Hi errybody, I've been a lurker around these parts for a long time, been fiddling with speakers and making random speakers for... a while?
I was possessed to sign up by an alpha feature in my 3d printers slicer: fuzzy skin. roughly textured enclosures, waveguides and baffles? How would that affect sound? The texture size winds up being significantly smaller than the wavelength of audible frequencies....
I was possessed to sign up by an alpha feature in my 3d printers slicer: fuzzy skin. roughly textured enclosures, waveguides and baffles? How would that affect sound? The texture size winds up being significantly smaller than the wavelength of audible frequencies....
At least some research has been done… ie the B^&W dimled vents.
Size and pattern will determine what it does.
dave
Size and pattern will determine what it does.
dave
I think you meant to type dimpled ports? 'dimled' isn't used much...
It would be better to apply a dimpled (4mm surface diameter concavities) texture to a port via pre-processing the model. fuzzy printing is much rougher and much finer, as seen on this fuzzy speaker baffle(0.15mm layer height, 16mm opening prusaslicer 2.4.0alpha2):
It would be better to apply a dimpled (4mm surface diameter concavities) texture to a port via pre-processing the model. fuzzy printing is much rougher and much finer, as seen on this fuzzy speaker baffle(0.15mm layer height, 16mm opening prusaslicer 2.4.0alpha2):