Paul Dalton
@daltonlab.bsky.social
Associate Professor at the Knight Campus, Oregon. 3D printing fanboy; tissue engineer & scaffold designer, teacher, entrepeneur, lover of the outdoors, melt electrowriting inventor. #Biofabrication, #MEW, #3Dprinting, #bioengineering, #meltelectrowriting
Great to work with @luxenhoferlab.bsky.social again and the Lindberg Lab at Knight Campus, who are always great partners.
December 24, 2024 at 4:39 PM
Great to work with @luxenhoferlab.bsky.social again and the Lindberg Lab at Knight Campus, who are always great partners.
..with some extra figures. Check out the Supporting Videos, as there are several interesting ones there!
December 24, 2024 at 4:39 PM
..with some extra figures. Check out the Supporting Videos, as there are several interesting ones there!
....importantly, this discovery of geometric design would not have been possible without Ievgenii Liashenko and Andrei Hrynevich.
November 30, 2024 at 3:27 AM
....importantly, this discovery of geometric design would not have been possible without Ievgenii Liashenko and Andrei Hrynevich.
...there is much more to this - it allows self correction of inherent defects for sinusoidal fiber printing and gives control to make new shapes for many applications.
November 30, 2024 at 3:27 AM
...there is much more to this - it allows self correction of inherent defects for sinusoidal fiber printing and gives control to make new shapes for many applications.
..it also allows branching and recombination of MEW fiber walls which also effects the mechanics.....you might see a boat, but I also see a hinge...
November 30, 2024 at 3:27 AM
..it also allows branching and recombination of MEW fiber walls which also effects the mechanics.....you might see a boat, but I also see a hinge...
..so this subtle control of fiber-on-fiber placement can have a substantial effect on its mechanical properties. For instance this candy-cane colored image shows three types of walls - vertical, inwards tilting and outwards tilting so it stretches differently in each direction..
November 30, 2024 at 3:27 AM
..so this subtle control of fiber-on-fiber placement can have a substantial effect on its mechanical properties. For instance this candy-cane colored image shows three types of walls - vertical, inwards tilting and outwards tilting so it stretches differently in each direction..
...there is resistance to doing this due to an "auto-focusing" effect by the electric field, but layer-by-layer shifts in the printing path lets you tilt the fiber walls...
November 30, 2024 at 3:27 AM
...there is resistance to doing this due to an "auto-focusing" effect by the electric field, but layer-by-layer shifts in the printing path lets you tilt the fiber walls...
Thanks for setting this up - could you please add me?
November 21, 2024 at 10:24 PM
Thanks for setting this up - could you please add me?
I wanted to thank my friends and hopefully interested colleagues who I nominated for the MEW group, to get things up and running. Thank you!🙏
November 18, 2024 at 12:32 AM
I wanted to thank my friends and hopefully interested colleagues who I nominated for the MEW group, to get things up and running. Thank you!🙏
Thanks! Could you please add me to the 3D printing and polymer group?
November 17, 2024 at 5:49 PM
Thanks! Could you please add me to the 3D printing and polymer group?
one more self nomination :-) - thanks for organizing this group!
November 17, 2024 at 5:21 PM
one more self nomination :-) - thanks for organizing this group!