TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| 3 | |
| 3D printing | |
| 3D scanning | |
| 4 | |
| 4D simulation | |
| A | |
| absorption | |
| Acoustics | |
| Adaptation strategies | |
| adaptive behaviour | |
| adaptive facades | |
| Adaptive façade | |
| Adaptive façades | |
| agent-based modelling | |
| Air gap ventilation | |
| Airflow | |
| airtightness | |
| ambient | |
| Anion-exchange membrane electrolysis | |
| ANN | |
| Annual energy performance | |
| Annual thermal performance | |
| apartment building | |
| Armenia | |
| Aspen Plus | |
| Atmospheric Boundary Layer | |
| Attention-BiLSTM | |
| autoregressive models | |
| B | |
| BAPV | |
| bar-assembled circular vibrating screen | |
| Battery energy storage systems | |
| Battery Energy Storage Systems (BESS) | |
| Battery scheduling | |
| Bayesian neural network | |
| BEM | |
| Benchmarking datasets | |
| Bibliometric-systematic literature review | |
| Bibliometrix | |
| BIM | |
| bio-based materials | |
| Bioclimatic architecture | |
| bioclimatic potential | |
| Biogenic carbon storage | |
| Biogenic volatile organic compounds | |
| Biomimetic approach | |
| BIPV | |
| BIPV smart window | |
| Blind | |
| blower door testing | |
| blue carbon | |
| Borehole | |
| Building Energy Consumption | |
| Building Energy Demand | |
| building energy flexibility | |
| Building Energy Modelling | |
| Building energy performance | |
| building envelope | |
| Building environment | |
| Building Geometry | |
| Building Information Modelling (BIM) | |
| building monitoring | |
| building performance | |
| building physics | |
| Building rehabilitation measures performance | |
| Building resilience | |
| Building retrofit | |
| Building retrofits | |
| Building retrofitting | |
| building roof | |
| Building simulation | |
| Building Thermal Modelling | |
| building typology modelling | |
| Building-integrated photovoltaic technology (BIPV) | |
| building-integrated photovoltaics | |
| Building-Integrated Photovoltaics (BIPV) | |
| buildings | |
| Built environment | |
| Built-environment resilience | |
| business models | |
| C | |
| Campus Decarbonisation | |
| capture effi-ciency | |
| carbon emission | |
| Carbon Emission Intensity (CEI) | |
| Carbon Intensity | |
| Carbon Reduction | |
| case studies | |
| CDW | |
| CFD simulation | |
| circular construction | |
| Circular Economy | |
| circular products | |
| circular renovation | |
| circularity | |
| circularity indicators | |
| cities | |
| citizen | |
| CityGML standard | |
| Climate adaptability | |
| climate adaptation | |
| Climate change | |
| Climate change mitigation | |
| climate neutral cities | |
| climate neutrality | |
| Climate Positive Circular Communities | |
| climate resilience | |
| Climate resilient | |
| climate zones | |
| climate-resilient retrofitting | |
| Climate-responsive design | |
| Cloud Coverage | |
| Cloud evolution | |
| Cloud variability | |
| Co-creation | |
| Coastal communities | |
| COBie | |
| Cognitive performance | |
| comfort assessment | |
| community energy | |
| Community energy systems | |
| community-based greenhouse | |
| Community-based research | |
| Computational Fluid Dynamics | |
| computational upcycling | |
| computer vision | |
| conceptual framework | |
| Construction and demolition waste | |
| construction detailing | |
| Construction sector | |
| consumers | |
| Consumption Patterns | |
| Contribution Index | |
| Control Strategy | |
| cooking emissions | |
| Cooling Degree Days | |
| Cooling demand | |
| cooling market | |
| Corrosion rate | |
| Cost-Optimal Analysis | |
| costs | |
| Counterfactual Analysis | |
| CO₂ emissions | |
| CSP | |
| D | |
| data center | |
| Data driven modelling | |
| data governance | |
| data integration | |
| data pipeline | |
| Data-driven control | |
| decarbonisation | |
| Decarbonization of Building Stock | |
| Decision Support System | |
| Deep eutectic solvents | |
| Deep learning | |
| Demand response | |
| demand-controlled ventilation | |
| demand-side flexibility resources | |
| Demolition workflows | |
| Densified wood | |
| desiccant | |
| design for disassembly | |
| Digital deconstruction | |
| Digital platform | |
| Digital twin | |
| Digital Twins | |
| digitalisation | |
| digitalization | |
| Dimensional stability | |
