Keywords: آسایش حرارتی; Thermal comfort; Electrical heating clothing; Radiant heating panel; Heated chair; Heating floor mattress; Energy saving;
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; Environmental autonomy; Thermal comfort; Visual comfort; Ventilation autonomy; Integrated design; Resilience;
Keywords: آسایش حرارتی; Cold environment; Pupils; Classroom temperature; Thermal comfort; Learning performance;
Keywords: آسایش حرارتی; Passive solar reduction load approach; Aluminum cover; Vehicle cabin temperature; Thermal comfort; Automobile air conditioning and fuel consumption;
Keywords: آسایش حرارتی; Thermal comfort; Predicted thermal state model; Skin temperature; Skin temperature gradient; Normalization; Support vector machine; Extreme learning machine;
Keywords: آسایش حرارتی; Energy saving; Thermal comfort; Neutral temperature; Acceptable temperature range; Wind comfort; PET and UTCI; Urban green space usage; Urban greening;
Keywords: آسایش حرارتی; Passive design; Residential buildings; Multi-objective optimization; Artificial neural network; Genetic algorithm; Thermal comfort; Energy demand;
Keywords: آسایش حرارتی; Sensitivity analysis; Energy consumption; Integrated design; Thermal comfort; Variables interactions;
Keywords: آسایش حرارتی; Indoor environmental quality (IEQ); Environmental satisfaction; Occupant experience; Thermal comfort; Acoustic comfort; Lighting comfort; Living labs;
Keywords: آسایش حرارتی; Energy saving; Thermal comfort; Indoor air quality (IAQ); Hybrid ventilation; Under-floor air distribution (UFAD) system; Improved desk displacement ventilation (DDV+);
Keywords: آسایش حرارتی; Thermal comfort; Heat stress; Mental performance; Simulation;
Keywords: آسایش حرارتی; Energy efficiency; Indoor whole comfort; Occupancy behavior; Adaptive model; Microclimate; Continuous monitoring; Thermal comfort;
Keywords: آسایش حرارتی; Thermal comfort; Adaptive thermal comfort models; Built environmental regulatory documents; ANSI/ASHRAE 55; EN 15251; prEN 16798-1; ISSO 74; GB/T 50785;
Keywords: آسایش حرارتی; Urban heat island; Thermal comfort; Google Earth Engine; Spatiotemporal thermal dynamics; Spillover thermal impact; Hangzhou;
Keywords: آسایش حرارتی; Classrooms; Thermal comfort; Thermal preference; Naturally ventilated; Thermal sensation;
Keywords: آسایش حرارتی; Classrooms; Thermal comfort; Behavioural adaptation; Naturally ventilated; India;
Keywords: آسایش حرارتی; Thermal comfort; Sleep; Model; Indoor environment; Bed climate;
Keywords: آسایش حرارتی; AOC; Adaptation to Outdoor Climate; Clo; clothing insulation; Met; metabolic rate; OUT-SET*; Outdoor Standard Effective Temperature; PET; Physiological Equivalent Temperature; RH; relative humidity; TSV; thermal sensation vote; Ta; air temperature; Tg; gl
Keywords: آسایش حرارتی; Thermal sensation; Thermal comfort; Thermal transients; Thermal perception;
Keywords: آسایش حرارتی; Thermal comfort; Thermal sensation; Bus; Climate; Humidity; Temperature;
Keywords: آسایش حرارتی; Internet of thing; indoor climate; thermal comfort; energy conservation; building;
Keywords: آسایش حرارتی; internal insulation; external insulation; intermittent air-conditioned; energy consumed; thermal comfort;
Keywords: آسایش حرارتی; housing energy performance; thermal comfort; building regulations; low energy buildings;
Keywords: آسایش حرارتی; Stratum Ventilation; Thermal Comfort; Air Quality; Experimental study;
Keywords: آسایش حرارتی; Test buildings; thermal comfort; PPD; categories of thermal environment; local thermal discomfort; heating system; cooling sytem;
Keywords: آسایش حرارتی; Sensitivity analysis; car cabin; energy consumption; thermal comfort; air quality;
Keywords: آسایش حرارتی; Acoustic comfort; sound intensity; thermal comfort; Surfer modelling;
Keywords: آسایش حرارتی; Thermal comfort; Energy consumption; Multi-layer's roof; Phase Change Materials;
Keywords: آسایش حرارتی; ventilated window; configuration; energy consumption; thermal comfort;
Keywords: آسایش حرارتی; Thermal mass; Ventilative cooling; Thermal comfort; Energy use;
Keywords: آسایش حرارتی; Adaptive Façade; Solar Collector; Thermal Comfort; Heating/Cooling System;
Keywords: آسایش حرارتی; School buildings; Thermal; energy plan; Thermal comfort; Classroom; Typologies; Configuration; Interior conditions; Sustainable development;
Keywords: آسایش حرارتی; Wood stove; Cast iron; Soapstone; Heat storage; PCM; Thermal comfort; Highly-insulated buildings;
Keywords: آسایش حرارتی; Classrooms; energy efficeincy; passive daylight techniques; retrofit; simulation; thermal comfort; visual comfort;
Keywords: آسایش حرارتی; Sleep quality; Quilt; Thermal comfort; Physiological parameters; Duvet;
Keywords: آسایش حرارتی; Heat dissipation; Tablet computer; Thermal comfort; Hardware design; Thermal management;
Keywords: آسایش حرارتی; cooling energy reduction; energy efficiency; thermal comfort; low income household; air-conditioner upgrade; air-conditioning energy; LIEEP; beat the heat; south australia;
Keywords: آسایش حرارتی; Graphene oxide; Photothermal effect; Smart glass; Thermal comfort; Green house; Colored hydrogel;
Keywords: آسایش حرارتی; Personalized conditioning system; Thermal sensation; Thermal comfort; Skin temperature; Energy saving; Non-uniform environment; Heated seat;
Keywords: آسایش حرارتی; thermal comfort; demand response; adaptive comfort;
Keywords: آسایش حرارتی; Indoor climate; Productivity; Thermal comfort; Air quality; Economic optimisation;
Keywords: آسایش حرارتی; Field study; thermal comfort; thermal reaction; air temperature;
Keywords: آسایش حرارتی; Thermal comfort; Infrared thermography; Chair seats;
Keywords: آسایش حرارتی; Liquid cooling garment; Thermal comfort; Protective clothing;
Keywords: آسایش حرارتی; Thermal Comfort; Air Velocity; Occupant Satisfaction; COMSOL Multiphysics; Modelling and Simulation;
Keywords: آسایش حرارتی; Living Labs; Everyday Practice; Behaviour; House; Home; Heating Systems; Thermal Comfort; Renewable Energy;
Keywords: آسایش حرارتی; Cross-ventilated buildings; CFD simulation; Thermal comfort; Taguchi method;
Keywords: آسایش حرارتی; energy efficiency; thermal comfort; household wellbeing; ageing population;
Keywords: آسایش حرارتی; Low-energy housing; low-income households; social housing; energy efficiency; thermal comfort; health; wellbeing; cost-benefit analysis; interviews;
Keywords: آسایش حرارتی; Mixing ventilation; Multi-cone ceiling diffuser; Lobed inserts; Thermal comfort;