Autore: |
Jiang Yujing
|
Titolo: |
Fluid Flow in Fractured Porous Media: Volume 2 / Yujing Jiang, Richeng Liu
|
Pubblicazione: |
Basel, Switzerland : , : MDPI, , 2019 |
Descrizione fisica: |
1 electronic resource (492 p.) |
Soggetto non controllato: |
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 |
|
deterioration |
|
seepage pressure |
|
glutenite |
|
adhesion efficiency |
|
mechanical behavior transition |
|
bedding plane orientation |
|
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 & |
|
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 |
Persona (resp. second.): |
LiuRicheng |
Sommario/riassunto: |
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 numerical simulations-and allowed for many useful conclusions. This Special Issue aims to report on the current advances related to this topic. This collection of 58 papers represents a wide variety of topics, including on granite permeability investigation, grouting, coal mining, roadway, and concrete, to name but a few. We sincerely hope that the papers published in this Special Issue will be an invaluable resource for our readers. |
Titolo autorizzato: |
Fluid Flow in Fractured Porous Media: Volume 2  |
ISBN: |
9783039214747 |
|
3039214748 |
Formato: |
Materiale a stampa  |
Livello bibliografico |
Monografia |
Lingua di pubblicazione: |
Inglese |
Record Nr.: | 9910367755803321 |
Lo trovi qui: | Univ. Federico II |
Opac: |
Controlla la disponibilità qui |