| Disaster risk assessment | |
| Distributed Photovoltaics | |
| District Heating | |
| Domestic Hot Water | |
| Double skin facade | |
| DPPs | |
| drivers and barriers | |
| Drying–gasification–combustion | |
| durability | |
| Dust deposition | |
| dynamic energy simulation | |
| dynamic envelopes | |
| Dynamic simulation | |
| Dynamic Thermal Insulation System | |
| E | |
| Economic MPC | |
| Economic Tolerance Constraints | |
| Edge AI | |
| Education | |
| efficiency | |
| Electric Vehicle | |
| Electricity load forecasting | |
| Electricity pricing | |
| Electrification | |
| Electrochromic glazing | |
| Embodied and Operating Emissions | |
| Embodied Carbon | |
| embodied carbon reduction | |
| Embodied Energy | |
| energy | |
| energy audit | |
| Energy balance | |
| energy citizenship | |
| Energy communities | |
| Energy Community | |
| energy consumption | |
| Energy crops | |
| energy data | |
| energy demand | |
| Energy Disaggregation | |
| energy efficiency | |
| Energy efficiency in buildings | |
| Energy Efficient Construction | |
| Energy flexibility | |
| Energy flow modelling | |
| energy governance | |
| energy monitoring | |
| Energy performance | |
| energy performance simulation | |
| Energy Poverty | |
| Energy Poverty Mitigation | |
| Energy recovery | |
| Energy saving | |
| energy self-sufficiency | |
| energy sharing | |
| Energy transition | |
| Energy Use Intensity (EUI) | |
| Energy Zones | |
| EnergyPlus Simulation | |
| EnergyPlus/OpenStudio | |
| engagement/social acceptance | |
| ENSO | |
| Envelope parameter | |
| environmental indicators | |
| Environmental stability | |
| EPDs | |
| ESPs | |
| EU regulation | |
| EUCRA regions | |
| existing building retrofitting | |
| Experimental validation | |
| Explainable AI (XAI) | |
| F | |
| façade design | |
| façades | |
| Field prediction | |
| field test | |
| Finite Element Method | |
| Finite-Element Modelling | |
| Flexibility Sharing | |
| flooding | |
| food equity | |
| forecast 2040 | |
| Forecasting | |
| framework | |
| Fresh-air cooling | |
| Fuel Poverty Alleviation | |
| G | |
| Game theory | |
| Genetic algorithm | |
| Geothermal Energy | |
| German energy market | |
| GIS | |
| Glazing performance | |
| Global horizontal irradiance | |
| Global tilted irradiance | |
| Global warming potential | |
| governance | |
| Governance Framework | |
| gravity-driven heat pipes | |
| Green hydrogen | |
| Green roofs | |
| Green wall | |
| Greenhouse | |
| Grid-Connected Microgrid | |
| Ground Heat Exchanger | |
| Ground Source Heat Pump | |
| Ground-mounted photovoltaics | |
| H | |
| Hazard exposure | |
| Health and wellbeing | |
| Heat Discomfort | |
| heat island | |
| Heat pump | |
| Heat pumps | |
| heat vulnerability | |
| heat wave | |
| heating energy consumption | |
| Heatwave | |
| HEI Buildings | |
| Hempcrete | |
| Heritage | |
| Hierarchy-Aware Retrieval | |
| High-Carbon Hour Identification | |
| Historic Building | |
| historic buildings | |
| holiday homes | |
| Home Energy and Comfort Management(HECM) | |
| hot climate | |
| Hot mirror coating | |
| housing stock | |
| Housing vulnerability | |
| Humidity control | |
| HVAC | |
| HVAC retrofit | |
| hybrid cooling | |
| Hybrid learning | |
| Hybrid renewable energy systems | |
| Hydrogen bond network | |
| Hydrogen energy | |
| hydrogen energy storage | |
| Hydrogen refuelling station | |
| Hygrothermal performance | |
| Hygrothermal simulation | |
| I | |
| IEQ/Environmental quality assessment | |
| Impact Assessment | |
| implementation gaps | |
| incentives | |
| Indoor air quality | |
| Indoor Air Quality (IAQ) | |
| indoor air temperature | |
| indoor environmental quality | |
| Indoor lighting | |
| indoor temperature forecasting | |
| information | |
| Innovative building materials | |
| Integrated Assessment Models (IAMs) | |
| integrated design process | |
| Integrated Energy System | |
| Integrated Planning | |
| internal spatial configuration | |
| Internet-of-Things | |
| Inverse Optimization | |
| IoT Monitoring | |
| IoT sensors monitoring | |
| J | |
| Just energy transition | |
| Just transition | |
| K | |
| Knowledge Hub | |
| Knowledge Hubs | |
| KPIs Framework | |
| L | |
| Land surface temperature | |
| Land use | |
| Large language model | |
| Large Language Models | |
