Keyphrases
Shear Flow
95%
Viscous Drops
84%
Stokes Flow
73%
Convection
69%
Numerical Simulation
65%
Primary Cilia
61%
Cilia
55%
Leaky Dielectric
55%
Electrodeformation
55%
Electric Field (E-field)
54%
Viscous Fluid
45%
Two Dimensional
44%
Inextensible
44%
Penta-hepta Defect
42%
Hydrodynamic Interaction
40%
Surfactant
38%
Immersed Interface Method
38%
Electrohydrodynamic Simulation
36%
Fluid Interface
33%
Bilayer Lipid Membrane
33%
Hexagon
32%
Rayleigh-Taylor Instability
32%
Reinforcement Learning
32%
Long Waves
31%
Prolate
31%
Mean Flow
30%
Semi-flexible
30%
Rheology
30%
Cellular Flow
30%
Vertical Slot
28%
Mechanosensitive Channel
28%
Numerical Results
27%
Direct numerical Simulation
26%
Non-Boussinesq
26%
Creeping Flow
26%
Analytical Solution
25%
Elastic Membrane
25%
Rayleigh-Taylor
25%
Rayleigh-Taylor Mixing
24%
Compact Stars
24%
Thermonuclear Burning
24%
Weakly Nonlinear Analysis
24%
Galvani Potential
24%
Electrodiffusion
24%
Mechanical Rotation
24%
Immersed Boundary
24%
Spheroid Model
24%
Fluid Dynamics
24%
Wave Dynamics
24%
Low Reynolds number
24%
Engineering
Shear Flow
100%
Electric Field
86%
Computer Simulation
75%
Hydrodynamics
59%
Two Dimensional
54%
Surfactant
51%
Boundary Condition
51%
Diffusive
41%
Small Deformation
38%
Reinforcement Learning
36%
Fluid Viscosity
36%
Hydrodynamic Interaction
32%
Dielectrics
30%
Hydrogel
29%
Fluid Interface
29%
Capacitive
26%
Creeping Flow
26%
Direct Numerical Simulation
25%
Linearized Stability
24%
Nonlinear Analysis
24%
Linear Flow
24%
Vorticity
24%
Fluid Flow
24%
Simulation Result
23%
Good Agreement
22%
Electric Potential
22%
Membrane Tension
22%
Energy Engineering
21%
Stagnation Point
20%
Elastic Membrane
20%
Tension Surface
20%
Hydrophobic
20%
Flow Regime
20%
Spheroidal
20%
Illustrates
19%
Buckling
18%
Linear Stability Analysis
18%
Rotational
18%
Coil Transition
18%
Electric Stress
17%
Lipid Bilayer
17%
Two-Phase Flow
17%
Multiscale
16%
Laplaces Equation
16%
Analytical Model
16%
Inertia Effect
16%
Complex Fluid
16%
Fluid Velocity
16%
Microscopic Scale
15%
Extensional Flow
15%