TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
- | |
- carbon dioxide | |
- CFD | |
- heat exchangers | |
- heat transfer | |
- indoor air quality | |
- personal ventilation | |
- pressure drop | |
A | |
Absorption chiller | |
absorption heat pump | |
ACB | |
acclimatization needs | |
Acoustic comfort | |
acoustics - cloud based construction management platform - regulation compliance - end | |
Action package | |
Active chilled beam | |
Active demand response | |
Active Energy Systems | |
active facade | |
active heat distribution | |
Active House | |
Active house case study | |
actual and calculated energy use | |
Actual energy consumption | |
Actual energy savings | |
actual value | |
Acupuncture & Moxibustion Therapy | |
adaptive comfort | |
Adsorbent | |
Adsorption Cooling System | |
Adsorption materials | |
advanced control design | |
aggregated load | |
aggregation district heating network | |
air change efficiency | |
air change rate | |
air change rates | |
air condition system | |
Air Conditioner | |
Air conditioner capture efficiency | |
Air Conditioners | |
air conditioning | |
Air conditioning systems | |
Air cooled condenser | |
Air cooling | |
air diffuser | |
Air filtration | |
Air flow rate | |
air handling unit | |
air quality | |
Air quality in a hallway | |
Air Quality Index | |
air renewal | |
air supply location | |
air supply temperature | |
air tightness | |
air velocity | |
Air-conditioning operation | |
air-conditioning system | |
air-to air heat and energy exchangers | |
air-to-air heat pump | |
Airborne bacterium | |
Airborne contamination | |
Airborne Cross Infection | |
Airborne fungus | |
airborne infection | |
airborne particles | |
Airborne pollutants | |
Airborne route transmission | |
aircraft | |
aircraft cabin | |
Airflow | |
Airflow modeling | |
airing | |
Airside Economizer | |
Airtightness | |
airtightness measurement | |
airtightness testing | |
Analysis | |
analysis of electricity consumption characteristics | |
Annex 57 | |
Annual Operation | |
anti-ice | |
Apartment | |
Apartment buildings | |
architects | |
architectural sociology | |
Architecture | |
architecture management | |
Arctic construction | |
artificial intelligence | |
Artificial neural network | |
Artificial neural networks | |
Assessment of energy consumption | |
Assessment of Energy Performance of Buildings | |
Atmospheric environment | |
Audit | |
Automation Control Systems | |
automation process | |
B | |
Bayesian method | |
BBN | |
BepTR | |
Big data | |
Bilinear control | |
BIM | |
BIM (Building Information Modelling) | |
bioaerosol removal | |
bionic | |
BIPV/T | |
BIPVT module | |
Black box modelling | |
block of flats | |
booster heat pumps | |
Borehole heat exchanger | |
Borehole thermal resistance | |
Boreholes | |
Breathing | |
breeding livestock | |
Building | |
building and system simulation | |
building automation | |
Building Automation and Control Design | |
Building automation system | |
Building Automation Systems | |
Building certification schemes | |
Building Certifications | |
Building Characterisation | |
building codes | |
Building commissioning | |
Building control strategies | |
building controls | |
Building Design | |
Building Energy | |
Building energy assessment | |
Building energy conservation | |
building energy efficiency | |
Building Energy Management System | |
Building Energy Modeling | |
Building energy modellers | |
building energy monitoring | |
Building energy performance | |
Building energy performance - simulated and real performance | |
building energy rating | |
building energy regulations | |
Building energy retrofit | |
Building Energy Simulation | |
Building Energy System | |
building envelope | |
building envelope retrofitting | |
building environment | |
building footprint | |
Building Information Management Systems | |
building integrated PV (BIPV) | |
building intelligence | |
building life cycle | |
Building Management Systems | |
building materials | |
Building models | |
building moulds | |
building parameters | |
building performance | |
building performance design | |
Building performance gap | |
Building performance metrics | |
Building Performance Simulation | |
Building Physics | |
Building Real Energy Performance | |
building refurbishment | |
building renovation | |
building sector | |
building services | |
building shape | |
Building simulation | |
Building simulation software | |
Building stock survey | |
building structure | |
Building Systems | |
building thermal loads | |
Building thermal model | |
Buildings | |
buildings renovation | |
Bus system | |
Business Models | |
bypass | |
C | |
