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Crude closure dynamics through large scale statistical theories
Marcus J. Grote, Andrew J. Majda
Mathematics
Center for Prototype Climate Modeling
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Article
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peer-review
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Mathematics
Boundary conditions
11%
Closure
81%
Drag
21%
Energy
34%
Equilibrium Point
15%
Forcing
50%
Free Boundary
16%
Navier-Stokes Equations
13%
Numerical Experiment
24%
Point Vortex
22%
Reynolds number
17%
Series
10%
Signed
17%
Simulation
10%
Spectrality
12%
Standards
9%
Two Dimensions
15%
Two Parameters
44%
Vortex
35%
Physics & Astronomy
boundary conditions
12%
closures
100%
drag
16%
energy
15%
free boundaries
20%
Navier-Stokes equation
16%
Reynolds number
14%
simulation
6%
velocity errors
53%
vortices
37%
vorticity
16%
Chemical Compounds
Dimension
25%
Energy
32%
Error
51%
Flow
21%
Reaction Yield
13%
Reynolds Number
46%
Velocity
56%
Engineering & Materials Science
Boundary conditions
25%
Drag
30%
Experiments
24%
Navier Stokes equations
33%
Reynolds number
28%
Vortex flow
88%