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A fully-coupled water-vapor flow and rock deformation/damage model for shale and coal: Its application for mine stability evaluation
Ang Liu,
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
7
Scopus citations
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Dive into the research topics of 'A fully-coupled water-vapor flow and rock deformation/damage model for shale and coal: Its application for mine stability evaluation'. Together they form a unique fingerprint.
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Earth & Environmental Sciences
roof
79%
water vapor
73%
shale
68%
coal
57%
damage
56%
rock
42%
evaluation
41%
coal mine
20%
fluid
18%
field damage
18%
humidity
18%
air
17%
moisture
16%
geomechanics
13%
ground control
12%
water retention
11%
pillar
11%
suction
10%
swelling
10%
water
9%
relative humidity
9%
modeling
9%
mechanical property
9%
penetration
8%
analysis
8%
hazard
7%
permeability
7%
matrix
6%
exposure
6%
basin
5%
effect
2%
Engineering & Materials Science
Shale
100%
Water vapor
97%
Roofs
83%
Rocks
74%
Coal
71%
Atmospheric humidity
29%
Elastic deformation
24%
Coal mines
24%
Water
23%
Fluids
20%
Moisture
18%
Air
17%
Geomechanics
15%
Swelling
12%
Hazards
9%
Skin
9%
Mechanical properties
7%