CAES | |
calculation | |
calculation method | |
Calculation methodologies | |
Calibrated model | |
Calibration | |
Capacity control | |
Capillary tube | |
carbon dioxide | |
Case studies | |
Case Study | |
case-study | |
categorizing subway stations | |
ceiling fans | |
CEN ISO Standards | |
CFD | |
CFD (Computational Fluid Dynamics) modeling | |
chilled beam | |
Chilled beams system | |
chilled ceiling | |
Chilled Ceilings | |
chilled water system | |
Chilled Water Wall | |
chiller | |
chiller plant | |
China | |
CHP | |
circadian system | |
circular ceiling diffuser | |
classification | |
Classroom design | |
Cleanroom | |
Climate Based Daylight Modelling | |
Climate change | |
Climate definition | |
climate shield | |
clo value | |
cloud computing | |
cluster analysis | |
co-heating | |
co-simulation | |
CO2 concentration | |
CO2 decay | |
CO2 demand conrolled ventialtion | |
CO2 emission reduction | |
Coanda effect | |
coating | |
coaxial | |
coil fouling | |
cold storage management | |
Collective heating | |
Combinatorial optimization | |
Combined heat and power | |
comfort | |
Comfort models | |
Comfortable room temperature Estimation | |
commercial kitchen | |
Commercial Office Buildings | |
Commissioning | |
Community workshops | |
comparative experiments | |
Complex HVAC systems | |
Compliance to regulations and requirements | |
component simulation | |
Components | |
Computational Fluid Dynamics | |
Computational fluid dynamics (CFD) | |
Concrete core activation | |
Condensation | |
condensation risk | |
Condition survey | |
consequense analysis | |
CONTAM | |
Contamination Control | |
Continuous monitoring | |
Control | |
Control method | |
control research | |
Control Strategies | |
Control strategy | |
Control Systems | |
controller design | |
Control‐oriented modelling | |
Convection air-conditioning system | |
convective heat exchange under real boundary conditions | |
Convective Heat Transfer | |
Cooling | |
Cooling Energy Reduction | |
cooling energy saved | |
Cooling Generation | |
cooling load | |
Cooling potential | |
Cooling simulation | |
Cooling systems | |
COP | |
COP (EER) | |
Core technologies | |
Cost efficiency | |
Cost Optimal Analysis | |
Cost optimal evaluation | |
cost optimality | |
Cost Optimum Energy Efficiency | |
cost-effectiveness | |
cost-optimal measure | |
cost-optimality | |
costs | |
cough | |
coupled simulation | |
Courtyards | |
Crawl-space | |
CRITTALL | |
cross infection | |
cross ventilation | |
Cross-disciplinary design | |
cross-ventilation | |
Cumba | |
curtain wall | |
D | |
Data analytics | |
data center | |
Data Centers | |
data centre | |
Data collection | |
Data filtering | |
data handling | |
data interactive mechanism | |
data mining technology | |
data-driven modelling | |
Database | |
Datacenter | |
Day Care Center | |
Daylight | |
Daylight controlled dimming system | |
daylight spectral characteristics | |
daylighting | |
daylighting simulations | |
DC | |
decentralized system | |
decentralized ventilation | |
Decision Support | |
Deep Energetic Renovation | |
Deep Energy Retrofit | |
degradation | |
dehumidification | |
Demand Based Control | |
Demand based controls | |
Demand Control Ventilation | |
Demand Controlled Ventilation | |
demand flexibility | |
demand forecast | |
demand response | |
Demand side management | |
demand-based control | |
demonstration bench | |
Demonstrator | |
Dempster-Shafer Evidence Theory | |
Densification | |
deontological | |
deployment | |
Desiccant air handling system | |
desiccant wheel | |
Design chart | |
design for commissioning | |
Design integration | |
design methodology | |
Design of Experiments | |
Design optimization | |
design optimization of air distribution systems | |
Design principles | |
Design Process | |
design strategy | |
DesignBuilder | |
DEVap | |
DGNB | |
DHW characterization | |
DHW ratio | |
Diagnostic | |
differential pressure regulator | |
Diffuse ceiling ventilation | |
diffuse ventilation | |
displacement ventilation | |
display cabinet | |
Distributed generation | |
distributed parameter system | |
distribution manifold | |
district heat | |
District heating | |
District heating (DH) | |
District Heating and Cooling | |
District heating and cooling (DHC) | |
district heating network | |
District Heating System | |
DNA analysis | |
DNAs framework | |
DoE | |
domestic application | |
Domestic hot water | |
Domestic hot water systems | |
Domestic load profiles | |
Dormitory | |
Double | |
draught | |
draught comfort | |
Drop dampers | |
duct design method | |
ductwork layout | |
Dwellers’ ignorance | |
Dwelling | |
Dwelling Control System | |
