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MiCad
Guest
post #17 is described what to do, and it is clear the concept, but not how to do with solidworks! I can't match the end of the first winding with the "surface" section for the beginning of the second winding. . .post #17 is the method
post #19 is an example
What is not clear to you?
post #19 in this example the cable competes in the phase of passage from the first to the second winding
Thank you.
LaboratorioDieci
Guest
ciao @micad. to match the ends you have to play with the "earth angle" parameter of the wind/spiral command. In this way you can start your curve at a point at your discretion, so that the joints match.post #17 is described what to do, and it is clear the concept, but not how to do with solidworks! I can't match the end of the first winding with the "surface" section for the beginning of the second winding. . .
post #19 in this example the cable competes in the phase of passage from the first to the second winding
Thank you.
in any case the system does not know the concept of combustible curves. to the operator the use of appropriate quotas to put the curves in continuity.
same speech for the wire connecting. the passage of the propeller and the diameter of the "cable" cannot be equal. If you use for propellers a sufficiently larger step you can make sure that the problem is not created. you can also make the shorter joint spiral, for example 1/4 lap.
In any case we are making a schematization. If you need a geometric model that fits reality, I don't know how to do it. . .
MiCad
Guest
ok, I tried with the parameter "ear angle" even for a long time but nothing ma ... means I have to insist. . But then you joined the curves and made a single extrusion right?ciao @micad. to match the ends you have to play with the "earth angle" parameter of the wind/spiral command. In this way you can start your curve at a point at your discretion, so that the joints match.
in any case the system does not know the concept of combustible curves. to the operator the use of appropriate quotas to put the curves in continuity.
same speech for the wire connecting. the passage of the propeller and the diameter of the "cable" cannot be equal. If you use for propellers a sufficiently larger step you can make sure that the problem is not created. you can also make the shorter joint spiral, for example 1/4 lap.
In any case we are making a schematization. If you need a geometric model that fits reality, I don't know how to do it. . .
LaboratorioDieci
Guest
Yes, this allows to have a continuous solid, but in turn heavier for the system. It's an option, but it's not a bond.ok, I tried with the parameter "ear angle" even for a long time but nothing ma ... means I have to insist. . But then you joined the curves and made a single extrusion right?
post what you managed to get, so that you can help.