Photo of Rebecca Lunn
  • United Kingdom

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Development of novel, low-carbon ground engineering technologies. Development of low viscosity injectable grouts for ground barrier formation and ground improvement The hydro-mechanical controls on fluid flow through geological structures, including faults

20042023
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Fingerprint Dive into the research topics where Rebecca Lunn is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Earth & Environmental Sciences

fault zone
fluid flow
temporal evolution
rock
permeability
grouting
grout
reservoir-induced seismicity
clay
hydraulic property
tomography
esker
carbonate
silica
ground improvement
crystalline rock
groundwater flow
sandstone
modeling
geometry
gel
plate boundary
damage
hydraulics
groundwater
diagenesis
radioactive waste
urban drainage
sealing
simulation
bentonite
mineral
pore pressure
mineralization
pond
drainage
sensor
cohesive soil
erosion
porosity
fracture aperture
relative humidity
induced seismicity
communication
multiphase flow
porous medium
growth fault
sedimentary feature
mechanics
soil

Engineering & Materials Science

Rocks
Carbonates
Grouting
Clay
Groundwater flow
Sandstone
Groundwater
X rays
Flow of fluids
Soils
Silica
Seals
Ponds
Porosity
Tomography
Minerals
Hydraulics
Drainage
Sediments
Bacteria
Core samples
Transport properties
Gels
Multiphase flow
Marble
Geotechnical engineering
Silica gel
Calcium carbonate
Biomarkers
Gelation
Embankments
Sols
Mortar
Runoff
Gases
Hydroxyapatite
Calcite
Erosion
Radioisotopes
Reaction kinetics
Wall rock
Water content
Restoration
Water quality
Fluids
Hydrodynamics
Hardening
Recycling
Glaciers
Analytical models