Keywords: نور روز; Light pipes; Daylighting; Illuminance; Sky models;
مقالات ISI نور روز (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: نور روز; Performance-driven design; Parametric design; Early building design; Separation of Sensible and Latent Cooling; Daylighting;
Keywords: نور روز; Shading control; Building simulation; Complex fenestration system; Bi-directional scattering distribution function; Directional solar heat gain coefficient; Daylighting; Glare; Overheating; Radiance; Fener;
Keywords: نور روز; Climate-based daylight modelling; Building energy performance simulation; Daylighting; Solar heat gains; Sunlighting;
Keywords: نور روز; Performance contracting; ESCO; Lighting; Daylighting; Monte Carlo simulation;
Keywords: نور روز; Prismatic panel design; Optimization; Daylighting; Mathematical model;
Keywords: نور روز; Daylighting; Small scale linear Fresnel reflector; Optical fibers;
Keywords: نور روز; Personalized visual preferences; Visual satisfaction profiles; Machine learning; Bayesian modeling; Daylighting;
Keywords: نور روز; Daylighting; Bidirectional scattering distribution function (BSDF); Validation; Building energy simulation tools; Solar heat gains; Windows;
Keywords: نور روز; Visual comfort; Glare; Hybrid control systems; Daylighting; Artificial lighting;
Keywords: نور روز; Exterior shading; Daylighting; Solar heat gains; Bidirectional scattering distribution function (BSDF); Validation; Building energy simulation tools; Windows;
Keywords: نور روز; Visual comfort; Discomfort glare; Daylighting; Adaptive zone;
Keywords: نور روز; Light-wells; Building integrated systems; Stack natural ventilation; Daylighting; Residential buildings;
Keywords: نور روز; Building-integrated photovoltaics; Solar design tools; Daylighting; Light simulation; Physically-based ray tracing; Rendering; Complex BIPV simulation; Solar radiation mapping;
Keywords: نور روز; Daylighting; Dementia; Circadian lighting; Light therapy; Health; Non-visual effects of light;
Keywords: نور روز; electrochromic glazing; fritted glass; glare control; daylighting;
Keywords: نور روز; discomfort glare; daylighting; glare evaluation; comfort; perception;
Keywords: نور روز; daylighting; electric lighting; illuminance models; office buildings;
Keywords: نور روز; byzantine settlements; byzantine regulations; insolation; shading; daylighting;
Keywords: نور روز; daylighting; solar concentrator; raytracing; optical fiber; illuminance; NIDC;
Keywords: نور روز; Daylighting; Daylight system; skylight; rooflight; solar tunnels; natural light; daylight factor; illuminance; internal comfort; energy consumption; transmittance; reflectance; overhang;
Keywords: نور روز; Light shelves; Building energy; Daylighting; Simulation; Radiance;
Keywords: نور روز; Retro-reflecting; Window; Daylighting; Near infrared; Urban heat island;
Keywords: نور روز; Discomfort glare; Daylighting; DGP (Daylight Glare Probability); DGI (Daylight Glare Index); HDRI (high dynamic range imaging); Human subject study;
Keywords: نور روز; Daylighting; Optimization; Response surface; Genetic algorithms; Energy;
Keywords: نور روز; Courtyard building; Morphological indicator; Daylighting; Thermal environment; On-site measurement; Arid climate;
Keywords: نور روز; Building envelope; thin translucent marble; cool materials; daylighting; thermal energy analysis; dynamic simulation; energy efficiency; electricity saving;
Keywords: نور روز; Daylight factor; Daylighting; Discomfort glare; Green building; Visual appraisal;
Keywords: نور روز; g-value; Directional solar heat gain coefficient; Complex fenestration system; Bi-directional scattering distribution function; Daylighting; Building simulation; Solar control; EnergyPlus; Radiance; Fener;
Keywords: نور روز; Fiber optic; Secondary lens; Daylighting; Total internal reflection; Solar concentrator; Compound elliptical concentrator;
Keywords: نور روز; Daylighting; Energy utilization; Markov chain method; Solar radiation; TC panels; Thermal analysis;
Keywords: نور روز; Roller shades; Control; Daylighting; Visual comfort; Lighting energy use;
Keywords: نور روز; Advanced daylighting systems; Heliostatic systems; Solar tracking; Daylight harvesting; Core daylight; Daylighting; Energy savings;
Keywords: نور روز; Building-integration of photovoltaics; Perovskite-based solid-state solar cells; Energy saving; Daylighting; Visual comfort;
Keywords: نور روز; Discomfort glare; Luminance mapping; Green buildings; POE; Tropics; Overcast sky; Intermediate sky; Daylighting;
Keywords: نور روز; Daylighting; Visual comfort; Discomfort glare; Daylight metrics;
Keywords: نور روز; Daylighting; Non-imaging solar concentrator; Uniform illumination; Optical fiber; Indoor illuminance;
Keywords: نور روز; Daylighting; Circadian system; Climate based daylight modeling; Daylighting metrics; Health;
Keywords: نور روز; Integrated daylighting system; Skylight; Fiber optic; Daylighting; Dynamic shading; Tropics;
Keywords: نور روز; Parametric design; Daylighting; Solar radiation; Energy saving;
Keywords: نور روز; Discomfort glare; Visual comfort; Daylighting; High dynamic range image; Post occupancy evaluation;
Keywords: نور روز; Daylighting; Dynamic simulation; Building energy performance;
Keywords: نور روز; Discomfort glare; Daylighting; Epidemiology; Diagnostic accuracy;
Keywords: نور روز; Daylighting; Complex fenestration system; Light harvesting; BSDF; Small-scale prototype;
Keywords: نور روز; Daylighting; Visual comfort; Luminance; Scale models;
Keywords: نور روز; Daylighting; Prismatic film; Microstructured film; Bidirectional scattering distribution function; Complex fenestration systems;
Keywords: نور روز; Coelostat; Daylighting; Energy savings; Modeling and analysis; TracePro; Radiance;
Keywords: نور روز; Daylighting; Visual discomfort; Glare; Simulation; Parallel computing; Computer graphics;
Keywords: نور روز; Air-supported structures; Architectural fabrics and foils; Optical properties; Free surface energy; Soiling; Daylighting; Daylight coefficients; Daylight factor; Aerogel insulated membrane; DAYSIM calculations;
Keywords: نور روز; Bio-climatic house; Roof solar collector; Bio-climatic roof; Modified trombe wall; Daylighting;