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A hydrodynamic analysis of flagellar propulsion
J. J.L. Higdon
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peer-review
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Keyphrases
Flagella
100%
Power Consumption
100%
Flagellar Propulsion
100%
Hydrodynamic Analysis
100%
Swimming Speed
75%
Small Cell
50%
Dipole
50%
Large Cell
50%
Stokeslet
50%
Slender Body Theory
50%
Force Distribution
50%
Numerical Results
25%
Flow Field
25%
Sinusoidal Wave
25%
Microorganisms
25%
Instantaneous Force
25%
Flagellar
25%
Stokes Equations
25%
Stokes Flow
25%
Relative Error
25%
Boundary Value Problem
25%
Forced Flow
25%
Constant Amplitude
25%
Wave number
25%
One-cycle
25%
Iterative Methods
25%
Wave Amplitude
25%
Spherical Cell
25%
Angular Velocity
25%
Wave Traveling
25%
Lighthill
25%
Flagellar Length
25%
Amplitude Wave
25%
Resistance Coefficient
25%
Swimming Power
25%
System of Singular Integral Equations
25%
Prediction Power
25%
Image System
25%
Single Wave
25%
Sine Wave
25%
Distribution Fields
25%
Yaw Motion
25%
Engineering
Hydrodynamics
100%
Cell Body
100%
Electric Power Utilization
66%
Slender Body Theory
33%
Singularities
16%
Flow Field
16%
Travelling Wave
16%
Stokes Equation
16%
Relative Error
16%
Boundary Value
16%
Constant Amplitude
16%
Wave Number
16%
Angular Velocity ω
16%
Lighthill
16%
Length (L)
16%
Centreline
16%
Induced Velocity
16%