dwellings | |
DX-SAHP | |
dynamic building simulation | |
dynamic optimization | |
Dynamic parameters | |
dynamic programming | |
Dynamic simulation | |
dynamical downscaling | |
E | |
Earth tube | |
Earth-to-air Heat Exchanger | |
EBSILON | |
Eco Design | |
Economic Model Predictive Control | |
Economic sustainability | |
Effective operation | |
Efficiency | |
Efficiency Arrangements | |
efficient sources | |
EHP | |
Electric Power Generation Efficiency | |
Electrical Thermal Mass Activation | |
Electrically heated floor | |
electricity data | |
Electricity tax | |
Electrodialysis regeneration | |
Embodied energy | |
Embodied energy/CO2eq | |
emulsifier | |
EN 15316 | |
EN ISO 13790 | |
energy | |
Energy and exergy analysis | |
Energy audit | |
Energy benchmark | |
Energy calculations | |
energy comfort simulations | |
Energy comparison | |
energy concept | |
Energy conservation | |
energy consumption | |
Energy consumption monitoring | |
energy consumption of ventilation system | |
energy conversion | |
energy demand | |
energy demand analysis | |
Energy demand of a building | |
Energy demand of Hospital Buildings | |
Energy Demand Profiles | |
energy demand reduction | |
energy efficiecy | |
energy efficiency | |
energy efficiency improvement measures | |
energy efficiency improvements | |
energy efficiency in buildings | |
Energy Efficiency Measures | |
energy efficiency retrofit | |
energy efficiency strategies | |
Energy efficient buildings | |
energy efficient in heating and cooling systems | |
Energy flexibility | |
energy flexible buildings | |
energy foundation | |
Energy labeling | |
Energy management | |
Energy Management System | |
Energy modelling | |
energy monitoring | |
Energy Monitoring System | |
Energy optimization | |
Energy perfomance | |
energy performance | |
energy performance certificate | |
energy performance certification | |
Energy Performance Contracting | |
Energy performance gap | |
Energy Performance of Buildings | |
Energy Performance of Buildings Directive | |
Energy Performance Requirements | |
Energy performance simulation | |
energy pile | |
Energy plus | |
Energy policies | |
energy policy | |
energy policy recommendations | |
energy practices | |
Energy predictions | |
Energy profiles for heating/cooling | |
energy recovery | |
Energy reduction | |
Energy reduction of outpatient department | |
Energy refurbishment | |
Energy renovation | |
energy renovation objectives | |
energy retrofit | |
Energy retrofit of single and two family houses | |
energy retrofitting | |
Energy saving | |
energy saving efficiency | |
Energy saving measures | |
Energy savings | |
energy simulation | |
energy solutions | |
Energy storage | |
energy surplus | |
Energy System Optimisation | |
Energy Technology | |
energy use | |
energy use characterisation | |
energy use for heating | |
Energy Use Intensity | |
Energy-efficiency renovations | |
Energy-efficient buildings | |
Energy-efficient retrofit | |
Energy-efficient retrofit of existing buildings (intervention - energy and indoor environment management) | |
energy-grids | |
energy-related occupant behavior | |
energy-saving | |
energy-saving efficiency | |
EnergyPlus | |
engineers | |
Enhanced heat transfer | |
Entrainment | |
Entransy dissipation | |
Envelope airtightness | |
environment | |
Environmental analyses | |
environmental assessment | |
environmental buffer space | |
environmentally conscious construction | |
environments intense heat | |
EPBD recast | |
EPG-simulation | |
Epsilon constrained differential evolution | |
epw | |
Equivalent temperature | |
Equivalent thermal resistance | |
ErP | |
Error Detection Algorithms | |
EU Energy Performance Buildings Directive | |
EuP | |
evaluation | |
Evaluation model | |
evaporation | |
Evaporative cooling | |
Event-driven optimization | |
Evolutionary optimization algorithm | |
Examples of nZEB | |
Excitation signals | |
Exergetic Performance Indicators | |
exergy | |
exergy analysis | |
exergy destruction | |
exergy efficiency | |
Exergy Management | |
Exergy Management System Standard | |
Exergy Manager | |
Exergy Policy | |
exhaust air heat pump | |
Existing non-residential buildings | |
Expectancy factor | |
Experiment | |
Experimental | |
experimental measurements | |
Experimental study | |
Experimental Validation | |
experimentation | |
Expert Systems | |
external blind | |
extract air openings | |
F | |
Facade | |
Facility Management | |
Facility Management (FM) | |
factor analysis | |
Family House | |
fan coil unit | |
Fault detection | |
Fault Detection and Diagnosis | |
Fault Detection and Diagnosis (FDD) | |
Fault Diagnosis | |
faults | |
