Faculty of Civil Engineering Sciences (2000)

  • 8010

    Rechbauerstra├če 12 Graz

    Austria

Fingerprint The fingerprint is based on mining the text of the research documents related to the associated persons. Based on that an index of weighted terms is created, which defines the key subjects of research unit.

Engineering & Materials Science

Tunnels
Finite element method
Excavation
Concretes
Timber
Rocks
Soils
Linings
Geometry
Surge tanks
Constitutive models
Boundary element method
Sewers
Stabilization
Cements
Veneers
Computer simulation
Lumber
Cracks
Life cycle
Water
Dams
Concrete dams
Drainage
Analytic hierarchy process
Galerkin methods
Numerical analysis
Shear strength
Granular materials
Service life
Monitoring
Corrosion
Combined sewers
Fluids
Navier Stokes equations
Elasticity
Stiffness
Decomposition
Wood
Calibration
Arch dams
Interfaces (computer)
Tensile strength
Crack propagation
Adhesives
Sand
Fasteners
Plasticity
Numerical methods
Boundary integral equations
Personnel
Shearing
Hardwoods
Incompressible flow
Flow simulation
Reinforced concrete
Testing
Tunnel linings
Compaction
Sensors
Shear bands
Water distribution systems
Degradation
Hydraulics
Plastics
Failure modes
Calcium carbonate
Wastewater
Geomechanics
Gravity dams
Gravel
Anchors
Rails
Interpolation
Lagrange multipliers
Poles
Rock mechanics
Reinforcement
Experiments
Clay
Hydraulic laboratories
Shotcreting
Slope stability
Groundwater
Friction
Environmental impact
Visualization
Hardening
Deflection (structures)
Minerals
Mining engineering
Steel pipe
Carbonate minerals
Advanced driver assistance systems
Power plants
Shear deformation
Differentiation (calculus)
Hardness
Sustainable development
Nails

Earth & Environmental Sciences

tunnel
calcite
aragonite
isotope
excavation
carbonate
fractionation
rock
modeling
dissolution
fluid
dolomite
discontinuity
urban drainage
magnesite
soil
simulation
shell
temperature
shotcrete
diagenesis
mineral
magnesium
hydrothermal alteration
finite element method
water
calibration
calcium
cement
experiment
stiffness
engineering
isotopic composition
boundary element method
soil nailing
alkaline environment
pile driving
Arab world
monitoring
corrosion
oxygen isotope
method
kinetics
sensor
crystal
barium
strontium isotope
geothermal energy
calcium carbonate
timber
groundwater
life cycle
landslide
Raman spectroscopy
sulfate
aqueous solution
analysis
grout
stable isotope
seawater
shear strength
brachiopod
lithium
spacing
den
surface roughness
geometry
wastewater
effect
pipe
anisotropy
dissolved inorganic carbon
fault zone
partitioning
methodology
interpolation
infrastructure
prediction
microstructure
degradation
nucleation
penetration
cathodoluminescence
hardening
surrogate method
material
digital terrain model
overburden
cation
tensile strength
safety
stoichiometry
seed
ion
steel
thermal water
resetting
bolt
rainfall
slope stability

Chemical Compounds

Calcium Carbonate
Isotopes
Fractionation
Oxygen Isotopes
Carbonates
Dissolution
Soils
Water
Carbon Monoxide
Veneers
Lumber
Fluids
Temperature
Carbonate minerals
Kinetics
Calcium Isotopes
Magnesium
Chemical analysis
Caustics
Minerals
Strontium Isotopes
Experiments
Cements
Rocks
Excavation
Seawater
Groundwater
Sulfates
Concretes
Adhesives
Barium
Silicon Dioxide
Finite element method
Timber
Sulfur
Imaging techniques
Leaching
Alkalinity
Ion exchange
Permethrin
Bearings (structural)
Iron Isotopes
Powder magnetic cores
Thermodynamics
Poles
Stiffness
Tunnels
Wood
Carbonation
Degradation
Granular materials
Molluscs
Shear deformation
Continuum damage mechanics
Corrosion
Acids
Monitoring
Catchments
Calibration
Partial pressure
Nails
Shear strength
Permafrost
Geotechnical engineering
Bismuth
Ionic strength
Uranium
Phenolphthalein
Lithology
Phase stability
Coloring Agents
Aluminum
Rare earth elements
Sewers
Ice
Benchmarking
Mineral Waters
Ions
Numerical analysis
Reliability analysis
Coprecipitation
Parameterization
Anisotropy
Distribution functions
Lithium