A new class of polythiourethane soft actuators based on liquid crystal and thiourethane segments has been developed by a one-pot approach. The formation of well-defined thiourethane segments affords supramolecular cross-links through hydrogen-bonding interactions yielding materials that can be reprocessed and reprogrammed into arbitrary 3D shapes. A detailed understanding and characterization of the developed material are presented
The present paper details the synthesis, characterization, and preliminary physical analyses of a se...
Narrowly dispersed, 10 micron-sized, liquid crystalline elastomer polymer actuators were first prepa...
Inspired by the biology, soft robots have drawn tremendous attention due to its large and continuous...
The application of reprocessable and reprogrammable soft actuators is limited by the synthetic strat...
Direct ink writing (DIW) of liquid crystal elastomers (LCEs) has rapidly paved its way into the fiel...
In this work, the formation of triple-shape-memory liquid crystalline-interpenetrating polymer netwo...
Highly elastic polythiourethanes were synthesized through sequential thiol reactions involving 1,6-h...
Soft actuators designed from stimuli-responsive polymers often possess a certain amount of bionic fu...
A light-responsive supramolecular ink based on a melt-processable polythiourethane liquid crystal el...
Widely used traditional thermosets are good candidates for construction of 3D soft actuators because...
Publication status: PublishedAbstractLiquid crystalline elastomer networks cross‐linked by dynamic c...
n this work, a new family of poly(thiourethane) shape memory thermosetting actuators was developed a...
Comparing with traditional robotic design based rigid materials, soft material based robotic design ...
Soft robots, composed of intrinsically soft materials, have continuously deformable structures that ...
Polymeric materials with integrated functionalities are required to match their ever-expanding pract...
The present paper details the synthesis, characterization, and preliminary physical analyses of a se...
Narrowly dispersed, 10 micron-sized, liquid crystalline elastomer polymer actuators were first prepa...
Inspired by the biology, soft robots have drawn tremendous attention due to its large and continuous...
The application of reprocessable and reprogrammable soft actuators is limited by the synthetic strat...
Direct ink writing (DIW) of liquid crystal elastomers (LCEs) has rapidly paved its way into the fiel...
In this work, the formation of triple-shape-memory liquid crystalline-interpenetrating polymer netwo...
Highly elastic polythiourethanes were synthesized through sequential thiol reactions involving 1,6-h...
Soft actuators designed from stimuli-responsive polymers often possess a certain amount of bionic fu...
A light-responsive supramolecular ink based on a melt-processable polythiourethane liquid crystal el...
Widely used traditional thermosets are good candidates for construction of 3D soft actuators because...
Publication status: PublishedAbstractLiquid crystalline elastomer networks cross‐linked by dynamic c...
n this work, a new family of poly(thiourethane) shape memory thermosetting actuators was developed a...
Comparing with traditional robotic design based rigid materials, soft material based robotic design ...
Soft robots, composed of intrinsically soft materials, have continuously deformable structures that ...
Polymeric materials with integrated functionalities are required to match their ever-expanding pract...
The present paper details the synthesis, characterization, and preliminary physical analyses of a se...
Narrowly dispersed, 10 micron-sized, liquid crystalline elastomer polymer actuators were first prepa...
Inspired by the biology, soft robots have drawn tremendous attention due to its large and continuous...