Fulvio Romano
Guest
because probably desmoire hypotheses the following condition. the two elements are connected with two flange attacks to and b. if the stress, which she assumed alternating, is of traction, that is to tend to get away from b, all the spacers placed on the face b are compressed while the corresponding on to are discharges. On the contrary, if the stress is compression, the opposite condition occurs.
I think he wanted to play it that way.
screwed on time.. ...uhmmm.
I would say that under traction the spacers are always compressed, both above and below (the screws with heads and dice always keep them compressed to its flange).
alternating in compression all the spacers (and therefore the screws) are discharged and the stress remains only between the flanges.
in practice screws and spacers (over and below) always work the same way, when alternating it does for everyone.. or all compressed or all downloads.. I can't believe
greetings
Marco:smile:
That's what I meant. if I put in compression the chain
head-distantial-flangia-dado
or
head-flangia-distantial-dado
I don't think things change much.
in compression then, the screw does not notice anything. in fact the compression takes place exclusively on the flanges, and since the deformation of the spacer is great compared to that of the flange, the stem of the screw will not notice anything. This is exactly why the screws do not suffer fatigue (yes, okay, not the only one).
rest of the opinion that alternation is due to reasons of comfort of assembly. However I would have mounted them on-down-down and not on-down-up-up, because it would have been more comfortable.