| Large Language Models (LLMs) | |
| Latin America | |
| LCA | |
| LiDAR | |
| Life Cycle Analysis | |
| Life Cycle Assessment | |
| Life Cycle Assessment (LCA) | |
| Life-cycle assessment | |
| Lifecycle carbon management | |
| lifecycle modelling | |
| Light environment | |
| lighting | |
| liquid cooling | |
| Liquid desiccant | |
| Literature review | |
| Local Digital Twin | |
| Local energy governance | |
| low carbon solutions | |
| Low-carbon | |
| low-carbon cooling system | |
| Low-cost Sensors | |
| low‑carbon design | |
| M | |
| Machine Learning | |
| machine-learning | |
| Mass flow rate | |
| Material strategies | |
| materials | |
| MBD-DEM coupled | |
| Measurability | |
| Mediterranean Cities | |
| Mediterranean Climate Energy Systems | |
| Megacity decarbonization | |
| Metal foam | |
| MIC | |
| MICE tourism | |
| Micro-credentials | |
| microclimate monitoring | |
| Microclimate simulation | |
| Microencapsulated phase change material | |
| mill solar integration | |
| mining energy transition | |
| Mitigation strategies | |
| mixed reality | |
| mobile health application | |
| mobility | |
| Model predictive control | |
| Model Similarity | |
| Modular construction | |
| Molecular dynamics | |
| movable insulation | |
| multi-climate validation | |
| Multi-criteria Decision Analysis | |
| Multi-objective optimisation | |
| Multi-objective optimization | |
| Multi-site Sensors | |
| multistage cooling | |
| Municipal decision-making | |
| N | |
| National Big Data | |
| Natural ventilation | |
| Neighbourhood Regeneration | |
| Net Load Forecasting | |
| net zero | |
| Net Zero Carbon | |
| net-zero | |
| Net-zero construction | |
| Neural ODE | |
| Nitinol | |
| Nocturnal Paradox | |
| Noise-NOx Decoupling | |
| NZEB | |
| NZEBs | |
| O | |
| occupancy detection | |
| Occupancy-aware control | |
| Occupant Comfort | |
| Office Building | |
| Office-to-Housing Transformation | |
| older adults | |
| one-diode model | |
| Open data | |
| open urban data | |
| Operational Carbon | |
| Operational Energy | |
| optimisation | |
| optimization | |
| Outdoor comfort | |
| overheating | |
| Overheating prevention | |
| Overheating Risk | |
| P | |
| Parameter-Efficient Fine-Tuning (PEFT) | |
| parametric study | |
| park homes | |
| Partial dependence | |
| Participatory approach | |
| participatory mapping | |
| Participatory urban planning | |
| passive adaptation | |
| Passive Building | |
| Passive cooling | |
| Passive design | |
| passive design strategies | |
| Passive House | |
| Passive shading | |
| passive solar utilization | |
| Pavement Solar Collectors | |
| Peak Shaving | |
| pedestrian analytics | |
| Pedestrian Thermal Comfort | |
| People-centred | |
| performance evaluation | |
| Performance Gap | |
| Phase change material | |
| phase change materials (PCM) | |
| Photovoltaic arrays | |
| Photovoltaic generation | |
| photovoltaic performance modelling | |
| Photovoltaic solar-tracking | |
| Photovoltaic Thermal collectors | |
| Photovoltaic-battery energy storage system | |
| Photovoltaic-Integrated Battery-Hydrogen Energy Storage System | |
| Photovoltaic-Integrated Buildings | |
| Photovoltaic-Thermal | |
| Physics-Informed Neural Networks | |
| planning | |
| planning tools | |
| plus‑energy buildings | |
| PM2.5 Shielding | |
| policy | |
| Pollutant dispersion | |
| Portuguese Climate | |
| Portuguese municipalities | |
| Positive energy | |
| Positive Energy District | |
| Positive Energy Districts | |
| Positive Energy Districts (PEDs) | |
| Post-disaster recovery | |
| Probabilistic load forecasting | |
| prosumers | |
| PTC | |
| Public buildings | |
| public institutional buildings | |
| Public Resource Optimisation | |
| PUE(power usage effectiveness) | |
| PV | |
| PV - integration | |
| PV generation | |
| PV modelling | |
| PV-battery systems | |
| R | |
| Radiative cooling | |
| Random Forest | |
| real-time in-ference | |
| relative humidity | |
| renewable energy | |
| Renewable Energy Communities | |
| Renewable Energy Harvesting | |
| Renewable Energy Sources | |
| Renewable Energy Sources (RES) | |
| Renewable Heat | |
| renovation | |
| Renovation depth | |
| Residential building | |
| Residential building performance | |
| residential buildings | |
| Residential retrofit | |
| resilient cities | |
