Fingerprint
Dyk ned i forskningsemnerne, hvor Forskningsgruppen for Indeklima og Bæredygtighed er aktive. Disse emneetiketter kommer fra arbejder fra denne organisations medlemmer. Sammen danner de et unikt fingerprint.
Geo- og miljøvidenskab
ventilation
energy
airflow
cooling
air
simulation
heating
indoor environment
project
infection
paper
energy use
energy consumption
office
pollutant
residential building
architectural design
environmental quality
energy efficiency
family
temperature
climate
energy saving
homeowner
experimental study
hospital
evaluation
heat pump
dwelling
sensitivity analysis
tracer
computational fluid dynamics
rate
prediction
analysis
distribution
experiment
gas
calculation
buoyancy
furniture
cost
district heating
state of the art
shading
need
parameter
method
modeling
test
design method
social housing
pile
turbulence
methodology
comparison
material
alternative energy
calculation method
decision
plume
demand
environmental performance
effect
certification
roof
program
sustainability
air movement
Teknik og materialevidenskab
Ventilation
Air
Hot Temperature
Computational fluid dynamics
Facades
Ceilings
Cooling
Thermal comfort
Skin
Temperature
Impurities
Zero energy buildings
Phase change materials
Experiments
Turbulence models
Office buildings
Sensitivity analysis
Thermodynamic properties
Test facilities
Heating
Heat transfer
Air quality
Energy utilization
Boundary conditions
Air curtains
Thermal conductivity
Virtual reality
Cooling systems
Computer simulation
Flow rate
Smoke
Geometry
Concretes
Insulation
Ventilation exhausts
Heat exchangers
Buoyancy
Energy conservation
Artificial Respiration
Heat storage
Hospital beds
Uncertainty
Decision making
Gases
Fires
Pulse code modulation
Flow patterns
Piles
Thermal gradients
Radio frequency identification (RFID)
Energy efficiency
Specific heat
Numerical analysis
Spatial distribution
Thermal load
Roofs
Fysik og astronomi
ventilation
rooms
air
ceilings
phase change materials
heat
heat storage
night
thermal conductivity
cooling
thermal comfort
performance
low Reynolds number
air flow
heat sources
air intakes
diffusers
heating
energy
flow distribution
heat exchangers