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Fluid-dependent shear slip behaviors of coal fractures and their implications on fracture frictional strength reduction and permeability evolutions
Long Fan,
Shimin Liu
John and Willie Leone Department of Energy & Mineral Engineering (EME)
Research output
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Contribution to journal
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Article
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peer-review
22
Scopus citations
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Dive into the research topics of 'Fluid-dependent shear slip behaviors of coal fractures and their implications on fracture frictional strength reduction and permeability evolutions'. Together they form a unique fingerprint.
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Earth & Environmental Sciences
friction
86%
permeability
82%
coal
80%
fluid
70%
reactivation
42%
softening
28%
coalbed methane
16%
dilation
15%
hot water
15%
helium
14%
foam
13%
hydraulic fracturing
13%
swelling
13%
pore pressure
12%
low pressure
12%
faulting
12%
tooth
12%
sorption
11%
carbon dioxide
10%
methane
10%
water
8%
particle
6%
rock
6%
parameter
4%
rate
4%
effect
3%
Engineering & Materials Science
Coal
100%
Fluids
78%
Faulting
20%
Coal bed methane
17%
Fracturing fluids
17%
Pore pressure
16%
Sorption
16%
Water injection
16%
Helium
15%
Swelling
15%
Water
14%
Strength of materials
14%
Foams
12%
Carbon dioxide
12%
Deterioration
12%
Rocks
11%
Steam
11%