Engineering & Materials Science
Volume fraction
100%
Liquids
88%
Computer simulation
52%
Reynolds number
51%
Kinetic theory
43%
Viscosity
42%
Hydrodynamics
40%
Flow of fluids
39%
Fluids
37%
Particle interactions
34%
Gases
30%
Shear flow
28%
Composite materials
27%
Drag
26%
Rheology
24%
Acoustic properties
23%
Potential flow
23%
Polydispersity
22%
Phase velocity
21%
Velocity distribution
21%
Flow interactions
20%
Mass transfer
20%
Acoustic wave propagation
20%
Thermal conductivity
19%
Tensors
19%
Thin films
17%
Temperature
16%
Surface tension
15%
Acoustic waves
15%
Acoustic impedance
15%
Proteins
14%
Electrophoretic mobility
14%
Drag coefficient
13%
Permittivity
13%
Heat transfer
13%
Nanospheres
13%
Boundary conditions
13%
Shearing
12%
Resins
12%
Experiments
12%
Elasticity
12%
Lubrication
12%
Polymers
11%
Charged particles
11%
Composite films
11%
Homogenization method
11%
Hot Temperature
11%
Peclet number
11%
Cracks
10%
Laplace equation
10%
Mathematics
Bubble
92%
Liquid
71%
Gas
34%
Interaction
32%
Numerical Simulation
31%
Reynolds number
30%
Attenuation
30%
Volume Fraction
27%
Conductivity
24%
Hydrodynamic Interaction
24%
Hydrodynamics
24%
Dynamic Simulation
24%
Low Reynolds number
23%
Stokes Flow
23%
Kinetic Theory
22%
Stokes
21%
Shear Flow
21%
Composite
21%
Diffusivity
20%
Acoustics
17%
Viscosity
17%
Crack
15%
Fluid
15%
Sound
15%
Plasmonics
14%
Membrane Protein
14%
Protein
14%
Rheology
13%
Thin Films
13%
Inclusion
13%
Ferrofluid
13%
Acoustic Waves
13%
Natural Frequency
13%
Potential Flow
12%
Fluidized Bed
12%
Particle Size Distribution
12%
Liquid Flow
11%
Mass Transfer
11%
Transport Properties
11%
Emulsion
11%
Contact Line
11%
Wave Propagation
11%
Lubrication
11%
Simulation
11%
Sedimentation
11%
Motion
10%
Nusselt number
10%
Permittivity
10%
Filament
10%
Perpendicular
10%
Physics & Astronomy
bubbles
84%
liquids
51%
simulation
32%
Stokes flow
28%
gases
27%
beds
27%
composite materials
25%
hydrodynamics
25%
interactions
24%
particulates
24%
inclusions
23%
multipoles
20%
Reynolds number
20%
acoustic properties
18%
attenuation
18%
kinetic theory
18%
particle interactions
17%
low Reynolds number
17%
shear flow
17%
fluids
17%
diffusivity
16%
impedance probes
14%
viscosity
14%
lubrication
13%
heat transfer
13%
solid suspensions
13%
drag
13%
proteins
12%
conductivity
12%
potential flow
12%
cracks
12%
contactors
11%
radii
11%
rheology
11%
stiffness
11%
coefficients
11%
predictions
10%
high Reynolds number
9%
Peclet number
9%
velocity distribution
9%
transport properties
9%
resonant frequencies
9%
matrices
9%
mass transfer
9%
voids
9%
permittivity
9%
acoustics
9%
scattering coefficients
9%
wave propagation
9%
stress tensors
8%