02:13
Supercoiling Muscles
02:44
Shape Memory Alloy Heat Engine
18:59
Testing artificial muscles.
07:18
Making artificial muscles from fishing line
01:53
Hydraulic McKibben Muscles
01:26
4D printing smart valve
02:44
Fiber reinforced hydrogels by 3D Printing
03:14
3D Printing of Fiber Reinforced Hydrogels
00:40
Mega Fishing Line Muscle
02:51
Thin, Tough, pH-Sensitive Hydrogel Films with Rapid Load Recovery
01:00
Lymph Sleeve Animation
03:55
Encapsulating Conductive Polymer Actuators-Part II: Spray Coating
05:56
Encapsulating Conductive Polymer Actuators-Part I
02:34
Effect of First Network Topology on the Toughness of Double Network Hydrogels
04:09
3D Printing of Tough Hydrogels
02:20
Electrically Conductive, Tough Hydrogels with pH Sensitivity
01:19
A pH Sensitive, Tough Hydrogel
02:09
New Fast Method for Preparing High Quality Polypyrrole Conducting Polymer
02:23
Polymer Nanofibre Artificial Muscles
00:37
Carbon Nanotube Torsional Actuator Mechanism
01:14
Carbon Nanotube Torsional Actuation Animation
02:25
Robotic Fish Powered by Conducting Polymer Artificial Muscle
04:59
A Review on Mechanical Properties of Hydrogels
X
About
Artificial muscles are fascinating materials with the potential to revolutionize areas like robotics and medical devices. Here we show examples of artificial muscle research originating from the University of Wollongong in Australia and our collaborators around the world.
Tags