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Hyperinelasticity. Part II: A stretch-based formulation
Afshin Anssari-Benam
School of Electrical and Mechanical Engineering
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peer-review
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Engineering
Compressive Deformation
50%
Core Model
50%
Crystallinity
100%
Deformation Energy
50%
Elastomer
50%
Energy Function
50%
Hardening Behavior
50%
Hydrogel
50%
Liquid Crystal Elastomer
50%
Model Parameter
100%
Principal Invariant
50%
Principal Stretch
100%
Rate Deformation
50%
Scalar Field
50%
Semicrystalline Polymer
50%
Tensile Deformation
50%
Volume Ratio
50%
INIS
applications
66%
augmentation
16%
capture
16%
datasets
16%
deformation
100%
elastomers
33%
energy
16%
foams
16%
hardening
16%
hydrogels
16%
implementation
16%
liquid crystals
16%
modeling
66%
polymers
33%
power
16%
range
33%
scalar fields
16%
simulation
16%
volume
33%
yields
16%
Material Science
Crystal Structure
100%
Elastomer
100%
Hydrogel
100%
Liquid Crystal Elastomer
100%
Semi-Crystalline Polymer
100%
Physics
Crystal Structure
50%
Crystallinity
100%
Elastomer
100%
Liquid Crystal
50%
Chemical Engineering
Elastomer
100%
Hydrogel
50%