FDD | |
FDS | |
Female | |
Field Measurement | |
Field measurements | |
field test | |
Financing | |
finite elements | |
flat-plate solar collectors | |
Flexibility | |
floor covering resistance | |
Floor Heating | |
Floor heating system | |
flow in doorway | |
Fluid-flow window | |
Foams | |
FPR representation | |
FprEN 16798 | |
free convection flow | |
free cooling | |
Free Jet | |
Fresh air supply | |
frost | |
Full scale outdoor testing | |
Functional Mock-up Interface | |
G | |
g-value | |
GA algorithm | |
Gadolinium | |
garage | |
gas appliances | |
gas explosions | |
Gas water heater | |
Gaussian process | |
Generic method | |
Genetic Algorithm (GA) | |
geographical information | |
Geoheat exchanger | |
Geometry | |
Geospatial Visualisation | |
GEOTABS | |
Geothermal heat pump | |
GHG reduction | |
GIS | |
Glazed facades | |
Glazing | |
global cost-benefit | |
Global sensitivity analysis | |
good practices | |
Green Building Performance | |
Green facade cladding system | |
Green Settlements | |
Green walls | |
grey-box model | |
grid load | |
Ground heat exchanger | |
ground heat exchangers | |
ground source heat pump | |
Ground source heat pump system | |
Ground source heat pumps | |
Ground soure heat pump | |
Ground-Coupled Heat Pumps | |
GSHP | |
GSK | |
H | |
HAM | |
HAM Simulations | |
Hardware-in-the-Loop | |
Health | |
Health and Productivity | |
Healthcare Buildings | |
Healthy buildings | |
Healthy Homes Barometer | |
Heat conduction | |
Heat conservation | |
heat consumption | |
heat distribution | |
heat exchanger | |
Heat flux sensor | |
heat market | |
heat network | |
Heat pump | |
heat pump COP | |
heat pumps | |
heat recovery | |
heat recovery device | |
heat recovery ventilation | |
Heat sharing | |
Heat Source Characteristic | |
heat source system | |
Heat storage | |
heat substation | |
heat supply | |
Heat transfer coefficient | |
Heat Transfer Coefficients | |
heat transfer enhancement | |
Heat&vapor diffusion | |
heater dynamics | |
Heating | |
heating and cooling | |
heating and cooling demand | |
heating demand | |
Heating energy demand | |
Heating Energy Need | |
heating load | |
Heating net | |
heating profiles | |
Heating simulation | |
heating system | |
Hempcrete | |
HEMS | |
high performance buildings | |
High performance fenestration | |
High Temperature Cooling | |
high-performing buildings | |
high-rise building | |
High-rise buildings | |
High-rise residential building | |
HiL test bench | |
historic library | |
historical building | |
Holistic approach | |
Holistic zero energy building design | |
Home Appliance and Insulation Performance | |
home energy systems | |
homes | |
Hooke-Jeeves pattern search | |
Horizontal shading | |
hospital | |
Hospital environment | |
hospital ventilation | |
hospital ward | |
Hot and humid Climate | |
Hot water cascade utilization | |
Hot water consumption | |
hot water production | |
Hourly profile | |
House in house | |
Household Energy Efficiency | |
Household Size | |
housing policy | |
Housing wellbeing | |
HRV | |
Human behaviour | |
Human Body | |
humidity control | |
HVAC | |
HVAC control | |
HVAC design | |
HVAC Energy | |
HVAC Fittings | |
HVAC optimal control | |
HVAC sizing | |
HVAC systems | |
Hybrid Heating Systems | |
Hybrid system | |
hybrid ventilation | |
hydronic balancing | |
hydronic heat pump | |
hydronic radiant floor | |
Hydronic Radiant Systems | |
hygrothermal loads | |
hygrothermal performance | |
Hypothesis test | |
Hysopt | |
I | |
I/O ratio | |
IAQ | |
ice arena | |
ice-storage | |
IDA ICE | |
IDA-ICE | |
identification | |
Idoor Air Quality | |
IEA ECB program Annex 62 | |
IEQ | |
IEQ models | |
Impact of fluorocarbon gases on GW | |
Improved performance of ventilation system | |
in-situ measurement method | |
In-situ measurments | |
Inclined Channels | |
Indirect evaporative cooler | |
Individual heating | |
indoor air | |
Indoor Air Quality | |
indoor climate | |
indoor climate certification | |
indoor comfort | |
Indoor comfort in NZEB buildings | |
indoor environment | |
indoor environment indicator | |
indoor environment quality | |
indoor environmental quality | |
Indoor microclimate | |
Indoor pollutants | |
indoor positioning system | |
indoor temperature | |
Indoor Thermal | |
Indoor thermal comfort | |
Indoor thermal quality | |
Indoor/Outdoor | |
industrial airspace preheating | |
Industry large-area buildings | |
Infection | |
infiltration | |
Influenza | |
inhabitants | |
Innovative cooling concept | |
Innovative Heating-Cooling | |
Input-output analysis | |
Integral design | |
Integrated active and passive system design | |
