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The overall tone of the discussions reflects enthusiasm about the engineering innovation, with comments praising it as an 'awesome improvement' and 'reinventing the wheel.' Some posts elaborate on the mechanics, noting how the wheel's surface tension-inspired design could help it traverse rough terrain or obstacles, demonstrating a strong interest and engagement with the potential applications and scientific insight.
The majority of discussions show positive recognition of the research's novelty and effectiveness, with many describing the wheel as a 'cool' or 'awesome improvement', indicating general agreement on its innovation.
Posts express high curiosity and relevance, highlighting the design's potential for practical applications like obstacle navigation and terrain adaptation, which resonates with technological enthusiasts.
Several discussions delve into the mechanics and significance of the surface tension-inspired design, with phrases like 'reinvented the wheel' and 'fill the gaps with innovation', suggesting deep engagement with the concepts.
Although the tone is mostly celebratory, some posts hint at the broader influence, mentioning 'revisiting centuries-old technologies' and the neighborhood between traditional and modern engineering, indicating perceived moderate impact.
A new @SciRobotics study describes a variable-stiffness wheel that mimics surface tension of liquid droplets to switch between circular and irregular modes on rough terrain. https://t.co/WEerunRkRh https://t.co/98GSNZyx4E
A new @SciRobotics study describes a variable-stiffness wheel that mimics surface tension of liquid droplets to switch between circular and irregular modes on rough terrain. https://t.co/CA01mMO0I1 https://t.co/gFrP5IuRfb
Researchers have designed a shapeshifting wheel that can drive over obstacles like steps and large rocks. Learn more in Science #Robotics: https://t.co/589Z7EwMx2 https://t.co/AJcFqTMgqI
A new Science #Robotics study describes a variable-stiffness #wheel that mimics surface tension of liquid droplets to switch between circular and irregular modes on rough terrain. https://t.co/UTg7jdF0ch https://t.co/MHn9PozOVf
何か面白そうな奴が出てるな。パッと見めっちゃ剛性が変わるタイヤかな？後で見る。 https://t.co/4OactPYLNx
Somebody reinvented the wheel, again. I really like these reinventing-the-wheel papers, which show the importance of revisiting centuries-old technologies and filling the gaps with innovation. https://t.co/I06FSzvytI
A team of engineers from South Korea developed a groundbreaking wheel that adapts in real-time to uneven terrain. The design adjusts shape and stiffness, improving mobility on various surfaces and promising applications…
This study introduces a variable-stiffness wheel inspired by the surface tension of a liquid droplet, where changing tension in wire spokes alters the wheel's shape and stiffness. It was implemented in a wheelchair to…
3D Printed Shapeshifting "Morphing" Wheel ֍ Paper: https://t.co/8cKbPDAGJu ----- → Join our weekly newsletter and receive educational videos: https://t.co/EvOx65E1Li #3Dprinting #3Dprintingtraining #3Dprintingcareers #3Dprintingjobs #additivemanufacturing https://t.co/P6YDtCCkDA
@_596_ https://t.co/JObvYwkkQk
@_596_ https://t.co/JwpJkgCcvr 可変剛性タイヤの論文⬆️ https://t.co/MDQhidKQwl
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Oh, and if you are interested in the cool large-wheeled robot in that cover page, it comes from here, https://t.co/t5xfgvEY5S
https://t.co/K5My24tCXf
Variable-stiffness–morphing wheel inspired by the surface tension of a liquid droplet https://t.co/IRmiw17NF1
한국기계연구원, “바위 넘고 계단 오르는 바퀴” 세계 최초 개발 Variable-stiffness–morphing wheel inspired by the surface tension of a liquid droplet https://t.co/8S6CgW2X3q
RT @ScienceMagazine: A new @SciRobotics study describes a variable-stiffness wheel that mimics surface tension of liquid droplets to switch…
RT @ScienceMagazine: A new @SciRobotics study describes a variable-stiffness wheel that mimics surface tension of liquid droplets to switch…
RT @ScienceMagazine: A new @SciRobotics study describes a variable-stiffness wheel that mimics surface tension of liquid droplets to switch…
RT @AyatoKanada: 何か面白そうな奴が出てるな。パッと見めっちゃ剛性が変わるタイヤかな？後で見る。 https://t.co/4OactPYLNx
RT @ScienceMagazine: A new @SciRobotics study describes a variable-stiffness wheel that mimics surface tension of liquid droplets to switch…
Awesome improvement for thousands of years old wheel technology.
RT @ScienceMagazine: A new @SciRobotics study describes a variable-stiffness wheel that mimics surface tension of liquid droplets to switch…
RT @ScienceMagazine: A new @SciRobotics study describes a variable-stiffness wheel that mimics surface tension of liquid droplets to switch…
A new @SciRobotics study describes a variable-stiffness wheel that mimics surface tension of liquid droplets to switch between circular and irregular modes on rough terrain. https://t.co/WEerunRkRh https://t.co/98GSNZyx4E
何か面白そうな奴が出てるな。パッと見めっちゃ剛性が変わるタイヤかな？後で見る。 https://t.co/4OactPYLNx
RT @ScienceMagazine: A new @SciRobotics study describes a variable-stiffness wheel that mimics surface tension of liquid droplets to switch…
RT @ScienceMagazine: A new @SciRobotics study describes a variable-stiffness wheel that mimics surface tension of liquid droplets to switch…
A new @SciRobotics study describes a variable-stiffness wheel that mimics surface tension of liquid droplets to switch between circular and irregular modes on rough terrain. https://t.co/CA01mMO0I1 https://t.co/gFrP5IuRfb
RT @SciRobotics: A new Science #Robotics study describes a variable-stiffness #wheel that mimics surface tension of liquid droplets to swit…
A new Science #Robotics study describes a variable-stiffness #wheel that mimics surface tension of liquid droplets to switch between circular and irregular modes on rough terrain. https://t.co/UTg7jdF0ch https://t.co/MHn9PozOVf
Variable-stiffness–morphing wheel inspired by the surface tension of a liquid droplet | https://t.co/W92M5G903l
@ScienceMagazine @SciRobotics The link https://t.co/9jDbnRfuzb
Somebody reinvented the wheel, again. I really like these reinventing-the-wheel papers, which show the importance of revisiting centuries-old technologies and filling the gaps with innovation. https://t.co/I06FSzvytI
Variable-stiffness–morphing wheel inspired by the surface tension of a liquid droplet | Science Robotics https://t.co/9BgLzC2fBz
RT @SciRobotics: Researchers have designed a shapeshifting wheel that can drive over obstacles like steps and large rocks. Learn more in…
Researchers have designed a shapeshifting wheel that can drive over obstacles like steps and large rocks. Learn more in Science #Robotics: https://t.co/589Z7EwMx2 https://t.co/AJcFqTMgqI