Mathematics
Thermal Convection
82%
Heat Transport
81%
Mass Transport
76%
Prandtl number
68%
Convection
45%
Aspect Ratio
34%
Boundary Layer
33%
Heating
33%
Internal
22%
Cell
20%
Style
18%
Flow Pattern
13%
Rayleigh number
11%
Flow Field
10%
Turbulence
10%
Breakdown
9%
Monitoring
9%
Horizontal
8%
Time Scales
8%
Decrease
7%
Vary
7%
Finite Element Method
7%
Interior
7%
Prediction
7%
Configuration
7%
Strictly
6%
Range of data
5%
Physics & Astronomy
Prandtl number
59%
free convection
56%
convection
39%
heat
36%
boundary layers
31%
aspect ratio
24%
plumes
18%
heating
17%
flow distribution
15%
cells
14%
sinking
12%
Earth mantle
10%
Rayleigh number
10%
tracers
8%
boxes
8%
finite element method
7%
breakdown
7%
turbulence
6%
predictions
4%
configurations
4%
Engineering & Materials Science
Prandtl number
64%
Convection
54%
Mass transfer
48%
Boundary layers
29%
Hot Temperature
26%
Aspect ratio
21%
Heating
16%
Thermal plumes
12%
Tracers
9%
Flow patterns
7%
Turbulence
7%
Earth (planet)
6%
Flow fields
6%
Finite element method
4%
Monitoring
4%
Earth & Environmental Sciences
thermal convection
70%
mass transport
56%
convection
35%
boundary layer
28%
heating
19%
plume
14%
Rayleigh number
10%
finite element method
8%
flow pattern
8%
flow field
8%
tracer
7%
turbulence
7%
mantle
6%
timescale
6%
cold
6%
transition
5%
monitoring
4%
prediction
4%
Chemical Compounds
Prandtl Number
100%
Mass Transfer
45%
Heat
40%
Flow
17%
Rayleigh Number
16%
Turbulence
12%
Velocity
7%
Strength
5%
Amount
3%
Time
3%