Mathematics
Rotating Disk
100%
Impulse Response
84%
Disturbance
67%
Boundary Layer
65%
Fluid
36%
Convective Instability
20%
Numerical Simulation
17%
Sufficient
17%
Complex Ginzburg-Landau Equation
16%
Suction
15%
Nonlinear Effects
15%
Mass Transfer
15%
Range of data
14%
Linear Stability
13%
Expand
12%
Reynolds number
12%
Global Stability
11%
Predict
11%
Scenarios
10%
Unstable
9%
Prediction
9%
Influence
9%
Necessary
8%
Upper bound
7%
Term
6%
Form
4%
Physics & Astronomy
rotating disks
81%
impulses
64%
boundary layers
61%
disturbances
45%
fluids
20%
Landau-Ginzburg equations
10%
suction
9%
engineers
9%
frequency shift
8%
mass transfer
8%
Reynolds number
7%
simulation
6%
shift
5%
predictions
4%
Engineering & Materials Science
Rotating disks
91%
Impulse response
73%
Boundary layers
66%
Fluids
22%
Computer simulation
9%
Mass transfer
7%
Reynolds number
7%
Engineers
6%