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A mechanical model of retinal detachment
Tom Chou,
Michael Siegel
Center for Applied Mathematics and Statistics
Mathematical Sciences
Research output
:
Contribution to journal
›
Article
›
peer-review
16
Scopus citations
Overview
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Dive into the research topics of 'A mechanical model of retinal detachment'. Together they form a unique fingerprint.
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Engineering
Energy Engineering
100%
Mechanical Model
100%
Hydraulics
100%
Fluid Pressure
100%
Delamination
100%
Mechanical Force
100%
Critical Radius
100%
Fluid Force
100%
Yield Stress
100%
Pressure Jump
100%
Reattachment
100%
Hydraulic Pressure
100%
Mechanical Tension
100%
Photoreceptor
100%
Keyphrases
Mechanical Model
100%
Retinal pigment Epithelium
100%
Retinal Detachment
100%
Blister
83%
Retina
50%
Exudative Retinal Detachment
33%
Healing
16%
Physical Mechanism
16%
Quantitative Characterization
16%
Volume of Fluid
16%
Fluid Pressure
16%
Delamination
16%
Mechanical Force
16%
Hydraulic Pressure
16%
Hydraulic Conductivity
16%
Critical Radius
16%
Yield Stress
16%
Fluid Force
16%
Adhesion Energy
16%
Adhesive Bonding
16%
Mechanical Tension
16%
Pump Current
16%
Photoreceptor Cells
16%
Volume Flow
16%
Retinal Reattachment
16%
Maximum Yield
16%
Choroidal
16%
Pressure Jump
16%
Traction Force
16%
Subretinal Fluid
16%
Medicine and Dentistry
Retinal Detachment
100%
Retinal Pigment Epithelium
100%
Blister
83%
Exudative Retinal Detachment
33%
Subretinal Fluid
16%
Photoreceptor Cell
16%
Nursing and Health Professions
Visual Pigment
100%
Retina Detachment
100%
Blister
83%
Tension
16%
Subretinal Fluid
16%
Pressure
16%
Neuroscience
Retinal Pigment Epithelium
100%
Retinal Detachment
100%
Exudative Retinal Detachment
40%
Photoreceptor Cell
20%
Chemistry
Retinal Pigment
100%
Delamination
20%
Tension
20%
Hydraulics
20%
Yield Point
20%
Hydraulic Conductivity
20%