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4D Printing of Surface Morphing Hydrogels
Chya Yan Liaw
, Jorge Pereyra
, Alperen Abaci
, Shen Ji
,
Murat Guvendiren
Chemical and Materials Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
14
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Scopus citations
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Keyphrases
4D Printing
100%
Surface Morphing
100%
Wrinkle Patterns
100%
3D Structure
66%
Optical Devices
66%
Fabrication Methods
66%
Crosslinking Time
66%
Cell Culture Platform
66%
Stem Cells
33%
Flexible Electronics
33%
Manufacturing Process
33%
Optical Cell
33%
Polymeric Systems
33%
Photopolymerization
33%
Microchip
33%
Wrinkling
33%
Strut
33%
Solid Materials
33%
Pattern Size
33%
Processing Stages
33%
Spontaneous Formation
33%
Cell Shape
33%
Humidity Sensor
33%
Diffraction Grating
33%
Partial Crosslinking
33%
Printing Nozzle
33%
Pattern Geometry
33%
Direct Fabrication
33%
Pattern Alignment
33%
Hierarchical Patterns
33%
Hydrogel Ink
33%
Smart Adhesive
33%
Surface Wrinkling
33%
Cross-linker Concentration
33%
Continuous Manufacturing Process
33%
Non-planar Structure
33%
Engineering
Hydrogel
100%
Manufacturing Process
66%
Limitations
33%
Flexible Electronics
33%
Fabrication Technique
33%
Crosslinker
33%
Solid Material
33%
Processing Step
33%
Spontaneous Formation
33%
Photopolymerization
33%
Humidity Sensor
33%
Stem Cell
33%
Diffraction
33%
Material Science
Hydrogel
100%
Four Dimensional Printing
100%
Optical Device
66%
Stem Cell
33%
Photopolymerization
33%
Ink
33%
Solid Material
33%
Humidity Sensor
33%
Physics
Wrinkling
100%
Optical Device
50%
Stem Cell
25%
Diffraction Grating
25%
Flexible Electronics
25%
Chemical Engineering
Hydrogel
100%
Scalability
33%
Photopolymerization
33%