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Capillary rise of a non-Newtonian liquid intoa deformable porous material
J. I. Siddique
, D. M. Anderson
Penn State York
Research output
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Contribution to journal
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Article
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peer-review
13
Citations (SciVal)
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Dive into the research topics of 'Capillary rise of a non-Newtonian liquid intoa deformable porous material'. Together they form a unique fingerprint.
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Mathematics
Porous Materials
83%
Liquid
58%
Gravity
43%
Power Law
20%
Fluid
15%
Mixture Theory
15%
Power-law Fluid
14%
Non-Newtonian Flow
14%
Similarity Solution
12%
Moving Boundary
12%
Free Boundary Problem
10%
Model
3%
Engineering & Materials Science
Non Newtonian liquids
100%
Porous materials
59%
Gravitation
35%
Fluids
19%
Non Newtonian flow
14%
Liquids
6%
Physics & Astronomy
porous materials
68%
liquids
32%
gravitation
30%
fluids
17%
free boundaries
12%
solid phases
9%
Chemical Compounds
Gravity
46%
Porosity
35%
Liquid
32%
Solution Equilibrium
27%
Displacement
8%
Flow
6%
Mixture
4%