Huella dactilar Profundice en los temas de investigación donde Daniela Blessent está activo. Estas etiquetas de temas provienen de los trabajos de esta persona. En conjunto forman una huella única.
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- Peso
- Alfabéticamente
Ciencias ambientales y de la tierra
fractured medium
groundwater flow
modeling
pollutant transport
heat transfer
simulation
thermal conductivity
volcano
geothermal power
bedrock
hydraulic conductivity
rock
porous medium
borehole
flow modeling
solute transport
crystalline rock
subsurface flow
grouting
fluid flow
temperature
hillslope
temperature profile
heat flow
hydraulics
resource
fracture zone
dip
fieldwork
power plant
electricity
excavation
pile
inflow
dual porosity
hydraulic head
matrix
geothermal energy
valley
homogeneous medium
fault zone
hydrodynamics
water
precipitation intensity
outcrop
calibration
transmissivity
landslide
hydroelectric power plant
permeameter
Ingeniería y ciencia de los materiales
Groundwater flow
Rocks
Numerical models
Porous materials
Geothermal power plants
Impurities
Thermosyphons
Grouting
Mass transfer
Excavation
Fiber optics
Piles
Porosity
Cables
Contamination
Electricity
Drainage
Water
Heat exchangers
Heating
Data structures
Aquifers
Flow of fluids
Mesh generation
Solute transport
Temperature
Fluxes
Hydroelectric power plants
Computer simulation
Groundwater
Fluids
Hydroelectric power
Geothermal energy
Hydraulic conductivity
Flow simulation
Geometry
Heat transfer
Gas emissions
Greenhouse gases
Boiling liquids
Thermal conductivity
Refining
Electric fault location
Environmental impact
Boreholes
Hydraulics
Topology
Uncertainty analysis
Sensitivity analysis
Partial differential equations
Matemáticas
Groundwater Flow
Mass Transport
Lagrangian Method
3D Modeling
Three-dimensional Flow
3D Model
Conceptual Model
Fiber Optics
Cable
Mesh
Porous Media
Heating
Sensing
Tetrahedral Mesh
Distinct
Simulation
Model Complexity
Delaunay
Fluid Flow
Thermal Conductivity
Solute Transport
Sensitivity Analysis
Heat Exchanger
Modeling
Data Structures
Continuum
Heat
Cover
Gradient
Topological Dynamics
Hydraulic Conductivity