Keywords: گرم شدن; Energy efficiency; Net zero energy building; Simulation; Climate adaptation; Overheating;
مقالات ISI گرم شدن (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: گرم شدن; Overheating; Thermal soak test; Vehicle modeling; Building performance simulation;
Keywords: گرم شدن; Overheating; Heat waves; Power failure; Indoor thermal comfort; Resiliency; Energy efficiency;
Keywords: گرم شدن; Shading control; Building simulation; Complex fenestration system; Bi-directional scattering distribution function; Directional solar heat gain coefficient; Daylighting; Glare; Overheating; Radiance; Fener;
Keywords: گرم شدن; Interior solar energy distribution; Overheating; Equivalent absorption; Indoor temperature;
Keywords: گرم شدن; Thermal comfort; Visual comfort; Overheating; Passive solutions; Low-income housing; Nigeria;
Keywords: گرم شدن; TIM-PCM wall; Natural convection; Radiation; Experimental validation; Overheating; Thermal comfort;
Keywords: گرم شدن; Thermal comfort; Overheating; Energy policy; Insulation; Building simulation;
Keywords: گرم شدن; Honey; Thermal treatment; Chemometric; Overheating;
Keywords: گرم شدن; Time series forecasting; Machine learning; Black-box model; ARX model; ARMAX model; Overheating;
Keywords: گرم شدن; TM52; Future Climate; Overheating; Heat Wave;
Keywords: گرم شدن; Failure analysis; Gas turbine blade; IN738LC superalloy; Overheating;
Keywords: گرم شدن; Thermal Comfort; Overheating; Tropical; Low-income; Housing; Uganda;
Keywords: گرم شدن; Overheating; Thermal Comfort; Zero Carbon; Zero Energy; Housing;
Keywords: گرم شدن; in-situ measurements; overheating; building modelling;
Keywords: گرم شدن; Overheating; Indoor Air Quality; Automatic control; Internal heat gain;
Keywords: گرم شدن; Double-skin facades; Building simulation; Energy efficiency; Overheating;
Keywords: گرم شدن; Compressed earth bricks; Thermal inertia; Overheating; Free cooling; Thermal comfort;
Keywords: گرم شدن; Overheating; Temperature; Monitoring; Housing; Dwellings; Climate change;
Keywords: گرم شدن; Solar combi-systems; Thermal comfort; Underfloor heating; Collector loop; Heat delivery loop; Tank losses; Distribution losses; Overheating; Heat losses;
Keywords: گرم شدن; Superheater; Rupture; Overheating; Microstructural degradation;
Keywords: گرم شدن; Aviation industry; Lithium-ion battery; Vibration; Overheating; Fire hazard;
Keywords: گرم شدن; PMV; predicted mean vote; MTSV; mean of thermal sensation votes; PPD; predicted percentage of dissatisfied (%); PD; percentage of dissatisfied (%); ET; effective temperature (°C); SET; standard effective temperature (°C); HVAC; heating, ventilation, and
Keywords: گرم شدن; Adaptive thermal comfort; Overheating; Children; Perception; Adult; Primary schools;
Keywords: گرم شدن; Thermal comfort; Thermal adaptation; Overheating; Severe cold area; Residential building;
Keywords: گرم شدن; Local cooling; Individual climatization; Overheating; Thermal comfort; Thermal sensation; Occupant satisfaction
Keywords: گرم شدن; Energy saving; Passive solar; Active solar; Air-source heat pump; Overheating
Keywords: گرم شدن; Solar thermal; selective coating; vanadium oxide; thermochromic; stagnation; overheating
Keywords: گرم شدن; Overheating; IAQ; Building stock modelling; Building physics;
Keywords: گرم شدن; Climate change; Primary energy; Space heating and cooling; Residential building; Overheating; Representative concentration pathways;
Keywords: گرم شدن; Thermal comfort; Prefabricated timber; Overheating; Summertime temperatures; Monitoring; Post-occupancy survey; Simulation;
Keywords: گرم شدن; CFD; computational fluid dynamics; CIBSE; chartered institution of building services engineers; FVM; finite volume methods; HVAC; heating ventilation and air-conditioning; IC; inequality coefficient; iPHA; International Passive House Association; LCA; lif
Keywords: گرم شدن; Urban heat island; Global warming; Electricity consumption; Overheating
Keywords: گرم شدن; Occupancy profile; 3D model; Energy efficient house; Automated building energy systems; Overheating; Comfort strategy; Auxilary energy;
Keywords: گرم شدن; Building envelope; Double skin facades; CFD; Hot and dry climates; Airflow; Overheating;
Keywords: گرم شدن; Climate change; Overheating; Air quality; Mould; Adaptation; Public health;
Keywords: گرم شدن; Heat pipe; Passive solar; Isolated gain; Overheating;
Keywords: گرم شدن; Heating consumption; Earth-water heat exchanger; Overheating; Ventilation; Air tightness;
Keywords: گرم شدن; Climate change; Building simulation; Overheating
Keywords: گرم شدن; Probabilistic climate projections; Building and adaptation; Overheating
Keywords: گرم شدن; G01; G21; E44Financial deregulation; Bank lending; Overheating; Financial crisis
Keywords: گرم شدن; Heat transfer; Natural ventilation; Double Skin Façade; Overheating;
Keywords: گرم شدن; Simulation; Lithium-ion cell; Thermal-electrochemical model; High-current discharge; Mass-transport limitation; Overheating;
Keywords: گرم شدن; Overheating; EnergyPlus; Kendalls Tau; Weather files
Keywords: گرم شدن; Overheating; Dwellings; Ventilation; Shading; Behaviour; Simulation
Keywords: گرم شدن; Superheating; Overheating; Lennard-Jonesium; Melting;
Keywords: گرم شدن; Heatwave; Adaptation; Thermal performance; Overheating; Cooling load; Dynamic building simulation model; Finite difference approach;
Keywords: گرم شدن; Summer; Hospital; Overheating; Thermal comfort; Natural ventilation; Simulation; Calibration; Low carbon;
Keywords: گرم شدن; Summer temperature; Thermal comfort; Overheating; English homes; Socio-technical characteristics; ASHRAE; American Society of Heating, Refrigeration and Air-Conditioning; BADC; British Atmospheric Data Centre; CaRB; Carbon Reduction in Buildings; CI; conf
Keywords: گرم شدن; Insolation; Overheating; Urban planning; Optimization; Vegetation