I've made some biellas, some fittings and things, but nothing. I, having already realized the exhaust I was convinced that I could do that, thinking about what you say is true, I can not mate those two profiles. I apologize for the banality of the question... but, as they say, wrong to learn!