PDF] Freely orientable microstructures for designing deformable 3D prints
Por um escritor misterioso
Last updated 12 junho 2024
This work explores the synthesis and fabrication of novel microstructures that mimic the effects of having oriented rigid fibers in an otherwise flexible material: the result is extremely rigid along a transverse direction while being comparatively very flexible in the locally orthogonal plane. Nature offers a marvel of astonishing and rich deformation behaviors. Yet, most of the objects we fabricate are comparatively rather inexpressive, either rigid or exhibiting simple homogeneous deformations when interacted with. We explore the synthesis and fabrication of novel microstructures that mimic the effects of having oriented rigid fibers in an otherwise flexible material: the result is extremely rigid along a transverse direction while being comparatively very flexible in the locally orthogonal plane. By allowing free gradation of the rigidity direction orientation within the object, the microstructures can be designed such that, under deformation, distances along fibers in the volume are preserved while others freely change. Through a simple painting tool, this allows a designer to influence the way the volume reshapes when deformed, and results in a wide range of novel possibilities. Many gradations are possible: local free orientation of the fibers; local control of the overall material rigidity (structure density); local canceling of the effect of the fibers, obtaining a more isotropic material. Our algorithm to synthesize the structures builds upon procedural texturing. It produces a cellular geometry that can be fabricated reliably despite 3D printing walls at a minimal thickness, allowing prints to be very flexible. The synthesis algorithm is efficient and scales to large volumes.
X-Bridges: Designing Tunable Bridges to Enrich 3D Printed Objects' Deformation and Stiffness
MAXL: Distributed Trajectories for Modular Motion
fabpub/fabgalaxy/fab_dataset.csv at master · HCIELab/fabpub · GitHub
Polymers, Free Full-Text
fabpub/fabgalaxy/fab_dataset.csv at master · HCIELab/fabpub · GitHub
Scalable 3D printing of aperiodic cellular structures by rotational stacking of integral image formation
PDF] Freely orientable microstructures for designing deformable 3D prints
Will microfluidics enable functionally integrated biohybrid robots?
PDF] Freely orientable microstructures for designing deformable 3D prints
Recomendado para você
-
Project4_G-Code : 5 Steps - Instructables12 junho 2024
-
Tiny extrusions in 2.4.0 · Issue #7976 · prusa3d/PrusaSlicer · GitHub12 junho 2024
-
Marlin and Kisslicer settings for awesome print quality12 junho 2024
-
BLTouch Start G-Code for Cura - Explanation & Examples - 3D Print Gorilla12 junho 2024
-
Kingroon Configuracoes, PDF, Building Materials12 junho 2024
-
Voxelab Aquila D1: New 3D Printer Unboxing and Review12 junho 2024
-
How to change code before start code? : r/Creality12 junho 2024
-
Xylinus: novel control for 3D printing, Food4Rhino in 202312 junho 2024
-
3D Printing: An Introduction. by Caleb Flaim, Recess Media Mentor, by Recess Media UW12 junho 2024
-
Right Extruder generates E0, Whereas Left extruder doesnt. · Issue #8780 · Ultimaker/Cura · GitHub12 junho 2024
você pode gostar
-
Juuni Taisen - Character: Usagi CV: Nobuhiko Okamoto12 junho 2024
-
Bfdi All Contestants Pack Part 2 - Bfb - Pin12 junho 2024
-
Super Golf Drive Slot Demo12 junho 2024
-
Watch SHIROBAKO - Crunchyroll12 junho 2024
-
Top Reasons NOT to move to Bethesda, MD!12 junho 2024
-
It's such a privilege to be a part of the @suns organization! Can't wait for the home opener! Thanks to @axios for the write up! Link in…12 junho 2024
-
It Takes Two, jogo cooperativo sobre um casal em crise, ganha trailer12 junho 2024
-
Breaking Point – Coming Of Age (2001, CD) - Discogs12 junho 2024
-
demon slayer mestre dos hashiras12 junho 2024
-
Reincarnated in Classroom of the elite (OP) - Chapter 16: The King and the Princess - Wattpad12 junho 2024