Search for tag: "hinge"

Thumbnail for Layer-By-Layer Fabrication Framework for Self-Folding Origami for Metamaterial and Robotic Applications, David C. Bershadsky, UG '24 (A8DB0823)

Layer-By-Layer Fabrication Framework for…

duration 2 minutes 36 seconds

Layer-By-Layer Fabrication Framework for…

Layer-By-Layer Fabrication Framework for Self-Folding Origami for Metamaterial and Robotic Applications, David C. Bershadsky, UG '24 (A8DB0823)

Layer-By-Layer Fabrication Framework for Self-Folding Origami for Metamaterial and Robotic Applications, David C. Bershadsky, UG '24 (A8DB0823)

This work presents a new technique for the fabrication self folding origami structures for use in robotics and metamaterial applications. The technique builds upon prior work using liquid crystal…

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origami
implementations
applications
actuation
control
addition
coils
heating
degradation
performance
hinge
volume
robotics
swarm
unit
material
configurations
materials
diagram
fabrication
From  Research Princeton Research Day 2 likes 33 plays
Date
May 3rd, 2024
Speaker
David C. Bershadsky, UG '24 (A8DB0823)
Department
Electrical and Computer Engineering
Thumbnail for OURSIP Intern - Elle Lazarski

OURSIP Intern - Elle Lazarski

duration 3 minutes 25 seconds

OURSIP Intern - Elle Lazarski

OURSIP Intern - Elle Lazarski

OURSIP Intern - Elle Lazarski

A Novel Method for the Fabrication and Optimization of 3D-Printed Hinges Advised by: Prof. Ryan Adams, Computer Science Dr. Eder Medina, Computer Science

hinge
fiber
printer
layer
nozzle
slicer
hinges
mark
print
language
filament
computer
kevlar
python
material
layers
cad
nylon
manufacturing
objects
From  our Undergraduate Research 0 likes 42 plays
Date
July 31st, 2023
Speaker
Elle Lazarski
Department
Office of Undergraduate Research