Integrated building automation solution | |
Integrated building HVAC system simulations | |
Integrated design | |
Integrated Design Process | |
Integrated Energy Design | |
Integrated roof | |
integrated system | |
Integrated thermal energy system | |
Integration | |
intelligent building | |
Interaction | |
Interactive visualization | |
Intermittent operating strategy | |
internal blind | |
internal combustion engine | |
internal shading device | |
internally-cooled | |
interseasonal storage | |
Inverse problem | |
IPMVP | |
IR thermal - BIM - low pressure air tightness - energy efficiency quality checks - IAQ - | |
iSERVcmb | |
Isolation rooms | |
Italian building stock | |
J | |
Japanese housing | |
K | |
key figure | |
Kindergarten | |
Kritical Performance Indices | |
L | |
Laboratory intensive building | |
Laboratory study | |
Land-use/land-cover | |
Landscape office | |
large housing estates | |
Latent Heat Storage | |
LCA | |
LCAC | |
LCC | |
LD-IDECOAS | |
Legionella Pneumophila | |
Legislation | |
library | |
Life cycle assessment | |
Life cycle costs | |
Life cycle energy use | |
Life cycle evaluation | |
Life safety | |
Life-cycle costs | |
Lifestyle | |
light | |
light-weight facade | |
liquefied petroleum gas leakage | |
liquid cooling | |
Liquid desiccant | |
Liquid desiccant system | |
Literacy | |
Living laboratory | |
load control | |
Load Management | |
load shaping | |
load shifting | |
load-sharing HVAC systems | |
Localized ventilation | |
logistic regression analysis | |
Long life building | |
Long-term measurement | |
Louver-type Building Integrated Photovoltaic (BIPV) | |
low carbon | |
Low cost energy conservation in buildings | |
low energy | |
Low energy consumption | |
low energy house | |
Low energy lighting | |
low exergy heating and cooling | |
low temperature | |
low temperature activated systems | |
low temperature district heating | |
low temperature heat source | |
low temperature heating and high temperature cooling | |
Low Temperature System | |
Low-energy dwelling | |
Low-voltage network | |
lowex | |
Lyon smart community project | |
M | |
Machine learning | |
Machine learning method | |
Magnetic | |
Magnetocaloric | |
Maintenance plan | |
Malfunction and dysfunction | |
manuscripts | |
Mapping | |
market developments | |
Markov Chain | |
Matching Building-User-Sevices | |
measured energy consumption | |
Measured Energy Savings | |
measurement | |
Measurement uncertainty | |
Measurements | |
mechanical ventilation | |
mechanical ventilation syste | |
Mechanical ventilation systems | |
Mediterranean Climate | |
mesoscale | |
Met Office | |
meta model | |
Metaheuristics | |
method | |
Methods of use | |
MEV | |
micro CHP | |
micro-cogeneration | |
Micro-heat pump | |
microcapsule | |
microgrid | |
minimizing cost and energy consumption | |
mismatch | |
mixed convection | |
Mixed Integer Linear Program | |
Mixed Integer Linear Programming | |
mixing ventilation | |
model based control | |
model calibration | |
Model Development Framework | |
model faults | |
Model Predictive Control | |
Model simulation | |
model use during operations | |
Model-based Control | |
Modelica | |
Modelica model | |
Modeling | |
Modeling of Thermodynamic Processes | |
Modelling | |
modelling and simulation for control | |
moisture buffer value | |
moisture control | |
Moisture generation rate | |
moisture issues | |
moisture safety | |
monitoring | |
Monitoring based commissioning | |
Monitoring Real Measurements | |
Monte Carlo Simulation | |
Monte-Carlo analysis | |
motivation | |
MPC | |
multi pipe earth-to-air heat exchangers | |
Multi-criteria | |
multi-criteria decision method | |
Multi-disciplinary design | |
Multi-objective Optimization | |
Multi-residential building | |
Multi-route transmission | |
Multi-split type heat pump | |
Multi-zone | |
Multi-zone modelling | |
multifamily buildings | |
multifunctional heat pump | |
Multilayer | |
Multiple Bore Field | |
Multipurpose arena | |
Multizone | |
multizone buildings | |
MVHR | |
N | |
National building stock | |
Natural Convection | |
Natural Sunlight | |
natural ventilation | |
near future weather data | |
Near Zero Energy Building | |
Nearly zero energy building | |
nearly zero energy buildings | |
Nearly zero energy buildings (nZEB) | |
nearly Zero Energy Design | |
Nearly Zero-Energy buildings | |
negative ionizer | |
Neighborhood Energy Management System | |
Net Zero Energy | |
net zero energy building | |
Net Zero Energy Buildings | |
network simulation | |
NetZeB | |
New constructed single building | |
new housing area | |
Night cooling | |
NILM | |
Nocturnal radiative cooling | |
noetically | |
