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The curvature of material lines in a three-dimensional chaotic flow
D. M. Hobbs,
F. J. Muzzio
School of Engineering, Chemical & Biochemical Engineering
Research output
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Contribution to journal
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Article
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peer-review
17
Scopus citations
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Dive into the research topics of 'The curvature of material lines in a three-dimensional chaotic flow'. Together they form a unique fingerprint.
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Mathematics
Curvature
100%
Three-dimensional
91%
Line
85%
Chaotic Motion
28%
Filament
27%
Spatial Structure
27%
Three-dimensional Flow
26%
Folding
25%
Mean Curvature
21%
Periodicity
21%
Probability density function
20%
Profile
18%
Scaling
18%
Trajectory
16%
Configuration
16%
Fluid
16%
Motion
15%
Alternatives
13%
Range of data
13%
Relationships
12%
Invariant
11%
Model
7%
Physics & Astronomy
curvature
97%
flow geometry
51%
three dimensional flow
22%
deflectors
22%
geometry
20%
two dimensional models
19%
probability density functions
19%
folding
18%
ducts
18%
fluid flow
17%
periodic variations
16%
filaments
15%
trajectories
14%
scaling
12%
profiles
9%
configurations
9%
Engineering & Materials Science
Geometry
77%
Stretching
34%
Ducts
31%
Probability density function
31%
Trajectories
22%
Fluids
20%
Chemical Compounds
Flow
82%
Filament
21%
Mixture
9%