Here is another back with the contours tucked in
in longitudinal section
transverse section
21 sketches to create to make this piece in surface
you have to work a lot on the splines and adjust them well
now it's true not having the sketch of the model it may not be this one that interests you ;-(
but it's quite possible to do it, the proof is right in front of your eyes ;-)
@+ ;-)
In the shot of the violin I have, I only have 5 cuts. It's not enough but it's difficult in making others, from the ones I have. The thickness of the sections is important because it could obviously change the results obtained in frequency simulation.
I don't understand your answer
In the shot of the violin I have, I only have 5 cuts. It's not enough but it's difficult in making others, from the ones I have. The thickness of the sections is important because it could obviously change the results obtained in frequency simulation.
yes of course if you change your profile you have to change the frequencies
but you for the moment you don't have a frequency study since no part made
make a part and do a study and then you make a modification to see what changes
which is moreover I think you have to create the violin
whole because it is not the resonance of the back that makes the sound of the violin
It is only a volume that amplifies the sound box, the sound is transmitted via the bridge which, via the pressure of the strings, makes the soundboard vibrate
see this link https://fr.wikipedia.org/wiki/Violon
to make other splines you have to extrapolate
and what are you talking about when you say (the thickness of the cuts is important)
You have no choice in my humble opinion
@+
See this blueprint for a violin
here is the link https://dl.dropboxusercontent.com/u/64923329/ViolinDravings/ViolinDravingmm.png