Keywords: آسایش حرارتی; Mixing ventilation; Multi-cone ceiling diffuser; Lobed inserts; Thermal comfort;
مقالات ISI آسایش حرارتی (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: آسایش حرارتی; Liquid cooling garment; Thermal comfort; Protective clothing;
Keywords: آسایش حرارتی; Low-energy housing; low-income households; social housing; energy efficiency; thermal comfort; health; wellbeing; cost-benefit analysis; interviews;
Keywords: آسایش حرارتی; energy efficiency; thermal comfort; low-carbon homes;
Keywords: آسایش حرارتی; Cross-ventilated buildings; CFD simulation; Thermal comfort; Taguchi method;
Keywords: آسایش حرارتی; Radiant heating; Mechanical ventilation; Supply air temperature; Thermal comfort;
Keywords: آسایش حرارتی; Thermal comfort; Infrared thermography; Chair seats;
Keywords: آسایش حرارتی; radiant energy; efficiency; thermal comfort;
Keywords: آسایش حرارتی; Thermal comfort; Thermal environment; Severe Cold Area; Pedestrian Street;
Keywords: آسایش حرارتی; Ageing in place; Health; Thermal comfort; Morbidity; Mortality; Economic wellbeing;
Keywords: آسایش حرارتی; Exergy analysis; Thermal comfort; Physical activity; Relative humidity; Predicted Mean Vote;
Keywords: آسایش حرارتی; Albedo; outdoor/ indoor air temperature; Reflection coefficient; Sustainable environmental; thermal comfort; Mosul;
Keywords: آسایش حرارتی; New Zealand; Participatory action research; Fuel poverty; Indoor temperature; Thermal comfort; Youth; Housing; Energy;
Keywords: آسایش حرارتی; FPR; Fuel Poverty Retrofit; EN; Needed energy demand; EB; Balanced energy demand; EP; Purchased energy for HVAC (kW h); μi; HVAC efficiency of the system according to each retrofit measure; ER; Energy demand reduction according to each retrofit measure
Keywords: آسایش حرارتی; Displacement ventilation; Mixing ventilation; Aircraft passenger cabin; Thermal comfort; Empirical data;
Keywords: آسایش حرارتی; Thermal comfort; PMV; Occupant bahavior; Building enery efficiency;
Keywords: آسایش حرارتی; Thermal comfort; Adaptive model; Running mean outdoor temperature; Neutral temperature; Naturally ventilated building;
Keywords: آسایش حرارتی; Thermal comfort; Radiant systems; Air systems; Hydronic systems;
Keywords: آسایش حرارتی; thermal comfort; industrial buildings; internal comfort; subjective parameters; user preferences;
Keywords: آسایش حرارتی; Diffuse ceiling ventilation; Field experiment; Classroom; Real operating conditions; Thermal comfort;
Keywords: آسایش حرارتی; Cool airflow; Air conditioner; Sleep; Thermoregulation; Thermal comfort;
Keywords: آسایش حرارتی; Phase change material; Thermal mass; Thermal comfort; Net zero energy house; TRNSYS simulation; Energy savings;
Keywords: آسایش حرارتی; Single-sided ventilation; façade design; genetic algorithm (GA); energy efficiency; ventilation efficiency; thermal comfort; visual comfort; multi-criteria assessment; genetic representation;
Keywords: آسایش حرارتی; Overheating; Thermal Comfort; Zero Carbon; Zero Energy; Housing;
Keywords: آسایش حرارتی; weather files; dynamic simulations; energy needs; thermal comfort; future weather scenarios;
Keywords: آسایش حرارتی; Refurbishment; Apartment block; Mediterranean climate; Passivhaus; Thermal comfort;
Keywords: آسایش حرارتی; Thermal Comfort; Overheating; Tropical; Low-income; Housing; Uganda;
Keywords: آسایش حرارتی; Thermal comfort; Traditional building; Passive cooling; Building architecture; Energy conservation;
Keywords: آسایش حرارتی; Construction worker; Cooling vest; Heat strain; Thermal comfort; Hot and humid environment;
Keywords: آسایش حرارتی; Aircraft cabin; Personal air supply; Perceived air quality; Draft rate; Thermal sensation; Thermal comfort;
Keywords: آسایش حرارتی; Building Envelope; Warm and Humid Climate; Building Energy Simulation; Thermal Comfort; Natural Ventilation;
Keywords: آسایش حرارتی; retrofit; health; wellbeing; residential typologies; thermal comfort;
Keywords: آسایش حرارتی; Predictive maintenance; Biomass boiler modelling; Temperature regulation; Thermal comfort; Dynamic programming; Energy savings;
Keywords: آسایش حرارتی; Temperature steps; Thermal comfort; Overshoot; Anticipatory effect; Hot-humid area;
Keywords: آسایش حرارتی; Thermal adaptation; Thermal comfort; Hot-humid area; Adaptation-based control; Energy saving;
Keywords: آسایش حرارتی; Thermal comfort; Behaviour modelling; Adaptation; Building simulation; Air conditioning; Clothing;
Keywords: آسایش حرارتی; Hot-summer and cold-winter; Thermal comfort; PMV; Evaluation of energy and thermal performance; Residential building type;
Keywords: آسایش حرارتی; thermal comfort; residential aged care facility; older people; field survey; IEQ monitoring device;
Keywords: آسایش حرارتی; natural ventilation; wind tower; wind tunnel; indoor air speed; thermal comfort;
Keywords: آسایش حرارتی; Solar Shading; Thermal Comfort; Low-income; Tropical; Housing; Uganda;
Keywords: آسایش حرارتی; Thermal comfort; Temporarily occupied space; Transition seasons; Metabolic-rate-initiated overshoot;
Keywords: آسایش حرارتی; phase change materials; thermal comfort; energy simulations; passive strategies; energy efficiency; buildings.;
Keywords: آسایش حرارتی; Mixed-mode ventilation; Thermal comfort; Post-occupancy evaluation (POE);
Keywords: آسایش حرارتی; Double-skin Façade; Natural ventilation; Thermal comfort; Free-running building; Low-carbon building;
Keywords: آسایش حرارتی; Building element; thermal comfort; numerical simulation; Life Cycle Assessment; double skin facade;
Keywords: آسایش حرارتی; Thermal comfort; Urban design; Hot arid climate; Simulation methods; Envi-met;
Keywords: آسایش حرارتی; Ergonomics; Work-related disorders; Thermal comfort; Thermal indexes; Thermal sensation; EsConTer index;
Keywords: آسایش حرارتی; Mixing ventilation; Stratified air ventilation; Air curtain ventilation; Air distribution; Thermal comfort;
Keywords: آسایش حرارتی; Energy conservation; Theory of planned behavior; Thermal comfort; Low-income households;
Keywords: آسایش حرارتی; Land surface temperature; Vegetation cover; Thermal comfort;