Non-isothermal | |
non-potable water | |
non-profit housing | |
non-reneable primary energy | |
non-uniform air distribution | |
Non-vapor compression system | |
nonlinear control design | |
nonresidential buildings | |
normalisation | |
Northern Climate | |
Nosocomial infection | |
Nosocomial outbreak | |
notional building approach | |
nozzle air supply | |
numerical modelling | |
Numerical Simulation | |
NZE renovation | |
nZEB | |
nZEB building | |
nZEB design | |
nZEB indoor air quality | |
NZEB legislation | |
O | |
Objective measurement | |
Occupancy | |
occupancy behaviour | |
Occupancy comfort | |
occupancy pattern | |
Occupancy Prediction | |
Occupancy-dependent smart controls | |
occupant | |
occupant behavior | |
Occupant behaviour and energy needs in buildings | |
Occupant bevavior | |
occupant comfort | |
Occupant feedback | |
Occupants' behaviour | |
Occupants’ behavior | |
occupants’ perception | |
Off-peak load management | |
office appliances | |
office building | |
Office building energy savings | |
office buildings | |
Office worker | |
olive oil production | |
On site monitoring | |
One-stop-shop concept | |
Ongoing commissioning | |
Online survey | |
online tool | |
Open-plan offices | |
Openings | |
OpenStudio | |
Operating Room | |
operating strategy | |
Operation | |
Operational Data | |
operational diagnostics | |
operational performance of buildings | |
Operative Temperature | |
Optimal Control | |
Optimal design | |
optimisation | |
optimization | |
optimization framework | |
Optimization methods | |
Optimization model | |
Optimization of smart buildings | |
optimizing building interactions with the grids | |
optimum design | |
orientation | |
outlet temperature | |
overheating | |
Oversensitivity to cold | |
Ozone | |
Ozone (O3) free | |
P | |
P2G | |
PAHs | |
Paraffinic PCMs | |
parameter estimation | |
parameter evaluation | |
Parametric analysis | |
Pareto font | |
Partial load | |
partial load characteristics | |
Partial Shading | |
Particle | |
particle dispersion | |
Particle Image Velocimetry | |
particle source position | |
Particulate matter | |
Passive building | |
passive cooling | |
Passive Cooling and Hybrid Ventilation | |
passive house | |
passive measure | |
Passive method | |
Passive solar buildings | |
passive solar utilisation | |
Patients Wards | |
payback | |
PCM | |
PCM Building Materials | |
PCM-filled window | |
peak load | |
peak shaving | |
Pedestrian-level wind environment | |
Peers network | |
pellet boiler | |
Peltier effect | |
Peltier elements | |
Performance | |
Performance evaluation | |
performance factors | |
Performance gap | |
performance indicator | |
Performance indicators | |
performance optimization | |
performance predication | |
performance requirements | |
Performance verification | |
Periodic heat transfer | |
personal | |
Personal exposure | |
Phase change material | |
Phase change material storage | |
Phase Change Materials | |
Phase change materials (PCMs) | |
Photo-voltaic cooling | |
Photocatalytic Oxidation Reaction (PCO) | |
Photovoltaic | |
Photovoltaic Efficiency | |
Photovoltaic Module | |
Photovoltaic-thermal (PVT) | |
photovoltaic-thermal system | |
Photovoltaic/thermal panels | |
Photovoltaics | |
PHPP | |
pigfarms | |
Pilot studies | |
piping components | |
PIV | |
Planet Earth | |
Plus-energy house | |
Plus-Energy-Office-Building | |
PM2.5 | |
PMV | |
PMV Evaluation | |
podium | |
Poland | |
policy goals | |
Pollutants diffusion | |
portable wireless sensors | |
Post occupancy evaluation | |
post-evaluation | |
potable water | |
Power Loss Factor | |
Power to Gas | |
power to heat | |
PPD | |
pre-evaluation | |
Pre-heating ventilation air | |
predicted energy consumption | |
prediction | |
Prediction model | |
predictive control | |
predictive models | |
prefabricated elements | |
prefabricated house | |
Prefabrication | |
Pressure drop | |
pressure loss | |
pressure losses | |
Pressure-flow law | |
Pressurized stairwells | |
preventive conservation | |
Price-based demand response | |
primary energy indicators | |
Primary energy saving | |
Primary energy use | |
Primary Secondary | |
Probabilistic simulations | |
productivity | |
project GENiC | |
protocol | |
psychophysics | |
PtG | |
Public Buildings | |
Pupils | |
PV | |
PV Panel/Battery System | |
PVIB | |
Q | |
Quasi steady-state calculation method | |
questionnaire | |
questionnaire survey | |
R | |
Radiance and Daysim | |
Radiant Ceiling | |
radiant cooling | |
Radiant cooling system | |
Radiant floor cooling | |
Radiant floor heating system | |
radiant floor heating/cooling | |
radiant floor system | |
Radiant Heating | |
