Dynamic Covalent Networks

Dynamic Covalent Bonding Dynamic Polymer Network Systems Self-Healing material systems and closely related topics.
24 Pins2 Followers
SOFT BOT SQUAD  Using an elastic, self-healing material, researchers created (from left to right) a robotic hand, gripper and muscle. ~~ S. Terryn et al/Science Robotics 2017

Robot, heal thyself

SOFT BOT SQUAD Using an elastic, self-healing material, researchers created (from left to right) a robotic hand, gripper and muscle. Terryn et al/Science Robotics 2017

Axalta Coating Systems Announces Customer Experience Center to Open in Concord, North Carolina

VUB tests self-healing robots | BRUZZ

VUB tests self-healing robots

Zachtere robots kunnen meewerken in bijvoorbeeld de fruit- en groente-industrie. Zachtere materialen maken de machines wel gevoeliger voor beschadiging. © Brubotics

Zachtere robots kunnen meewerken in bijvoorbeeld de fruit- en groente-industrie. Zachtere materialen maken de machines wel gevoeliger voor beschadiging. © Brubotics

VUB presents "self-healing robots"

Researchers have developed a robot hand made from soft, flexible materials that can heal themselves when damaged.

Soft Robotic components at work

Robots can now heal themselves

New research invents self-healing soft robots in a significant breakthrough in robotic engineering

Grâce à la VUB, les robots peuvent maintenant se soigner

Researchers have developed a robot hand made from soft, flexible materials that can heal themselves when damaged.

Science Robotics: 2 (9)

Science Robotics: 2 (9)

Over-pressure: 0.30 bar

Over-pressure: 0.30 bar

The SH-MF was integrated in an antagonistic compliant actuator which drives a pendulum. The SH-MF was placed in series with one of the springs. These springs...

Self-Healing Mechanical Fuse intefrated in an antagonistic compliant actuator

SEM images of pullulan nanofibers electrospun at 30, 50 and 70% RH from aqueous ...

SEM images of pullulan nanofibers electrospun at 50 and RH from aqueous .

Creation of a nanovascular network by electrospun sacrificial nanofibers for self-healing applications and its effect on the flexural…

Creation of a nanovascular network by electrospun sacrificial nanofibers for self-healing applications and its effect on the flexural properties of the bulk material

IEEE Xplore Abstract - Toward Self-Healing Actuators: A Preliminary Concept

IEEE Xplore Abstract - Toward Self-Healing Actuators: A Preliminary Concept

Click to drag

Click to drag

Pinterest
Search