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A viscoelastic flow instability near the solid body rotation limit
K. Arora,
R. Sureshkumar
Research output
:
Contribution to journal
›
Article
›
peer-review
2
Scopus citations
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Dive into the research topics of 'A viscoelastic flow instability near the solid body rotation limit'. Together they form a unique fingerprint.
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Mathematics
Flow Instability
100%
Viscoelastic Flow
78%
Non-Newtonian Fluid
46%
Angular speed
32%
Secondary Flow
30%
Creeping Flow
29%
Polymer Solution
28%
Scaling Laws
25%
Thinning
25%
Linear Stability Analysis
24%
Relaxation Time
23%
Eccentricity
22%
Convection
19%
Liquid
18%
Global Stability
18%
Disturbance
18%
Viscosity
17%
Scaling
16%
Radius
15%
Prediction
15%
Fluid
14%
Perturbation
13%
Dependent
12%
Denote
11%
Form
7%
Physics & Astronomy
viscoelasticity
63%
base flow
53%
electrostatic gyroscopes
37%
fluids
34%
secondary flow
23%
eccentrics
21%
eccentricity
20%
scaling laws
19%
disturbances
16%
convection
16%
relaxation time
15%
viscosity
13%
scaling
13%
shear
13%
perturbation
12%
products
12%
radii
11%
polymers
11%
predictions
10%
liquids
10%
Engineering & Materials Science
Fluids
36%
Linear stability analysis
27%
Polymer solutions
25%
Relaxation time
25%
Scaling laws
24%
Secondary flow
22%
Shear deformation
19%
Convection
19%
Viscosity
15%
Liquids
12%
Chemical Compounds
Flow
37%
Cylinder
36%
X-Ray Weissenberg
35%
Scaling Law
16%
Shear
10%
Chemical Transformation
7%
Liquid
6%
Solvent
5%