RT @AdvSciNews: A chameleon's tongue provides inspiration for a new class of soft robot that achieves rapid, high‐power motions using store…
RT @AdvSciNews: A chameleon's tongue provides inspiration for a new class of soft robot that achieves rapid, high‐power motions using store…
RT @PurdueIndEng: Elastic energy storage research by Purdue IE's Ramses Martinez's FlexiLab! https://t.co/zGMJfUn4AZ #rethinkie https://t.c…
Elastic energy storage research by Purdue IE's Ramses Martinez's FlexiLab! https://t.co/zGMJfUn4AZ #rethinkie
RT @AdvSciNews: A chameleon's tongue provides inspiration for a new class of soft robot that achieves rapid, high‐power motions using store…
RT @AdvSciNews: A chameleon's tongue provides inspiration for a new class of soft robot that achieves rapid, high‐power motions using store…
A chameleon's tongue provides inspiration for a new class of soft robot that achieves rapid, high‐power motions using stored elastic energy @DebkalpaGoswami @PurdueEngineers #robotics #sciart - Read the article (and watch the videos!): https://t.co/cWKQ9f
Work on elastic energy storage in soft robots is featured on the cover of the Jan 3 issue of Advanced Functional Materials. Full paper: https://t.co/u5Fb2w0FAa @AdvSciNews @PurdueEngineers https://t.co/8sJK29GR1o
nice study on the advantages of pre-stressed materials in soft robotics, with lots of fun biological references (and spastic soft robots): https://t.co/VbBdA1dm6B https://t.co/o4BNWCWvpz
RT @AdvSciNews: Researchers @PurdueIndEng describe a simple design for soft actuators, which use elastic energy storage to enhance the capa…
Researchers @PurdueIndEng describe a simple design for soft actuators, which use elastic energy storage to enhance the capabilities of soft robots @DebkalpaGoswami #robotics – Read the article: https://t.co/sqVRf1obmx https://t.co/UHdddU2Zjz
RT @NCCRbioinspired: Chameleon's tongue strike inspires fast-acting robots https://t.co/VviCF9Tmb0 #bioinspired https://t.co/T1no3PN5l9
Chameleon's tongue strike inspires fast-acting robots https://t.co/VviCF9Tmb0 #bioinspired https://t.co/T1no3PN5l9
Latest work on soft robotics appeared in Adv. Funct. Mater. today. We leverage the stored elastic energy in pre-stressed elastomers to create high-speed soft actuators and bistable soft power amplification systems. Full paper at: https://t.co/8ISROOLWtx @A