Radiant-Convective Split | |
Radiation/Convection Air-Conditioning | |
Radiative Heat Transfer | |
radiator heat output | |
Radiator heating | |
rainwater | |
Rainwater harvesting | |
Rammed earth | |
random walk | |
Rational Energy Use | |
Raw Data Integrity | |
RC thermal networks | |
Re-commissioning | |
Real energy performance | |
Real Time Pricing | |
real-time optimal control | |
rebound | |
reconstruction and energy refurbishment strategies | |
recovery COP | |
recovery efficiency | |
reduce | |
Reduce CO2 emissions | |
Reducing energy | |
reference building | |
Reference Buildings | |
reference hotel | |
refrigeration system | |
refurbishment | |
Regenerative indirect evaporative cooler | |
regression | |
Regression Models | |
Regulation | |
regulations | |
reliability | |
removal efficiency | |
Renewable electricity | |
renewable energy | |
renewable energy ratio | |
renewable energy sources | |
Renewable Energy System | |
renewable heat supply | |
renewable methane | |
renewable primary energy | |
renovated buildings | |
renovation | |
representativeness | |
RES | |
Residence | |
Residential | |
residential Apartments | |
residential building | |
residential building energy | |
Residential Buildings | |
residential dwellings | |
Residential sector | |
Resource conservation | |
Respond surface methodology | |
response factors | |
retail hall building | |
Retrofit | |
Retrofits | |
Retrofitting | |
retrofitting solutions | |
return temperature reduction | |
review | |
Risk assessment | |
roadmap | |
Rooftop Greenhouse | |
Room air stratification | |
room based ventilation units | |
rotary heat exchanger | |
rule based fault detection and diagnosis | |
S | |
saisonal storage | |
sample size | |
SARS | |
Satisfaction surveys | |
School | |
school building | |
School buildings | |
School refurbishment | |
school renovation | |
School ventilation | |
Schools | |
SCOP | |
Scroll compressor | |
SDHW Systems | |
seasonal heat management by fields of borehole heat exchangers | |
Seasonal performance | |
Seasonal variation | |
second skin | |
sector coupling | |
Selection process | |
semi-outdoor space | |
sensible storage | |
sensitivity | |
sensitivity analysis | |
sensor fault detection | |
sensor faults | |
Sensors | |
set-point reset | |
shading and air renovation | |
shading devices | |
Shallow geothermal energy | |
Shape factor | |
SHGC | |
shield | |
short circuit flow | |
Sick house | |
simple hourly method | |
simplification | |
Simplified building modelling | |
simplified method | |
Simplified Model | |
simplified weather data | |
Simulated and real performance | |
Simulation | |
simulation model | |
Simulation program | |
Simulation Studies | |
simulation study | |
Simulation-based assessment | |
Simulations | |
single effect | |
single room heating control | |
single U tube | |
single-room ventilation | |
Single-sided ventilation | |
Sizing | |
Skin | |
slot-ventilated room | |
Small scale wind turbine | |
Small-scale on/off chiller | |
Smart Building | |
Smart Energy | |
Smart Grid | |
Smart metering | |
Smart operation | |
smart systems | |
Smoke barrier | |
Smoke spread | |
social housing | |
Sodium montmorillonite | |
solar | |
solar cooling | |
Solar energy | |
Solar energy utilization | |
solar facade | |
solar heat | |
Solar Heat Gain Coefficient | |
solar heat source | |
Solar Heat Utilization | |
Solar Irradiance | |
Solar shading | |
solar shading coefficient | |
Solar thermal | |
solar thermal collector | |
Solar thermal system | |
space cooling | |
space heating | |
Space temperature control | |
spatial modelling | |
SPF | |
Stack effect | |
stadium | |
statistical analysis | |
statistical shape analysis | |
Stochastic Occupancy | |
Stochastic process | |
Storage | |
Storage system | |
stratified tank | |
street canyon | |
Subjective evaluations | |
subspace identification method | |
subway stations | |
Subway train fire | |
summer performance evaluation | |
summer thermal comfort | |
Supermarket energy efficiency | |
Supervisory control | |
supply air diffuser | |
Supply plenem | |
supply water temperature | |
Surface Cooling | |
surface cooling system | |
surface heating and cooling | |
Survival Analysis | |
suspended ceilings | |
sustainability | |
Sustainability Certification | |
sustainable building | |
Sustainable building envelope | |
sustainable buildings | |
sustainable design | |
sustainable energy for buildings | |
sustainable energy system | |
Sustainable Management and Maintenance | |
Sustainable Operation of Building | |
sustainable schools | |
swimming pool | |
system configuration | |
system contribution rate | |
system control interaction | |
