Andreas Bastian
3D printing research scientist, Autodesk
- the technology is kind of "old", first patents are over thirty years old
- one of the major trends is that there is no longer a crisp line of the performance of a material and its inherent qualities
- at autodesk they can leverage that at scale (he has a very nice type font)
- he was also at MakerBot at the end of the early days. Left at the end of 2013.
- body printing hardware (what is that????)
- sls: the laser based powder
something cured resins (there is a lot to look into, I guess I need to start now)
an object: material and structure structure: how the material is organized
bending
tension and compression (more efficient use of the material) Material: intensive properties
density hardness thermal conductivity
how stiff something: Young's Modulus -poisson's ratio: Some materials are stronger in compression, some in tension tensegrity
- Buckminster Fuller inventor
- composites The truss: a structure
- nanotrusses!!
What group with the 3D printed body prosthetics? - worked on a mesh to that it would heat and cool easily (?) Mesostructure - auxetic deformation/behavior
Monoclastic{seen in nature Anticlastic } Synclastic (rarely seen in nature)
lawerence livermore national lab: design materials group
Autodesk is going to release a 3D printer with a photo resin
sarat babu: betatype
schocastic materials: a little random From Autodesk: project dreamcatcher - hones in on design with intent and then applies structure for that intent - optimization through algorithimic computation
DMG Mori;s 3D printer that prints metal
A loom printer, a continuous 3D printer prints on a conveying surface
yo@andreasbastian.com
there are pnuematic things that mimic resistors and transistors and such pnuematic: ==> already built into the machine power tools - as another option PCL is biodegradable Questions: (his lecture was incredibly hard to follow) - there is a huge opportunity to design the software tools ...
resistive force sensors
e-NABLE