Keywords: راحتی حرارتی سازگار; Adaptive thermal comfort; Acceptability limit; Cooling energy; Residential building simulation; Global warming;
مقالات ISI راحتی حرارتی سازگار (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: راحتی حرارتی سازگار; Adaptive thermal comfort; Thermal comfort expectation; Thermal experience; Indoor thermal environment; Migration;
Keywords: راحتی حرارتی سازگار; Adaptive thermal comfort; Cooling practices; Residential; Natural ventilation; Tropical climate;
Keywords: راحتی حرارتی سازگار; Building; Genetic algorithm; Optimization; Adaptive thermal comfort; Shading; TRNSYS;
Keywords: راحتی حرارتی سازگار; Thermal comfort; Schools; Naturally ventilated classrooms; Adaptive thermal comfort;
Keywords: راحتی حرارتی سازگار; Building envelope; Passive cooling strategies; Optimization; Decision making; Climate; Life cycle cost; Adaptive thermal comfort;
Keywords: راحتی حرارتی سازگار; building thermal simulation; adaptive thermal comfort; sustainable building design;
Keywords: راحتی حرارتی سازگار; Adaptive thermal comfort; Building thermal simulation; Occupants behaviour;
Keywords: راحتی حرارتی سازگار; Heritage buildings; Passive cooling; Thermal mass; Natural ventilation; CFD simulation; Adaptive thermal comfort;
Keywords: راحتی حرارتی سازگار; Dynamic solar shading; Solar-control coating; Roof windows; Window design; Residential buildings; Space heating; Climate-based daylighting; Adaptive thermal comfort;
Keywords: راحتی حرارتی سازگار; Seasonal variation; Thermal sensation; Dynamic thermal environment; Behaviors; Neutral temperature; Adaptive thermal comfort;
Keywords: راحتی حرارتی سازگار; Thermal perception; Adaptive thermal comfort; Lecture rooms; Field study; Transition; Indoor climate;
Keywords: راحتی حرارتی سازگار; Thermal experience; Skin temperature; Thermal sensation; Adaptive thermal comfort;
Keywords: راحتی حرارتی سازگار; Energy efficiency; Housing design; Passive cooling; Passive heating; Adaptive thermal comfort;
Keywords: راحتی حرارتی سازگار; Adaptive thermal comfort; Naturally-conditioned buildings; Relative humidity; Logistic regressions; Tree-based methods;
Keywords: راحتی حرارتی سازگار; Thermal experience; Chamber experiment; Thermal sensation; Step-changed temperature; Adaptive thermal comfort;
Keywords: راحتی حرارتی سازگار; School building; Energy demand; Adaptive thermal comfort; Useful daylight illuminance (UDI); Multi-objective optimization; China; Cold climate;
Keywords: راحتی حرارتی سازگار; Adaptive thermal comfort; Robust building design; Test reference year; Design summer year;
Keywords: راحتی حرارتی سازگار; BCVTB; building controls virtual test bed software; BPS; building performance simulation (tool); ESRU; Energy Systems Research Unit of the University of Strathclyde; HVAC; heating ventilation and air conditioning systems; LBNL; Lawrence Berkeley National
Keywords: راحتی حرارتی سازگار; Field study; Adaptive thermal comfort; Mixed mode buildings; Adaptive model;
Keywords: راحتی حرارتی سازگار; Adaptive thermal comfort; Overheating; Children; Perception; Adult; Primary schools;
Keywords: راحتی حرارتی سازگار; Roof windows; Cost-effectiveness; Window design; Glazing; Frame; Solar-control coating; Space heating; Climate-based daylighting; Adaptive thermal comfort;
Keywords: راحتی حرارتی سازگار; Adaptive thermal comfort; Thermal expectation; Thermal experience; Indoor thermal environment
Keywords: راحتی حرارتی سازگار; Adaptive thermal comfort; Thermal expectation; Thermal history; Indoor thermal environment
Keywords: راحتی حرارتی سازگار; Thermal comfort; Adaptive thermal comfort; New 13-value comfort scale; 7-value and 13-value comparison; Moderate environments;
Keywords: راحتی حرارتی سازگار; Adaptive thermal comfort; Physiological adaptation; Thermal history; Indoor thermal environment;
Keywords: راحتی حرارتی سازگار; ACH/hr; air changes per hour; AUS; Austrian case study; DK; Danish case study; E; external shading system; EPS; expanded polystyrene; EU; European Union; F; fixed shading system; FR; French case study; G; Solar heat gain coefficient; I; internal shading s
Keywords: راحتی حرارتی سازگار; ASHRAE; american society of heating; CTF; conduction transfer function; EMPD; effective moisture penetration depth; GHI; global horizontal irradiance [kWh mâ2 dayâ1]; GWP; global warming potential; HVAC; heating, ventilating, and air conditioning; I