system control strategy | |
System identification | |
System inspections | |
System integrations | |
system operation | |
System simulation | |
System sizing | |
systems theory | |
T | |
T-Q diagram | |
TABS | |
Tailored Energy Benchmarks | |
Tap pattern | |
TDVS | |
Teachers | |
Technical solutions | |
technical systems | |
TEKNOsim | |
Telephone interviews | |
temperature customization | |
temperature decrement factor | |
Temperature-Controlled Airflow Ventilation system | |
temporarily occupied space | |
Temporary housing | |
Terminal unit | |
test methods | |
test site | |
Testing method | |
textile | |
textile duct ventilation | |
the labor market | |
thermal | |
Thermal adaptation | |
thermal analysis | |
thermal and fluid dynamic numerical tools | |
Thermal aware computation | |
thermal building simulation | |
Thermal comfort | |
Thermal decay | |
Thermal Deviation | |
Thermal discomfort | |
Thermal driven cooling | |
Thermal energy storage | |
Thermal environment | |
thermal inertia | |
Thermal load calculation | |
Thermal load distribution | |
Thermal manikin | |
Thermal mass | |
thermal model | |
Thermal modeling | |
thermal modelling | |
Thermal parameters | |
thermal performance | |
Thermal Powers | |
Thermal properties | |
thermal radiation | |
Thermal renovation | |
thermal resistance | |
Thermal response test | |
Thermal storage | |
thermal storage system | |
thermal transient | |
Thermal transmittance | |
thermal unit | |
Thermally-Activated Building Systems | |
Thermally-Active Building Systems | |
thermoacoustic cooling | |
thermoactive textiles | |
Thermoeconomic diagnosis | |
Thermoregulation | |
thermosyphon | |
thermotechnics | |
time series | |
time-series mining | |
Titanium dioxide (TiO2) | |
Tobit model | |
Total Concept | |
Total Concept method | |
total heat gain coefficient | |
tracer gas | |
tracer gas measurement | |
tracer gas measurements | |
Tracer gas methods | |
Traditional Chinese medicine | |
Traditional Turkish Architecture | |
transient heat conduction | |
TRNSYS | |
TRNSYS simulation | |
TRNSYS Type | |
tropical climate | |
tropical climate constraints | |
turbulence intensity | |
Turbulent jet | |
Turkey | |
Two Way Control Valve | |
U | |
U-value | |
UFAD | |
UFAD (Underfloor Air Distribution) System | |
ultraviolet germicidal irradiation | |
Uncertainties | |
uncertainty | |
uncertainty analysis | |
uncertainty of simulation | |
underground heat utilization | |
underground water | |
Unglazed collector | |
Unsteady displacement ventilation | |
Unsteady state operation | |
Urban Building | |
urban energy spatial design | |
Urban heat island | |
urban microclimate | |
Urban planning | |
urban scale | |
user | |
user behavior | |
user oriented - portable | |
users clustering | |
UVGI | |
V | |
Vacuum impregnation | |
Validation | |
Valley power and peak power | |
valorisation | |
Vapour compression | |
variability on building energy use | |
variable nozzle | |
Variable refrigerant flow (VRF) | |
Variable Speed Drive | |
variable-flow control mode | |
variable-flow reconstruction | |
VAV system | |
velocity field | |
ventilated BIPV | |
ventilated facade | |
Ventilated roof | |
Ventilated window | |
ventilation | |
Ventilation & Indoor Air Quality | |
ventilation and heating (and cooling) | |
Ventilation control | |
ventilation effectiveness | |
ventilation heat recovery | |
Ventilation network caculation | |
Ventilation performance assessment | |
ventilation rate | |
Ventilation requirement | |
Ventilation strategy | |
Ventilation system | |
ventilation systems | |
ventilation tower | |
Ventilative cooling | |
vertical thermo active room wall | |
vetilation rates | |
VFR | |
visualization | |
VOCs | |
vortex promoters | |
vortex street | |
VRF | |
VRF system | |
W | |
Waiting room | |
Warm-air heating | |
Waste Water | |
wastewater | |
water storage | |
Water storage tank | |
Water tank | |
water thermal energy storage | |
wavelet coherence | |
Wavelet transform | |
Weather conditions | |
weather data | |
Weibull Distribution | |
Weibull Mixture Distribution | |
Wind Catcher | |
wind environment | |
wind pressure | |
wind regimes | |
wind tunnel | |
Wind-driven ventilation | |
wind-tunnel testing | |
Window | |
window opening | |
Window solar-heat absorption | |
window system | |
window-to-wall-ratio (WWR) | |
Windows | |
wireless monitoring | |
Wood Plastic Compound | |
Wooden frame | |
WUFI Plus | |
WWR(Window to Wall Ratio) | |
X | |
xGnP | |
Z | |
Zeolite | |
Zero Carbon | |
Zero Emission Building | |
zero energy building | |
zero energy neighbourhood | |
Zero-Energy apartment buildings | |
zonal model | |
zone |