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Fluid Flow in Fractured Porous Media

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The fluid flow in fracture porous media plays a significant role in the assessment of deep underground reservoirs, such as through CO2 sequestration, enhanced oil recovery, and geothermal energy development. Many methods have been employed—from laboratory experimentation to theoretical analysis and...

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Главные авторы: Liu, Richeng, Jiang, Yujing
Формат: Online
Язык:английский
Опубликовано: MDPI - Multidisciplinary Digital Publishing Institute 2021
Предметы:
TA1-2040
T1-995
deformation feature
minerals
microstructure
mixing
permeability
gas concentration
water–rock interaction
loose gangue backfill material
unified pipe-network method
fracture
roof-cutting resistance
crack
similar-material
movable fluid
gob-side entry retaining (GER)
rock-soil mechanics
bed separation
orthogonal tests
charge separation
water soaked height
fluid flow in reclaimed soil
laboratory experiment
longwall mining
grading broken gangue
MIP
elastic modulus
effective stress
permeability coefficient
mixer
naturally fracture
SEM
microstructure characteristics
artificial joint rock
fractured rock
strata movement
conservative solute
particle velocity
dry-wet cycles
hydraulic fractures
numerical calculation
mechanical behaviors
normalized conductivity-influence function
fractured porous rock mass
PPCZ
segmented grouting
non-aqueous phase liquid
intelligent torque rheometer
numerical analysis
temperature
unsaturated soil
uniaxial compressive strength
mine shaft
coalbed methane (CBM)
nonlinear flow in fractured porous media
similar simulation
forecasting
tight sandstones
oriented perforation
hydro-mechanical coupling
constant normal stiffness conditions
cohesive soils
layered progressive grouting
chemical grouts
grain size of sand
Darcy’s law
soft coal masses
hydro-power
cyclic heating and cooling
cohesive element method
cement-based paste discharge
tectonically deformed coal
split grouting
fault water inrush
filtration effects
T-stress
particle flow modeling
new cementitious material
strength
stabilization
fractured porous medium
brine concentration
initial water contained in sand
XRD
fracture criteria
hydraulic conductivity
roadway deformation
backfill mining
adsorption/desorption properties
pore pressure
roughness
cement–silicate grout
compressive stress
discrete element method
dynamic characteristics
strain-based percolation model
thermal-hydrological-chemical interactions
pore distribution characteristics
transversely isotropic rocks
nitric acid modification
disaster-causing mechanism
CH4 seepage
crack distribution characteristics
micro-CT
relief excavation
Darcy flow
hydraulic fracturing
mixed-form formulation
propagation
scanning electron microscope (SEM) images
propagation pattern
consolidation process
rheological deformation
gas adsorption
soft filling medium
ground pressure
orthogonal ratio test
rock fracture
coal seams
high-steep slope
interface
orthogonal test
stress interference
physical and mechanical parameters
fracture propagation
fluid–solid coupling theory
coupling model
surface characteristics
numerical manifold method
gas
lignite
water inrush prevention
coupled THM model
hard and thick magmatic rocks
Ordos Basin
porosity
damage mechanics
seepage
degradation mechanism
high temperature
visualization system
bentonite-sand mixtures
contamination
conductivity-influence function
water-rock interaction
deterioration
seepage pressure
glutenite
adhesion efficiency
mechanical behavior transition
bedding plane orientation
n/a
enhanced gas recovery
debris-resisting barriers
reinforcement mechanism
on-site monitoring
geophysical prospecting
cyclic wetting-drying
scoops3D
semi-analytical solution
enhanced permeability
management period
seepage control
deformation
Yellow River Embankment
impeded drainage boundary
rheological test
circular closed reservoir
grout penetration
viscoelastic fluid
coal-like material
paste-like slurry
floor failure depth
supercritical CO2
gravel
numerical model
fractal
gas-bearing coal
shear-flow coupled test
rheological limit strain
CO2 flooding
flotation
goaf
slope stability
damage
coal and gas outburst
hydraulic fracture
anisotropy
high-order
effluents
FLAC
limestone roof
sandstone
TG/DTG
Xinjiang
two-phase flow
model experiment
coal particle
volumetric strain
failure mode
land reclamation
sandstone and mudstone particles
contiguous seams
CO2 geological storage
numerical simulation
geogrid
stress relief
optimum proportioning
roadside backfill body (RBB)
pervious concrete
mudstone
hydraulic fracture network
grouted sand
fractal pore characteristics
refraction law
segmented rheological model
ductile failure
heterogeneity
flow law
fracture closure
coal measures sandstone
tight sandstone gas reservoirs
gob behaviors
water-dripping roadway
creep characteristics
internal erosion
warning levels of fault water inrush
hydraulic aperture
bolt support
discontinuous natural fracture
microscopic morphology
critical hydraulic gradient
mixed mode fracture resistance
differential settlement
alternate strata
finite element method
crushing ratio
chloride
glauberite cavern for storing oil &amp
macroscopic mechanical behaviors
collision angle
adsorption performance
failure mechanism
mechanical properties
transmissivity
damage evolution
gas fracturing
multitude parameters
deviatoric stress
Jiaohe
coal
soil properties
acoustic emission
pore structure
grouting experiment
concrete
confining pressures
green mining
gas drainage
fluid viscosity
compression deformation
Unsaturation
adsorption–desorption
seepage-creep
constitutive model
soil particle size
Pseudo Steady-State (PPS) constant
soil–structure interface
debris flow
fracture grouting
initial settlement position
regression equation
electrical potential
secondary fracture
surrounding rock
solid backfill coal mining
time variation
excess pore-pressures
finite-conductivity fracture
permeability characteristics
rainfall-unstable soil coupling mechanism(R-USCM)
shaft lining
thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues::TBX History of engineering and technology
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