Keywords: راحتی حرارتی سازگار; Adaptive thermal comfort; Classrooms; Natural ventilation; Student performance
Keywords: راحتی حرارتی سازگار; Earth buildings; Energy retrofit; Environmental hygro-thermal monitoring; Adaptive thermal comfort
Keywords: راحتی حرارتی سازگار; Adaptive thermal comfort; Classrooms; Natural ventilation; Hot-humid climate; Adaptive opportunities;
Keywords: راحتی حرارتی سازگار; Indoor thermal environment; Adaptive thermal comfort; Chinese standard; Adaptive predicted mean vote (aPMV)
Keywords: راحتی حرارتی سازگار; Thermal comfort; Field study; Adaptive thermal comfort; Tropical climate; Laboratory class
Keywords: راحتی حرارتی سازگار; Thermal comfort; Field study; Adaptive thermal comfort; Tropical climate; Laboratory class; Adaptive actions
Keywords: راحتی حرارتی سازگار; Climate change; Architectural design; Occupants; Adaptive thermal comfort; Visual comfort; CO2 emissions
Keywords: راحتی حرارتی سازگار; Building microclimate; Summer thermal comfort; Adaptive thermal comfort; Free-running building; Diverse spaces; Chinese vernacular house;
Keywords: راحتی حرارتی سازگار; Adaptive thermal comfort; Building performance; Low energy residential buildings; China HSCW zone; Simulation
Applying underfloor heating system for improvement of thermal comfort in historic mosques: the case study of SalepçioÄlu Mosque, Izmir, Turkey
Keywords: راحتی حرارتی سازگار; Historic mosque; low temperature electric radiant heating system; adaptive thermal comfort; dynamic simulation model;
Adaptive thermal comfort in the offices of North-East India in autumn season
Keywords: راحتی حرارتی سازگار; Adaptive thermal comfort; Naturally ventilated building; Comfort temperature; Natural ventilation; Window-opening; Adaptation;
Roadmap for improving roof and façade windows in nearly zero-energy houses in Europe
Keywords: راحتی حرارتی سازگار; Roof windows; Glazing properties; Window size; Orientation; Space heating demand; Climate-based daylighting; Adaptive thermal comfort;
Bioclimatic lessons from Mediterranean vernacular architecture: The Sardinian case study
Keywords: راحتی حرارتی سازگار; HVAC; heating ventilation air conditioning; SET; standard effective temperature [°C]; DRYs; design reference years; CPZs; control potential zones; ARPAS; regional agency for environmental protection of Sardinia; CTI; Italian thermo-technical committee; T
Field studies of thermal comfort across multiple climate zones for the subcontinent: India Model for Adaptive Comfort (IMAC)
Keywords: راحتی حرارتی سازگار; Indian office buildings; Fanger PMV; Adaptive thermal comfort; Adaptive model; Neutral temperature; Comfort standards;
An adaptive thermal comfort model for the tropical climatic regions of India (Köppen climate type A)
Keywords: راحتی حرارتی سازگار; Adaptive thermal comfort; Hot–humid climate; Natural ventilation; Energy savings
Overheating investigation in UK social housing flats built to the Passivhaus standard
Keywords: راحتی حرارتی سازگار; Passivhaus; Social housing; Overheating; Adaptive thermal comfort;
Field studies on human thermal comfort — An overview
Keywords: راحتی حرارتی سازگار; Thermal comfort; Field study; Adaptive thermal comfort; Adaptive opportunities; Climatic zones
An adaptive thermal comfort model for hot humid South-East Asia
Keywords: راحتی حرارتی سازگار; Naturally ventilated building; Meta-analysis; Adaptive thermal comfort; South-East Asia; Hot humid climate
Impact of climate change on comfort and energy performance in offices
Keywords: راحتی حرارتی سازگار; Adaptive thermal comfort; Occupant behaviour; Building design; Mixed mode; Greenhouse gas emissions; Climate change
Adaptive thermal comfort in primary school classrooms: Creating and validating PMV-based comfort charts
Keywords: راحتی حرارتی سازگار; Predicted mean vote; Clothing insulation; Adaptive thermal comfort; Primary school classroom; Assessment methods
Thermal comfort in naturally ventilated apartments in summer: Findings from a field study in Hyderabad, India
Keywords: راحتی حرارتی سازگار; Adaptive thermal comfort; Field study; Apartments; Comfort temperature; Hyderabad; Comfort standards
Resilience of naturally ventilated buildings to climate change: Advanced natural ventilation and hospital wards
Keywords: راحتی حرارتی سازگار; Natural ventilation; Climate change; Overheating; Adaptive thermal comfort; Health care; Energy use