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Brachistochrones in potential flow and the connection to Darwin's theorem
Roberto Camassa
, Richard M. McLaughlin
, Matthew N.J. Moore
,
Ashwin Vaidya
Mathematics
Research output
:
Contribution to journal
›
Article
›
peer-review
12
Scopus citations
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Keyphrases
Brachistochrone
100%
Darwin
100%
Reflux
40%
Stokes Flow
20%
Asymptotic Properties
20%
Small Reynolds number
20%
Time Trajectories
20%
Volume Correction
20%
Infinite Distance
20%
Stratified Fluid
20%
Minimum Travel Time
20%
Added Mass
20%
Correction Formula
20%
Oseen
20%
Asymptotic Correction
20%
Numerical Calculation
20%
Flow Past a Sphere
20%
Least Time
20%
Lagrangian Displacement
20%
Earth and Planetary Sciences
Potential Flow
100%
Travel Time
50%
Reynolds Number
50%
Stokes Flow
50%
Stratified Fluid
50%
Asymptotic Property
50%
Falling Sphere
50%
Mathematics
Brachistochrone
100%
Potential Flow
100%
Asymptotics
40%
Stoke Flow
20%
Asymptotic Property
20%
Lagrangian
20%
Proposition
20%
Reynolds Number
20%
Engineering
Brachistochrone
100%
Potential Flow
100%
Reynolds' Number
20%
Added Mass
20%
Starting Particle
20%
Moving Body
20%
Numerical Calculation
20%
Correction Formula
20%
Arts and Humanities
Time travel
100%