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Inhomogeneous deformations of Light Activated Shape Memory Polymers
J. S. Sodhi, P. R. Cruz,
I. J. Rao
Mechanical and Industrial Engr
Research output
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Article
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peer-review
43
Scopus citations
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Keyphrases
Light Activated Shape Memory Polymer
100%
Inhomogeneous Deformation
100%
Shape Memory Polymer
60%
Temporary Shape
60%
Constitutive Model
20%
Smart Materials
20%
Aerospace Industry
20%
Biomedical Devices
20%
MEMS Devices
20%
Boundary Value Problem
20%
Multiple Natural Configurations
20%
Specific Frequency
20%
Light Activation
20%
Medical Applications
20%
Size-and-shape
20%
Specific Wavelength
20%
Large Families
20%
Ability to Change
20%
Model of Models
20%
Photosensitive Molecules
20%
Light Exposure
20%
Stent
20%
Light Intensity
20%
Remote Activation
20%
Shape Memory Materials
20%
Morphing Wing
20%
Temperature Constraint
20%
Deployable Space Structure
20%
Tacit Understanding
20%
Extent of Reaction
20%
Thermoresponsive Shape Memory
20%
Polymer Samples
20%
Covalent Crosslinking
20%
Engineering
Inhomogeneous Deformation
100%
Constitutive Model
50%
Biomedical Device
50%
Microelectromechanical System
50%
Boundary Value
50%
Natural Configuration
50%
Medical Applications
50%
Ultraviolet Light
50%
Original Shape
50%
Temporary Deformed Shape
50%
Crosslinks
50%
Covalent
50%
Polymer Sample
50%
Extent of Reaction
50%
Morphing Wing Aircraft
50%
Material Science
Shape Memory Polymer
100%
Intelligent Material
12%
Aircraft
12%
Microelectromechanical System
12%
Shape Memory
12%