Keyphrases
Reynolds number
78%
Spherical Drops
63%
Gas Bubble
63%
Extensional Flow
63%
Numerical Solution
54%
Brownian Motion
45%
Intermediate Reynolds number
45%
Material Frame Indifference
42%
Numerical Simulation
42%
Solid Sphere
42%
Fluid Mechanics
40%
Free Boundary Problem
40%
Flow around
39%
DOI Theory
36%
Molecular Orientation
36%
Rod-like
36%
Mass Extinction
36%
Uniaxial
36%
Polymer Additives
36%
Heat Transfer
36%
Navier-Stokes Equations
33%
Nematic Liquid Crystal
30%
Kinetic Equation
30%
Ocean Flow
27%
Earth's Magnetic Field
27%
Ericksen-Leslie Equations
27%
Cosmology
27%
Two Dimensional
27%
Methane
27%
Finite Difference Method
27%
Dilute Polymer Solutions
27%
Low Reynolds number
27%
Orthogonal Mapping
27%
Drag Coefficient
24%
Order Parameter
21%
Dissolved Gas
21%
Rotating Fluids
18%
Reply to Comment
18%
Source Flow
18%
Approximate Relation
18%
Dynamic Polymers
18%
Secular Variation
18%
Magnetic-field-induced
18%
Extensional Viscosity
18%
Viscous Liquid
18%
Viscosity
18%
Stochastic Processes
18%
Computational Economy
18%
Evolution Equations
18%
Vacuum Energy
18%
Engineering
Reynolds' Number
100%
Numerical Solution
72%
Fluid Mechanics
45%
Gas Bubble
40%
Fluid Viscosity
36%
Axisymmetric
33%
Navier-Stokes Equation
33%
Extensional Flow
27%
Transients
24%
Computer Simulation
24%
Drag Force
18%
Spherical Particle
18%
Dimensional Space
18%
Microscale
18%
Bubble Cavitation
18%
Channel Flow
18%
Sherwood Number
18%
Surfactant
18%
Final Stage
18%
Frequency Part
18%
Flow Structure
18%
Rotating Fluid
18%
Induced Stress
18%
Surface Velocity
18%
Convective
18%
Acoustic Pressure
18%
Internals
18%
Inviscid Fluid
18%
Diffusivity
18%
Nusselt Number
18%
Boundary Layer
18%
Rotation Rate
18%
Diffusion Equation
18%
Boundary Condition
18%
Liquid Crystal
18%
Potential Flow
18%
Infinite Domain
18%
Magnetic Field
18%
Molecular Orientation
18%
Drag Coefficient
15%
Kinetic Equation
12%
Limiting Case
9%
Constitutive Relation
9%
Vortex
9%
Stress Field
9%
Polymer Molecule
9%
Good Approximation
9%
Good Agreement
9%
Real Flow
9%
Flow Solution
9%