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Fracture mechanics studies of adhesion in biological systems
Kenneth R. Shull
, Wan Lin Chen
Materials Science and Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
9
Scopus citations
Overview
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Dive into the research topics of 'Fracture mechanics studies of adhesion in biological systems'. Together they form a unique fingerprint.
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INIS
substrates
100%
adhesives
100%
gelatin
100%
solids
66%
interfaces
66%
interactions
66%
applications
66%
energy
66%
adhesion
66%
cracks
66%
fracture mechanics
66%
surfaces
33%
information
33%
apparatus
33%
hydrogels
33%
velocity
33%
crack propagation
33%
surface forces
33%
Engineering
Contact Area
100%
Crack Propagation
100%
Energy Release Rate
66%
Measurement
66%
Biological System
66%
Experiments
66%
Applications
66%
Substrates
66%
Flat Surface
33%
Hydrophilic
33%
Hydrophobic
33%
Fracture Mechanics
33%
Applied Load
33%
Substrate Interface
33%
Fracture Mechanic Study
33%
Crack Velocity
33%
Contact Angle Measurement
33%
Surfaces
33%
Determines
33%
Physics
Gelatin
100%
Adhesion
66%
Utilization
66%
Solid State
66%
Substrates
66%
Modulus of Elasticity
33%
Flat Surfaces
33%
Fracture Mechanics
33%
Information
33%
Behavior
33%
Displacement
33%
Material Science
Material
66%
Solid
66%
Adhesion
66%
Characterization
33%
Elastic Moduli
33%
Hydrogel
33%
Surface
33%