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A poroelastic model for laboratory water injection test in highly permeable rocks
Yue Gao,
Emmanuel Detournay
Civil, Environmental, and Geo- Engineering
Research output
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peer-review
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Dive into the research topics of 'A poroelastic model for laboratory water injection test in highly permeable rocks'. Together they form a unique fingerprint.
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Physics & Astronomy
water injection
100%
rocks
58%
injection
44%
boreholes
30%
cracks
18%
sandstones
16%
quasi-steady states
15%
fracture mechanics
14%
propagation
14%
lubrication
13%
wings
12%
hydraulics
12%
pressure distribution
12%
permeability
10%
breakdown
9%
porosity
8%
fluids
7%
Earth & Environmental Sciences
fracture flow
41%
laboratory
32%
rock
29%
laboratory experiment
25%
crack
23%
test
23%
poroelasticity
21%
fracture propagation
18%
water
18%
fracture mechanics
17%
pressure field
17%
rate
14%
hydraulic fracturing
14%
pore pressure
14%
sandstone
11%
permeability
10%
transition
9%
fluid
8%
Engineering & Materials Science
Water injection
71%
Rocks
51%
Boreholes
26%
Cracks
16%
Pore pressure
14%
Sandstone
14%
Fracture mechanics
12%
Lubrication
11%
Hydraulics
9%
Experiments
8%
Fluids
7%
Chemical Compounds
Pressure
35%
Fracture Mechanics
22%
Lubrication
17%
Permeability
12%
Pore
9%
Flow
9%