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Anomalous predictions of pressure drop and heat transfer in ducts of arbitrary cross-section with modified power law fluids
S. Park, D. R. Lee
School of Mechanical Engineering
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peer-review
7
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Dive into the research topics of 'Anomalous predictions of pressure drop and heat transfer in ducts of arbitrary cross-section with modified power law fluids'. Together they form a unique fingerprint.
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Physics & Astronomy
drop transfer
100%
pressure drop
63%
ducts
58%
heat transfer
45%
shear
39%
fluids
34%
cross sections
34%
predictions
31%
viscosity
20%
constitutive equations
20%
forced convection
11%
Newtonian fluids
10%
viscous fluids
10%
Nusselt number
10%
Reynolds number
8%
products
6%
polymers
5%
Engineering & Materials Science
Shear deformation
58%
Ducts
57%
Pressure drop
51%
Heat transfer
38%
Fluids
37%
Viscosity
23%
Constitutive equations
20%
Polymer solutions
12%
Forced convection
11%
Nusselt number
9%
Reynolds number
8%
Friction
6%
Chemical Compounds
Pressure Drop
72%
Heat Transfer
62%
Shear
53%
Nusselt Number
17%
Newtonian Behaviour
14%
Flow
12%
Solution Behavior
11%