| Retrieval-Augmented Generation | |
| retrofit | |
| Retrofit Strategies | |
| Retrofitted double leaf wall | |
| review | |
| Rhino–Grasshopper | |
| RIBA Plan of Work | |
| Rooftop PV | |
| Rule-based energy management | |
| S | |
| S-cone | |
| scaling renewable energy | |
| scheduling | |
| Screening efficiency | |
| seasonal regulation | |
| seaweed | |
| Selective coatings | |
| self-sufficiency metrics | |
| semi-transparent photovoltaics | |
| Sensible heat storage | |
| Sensor placement | |
| sensors | |
| Sewage sludge | |
| shape memory alloys | |
| Shared-benefit tariff | |
| Short-term forecasting | |
| Single-family Buildings | |
| Sky images | |
| Smart building | |
| smart buildings | |
| Smart classrooms | |
| Smart Electric Water Heater | |
| Smart energy management | |
| smart materials | |
| smart meters | |
| smart window | |
| Smart windows | |
| Social housing | |
| social innovation | |
| Social-Innovation | |
| solar | |
| Solar energy | |
| solar energy enrichment area | |
| Solar Forecasting | |
| Solar heating | |
| Solar irradiance forecasting | |
| Solar irradiance modelling | |
| solar photovoltaic energy production | |
| solar photovoltaics | |
| Solar PV vacuum glazing | |
| Solar PV/T with MCHP module | |
| Solar receiver | |
| South Tyrol | |
| Spatiotemporal Modelling | |
| Spectral distribution | |
| Split incentive | |
| Stakeholder engagement | |
| STL decomposition | |
| straw-based thermal insulation | |
| Structural Reuse | |
| Sub-ambient cooling | |
| summer overheating risk | |
| surface protection | |
| surface temperature distribution | |
| Surrogate model | |
| sustainability | |
| Sustainable and inclusive neighbourhoods | |
| sustainable construction | |
| Sustainable events | |
| system dynamics | |
| T | |
| TCO | |
| technical cooling system | |
| Techno-Economic Analysis | |
| Techno-economic modelling | |
| thalassothermal | |
| thermal | |
| Thermal Accumulation Efficiency | |
| Thermal and electrical efficiencies | |
| Thermal and Visual Comfort | |
| Thermal Bridging | |
| Thermal comfort | |
| thermal comfort models | |
| thermal comfort prediction | |
| thermal conductivity | |
| Thermal energy storage | |
| Thermal monitoring | |
| Thermal performance | |
| Thermal storage | |
| Thermal Transmittance | |
| Thermal-dew model | |
| Thermoregulative Façade | |
| thermotropic | |
| Tilt angle | |
| timber buildings | |
| Tool | |
| transition pathways | |
| transparent envelope | |
| transport | |
| TRNSYS dynamic simulation | |
| TRNSYS simulation | |
| U | |
| U-shaped manifold heat exchanger | |
| UAV thermal remote sensing | |
| Uncertainty quantification | |
| Upskilling | |
| Urban Air Quality | |
| Urban building energy model | |
| Urban Building Energy Modeling | |
| Urban Canyon | |
| urban climate | |
| urban climate governance | |
| Urban comfort | |
| Urban Digital Twin | |
| Urban digital twins | |
| urban energy systems | |
| urban energy transition | |
| urban engagement strategies | |
| urban entropy | |
| urban food security | |
| Urban governance | |
| Urban heat island | |
| Urban heat mitigation | |
| Urban heat risk | |
| Urban Living Labs | |
| Urban Metabolism | |
| Urban microclimate | |
| Urban Planning Policy | |
| Urban regeneration | |
| urban regreening | |
| urban transition guidelines | |
| V | |
| Vacuum glazing | |
| Value chain collaboration | |
| Variable Refrigerant Volume | |
| Vehicle-to-Grid | |
| Velocity Profile | |
| ventilation mode | |
| Virtual Reality | |
| Virtual sensing | |
| vision-language models | |
| Visual comfort | |
| Visual fatigue | |
| Visual Programming | |
| VOSviewer | |
| W | |
| wall section geometry | |
| warm-humid climate | |
| Web-based platform | |
| Wheat straw | |
| Whole life cycle | |
| Wind Tunnel Scaling | |
| Windcatcher | |
| Window Frame | |
| Window-to-wall Interface | |
| Winter conditions | |
| Wood-based remodeling | |
| Working memory | |
| WPC | |
| WWR | |
| Z | |
| ZEB | |
| zero carbon building | |
| zero carbon built environment | |
| Zero emission building | |
| Zero Emission University Campus | |
| Zero-Carbon | |
| Zero-carbon buildings | |
| Zero-Carbon Community | |
| Zero-Carbon-Oriented Renovation | |
| zero-emission buildings | |
| zero-emission built environment | |
| α | |
| α-opic EDI | |