Keywords: پنجره ها; Building energy; Windows; Window attachment; Shading; U-factor; Heat transfer; Cellular shade; Honeycomb shade; CFD;
مقالات ISI پنجره ها (ترجمه نشده)
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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: پنجره ها; Daylighting; Bidirectional scattering distribution function (BSDF); Validation; Building energy simulation tools; Solar heat gains; Windows;
Keywords: پنجره ها; Exterior shading; Daylighting; Solar heat gains; Bidirectional scattering distribution function (BSDF); Validation; Building energy simulation tools; Windows;
Keywords: پنجره ها; Building physics; Condensation; Energy efficiency; Heat transfer; Moisture transfer; Windows;
Keywords: پنجره ها; Occupant behaviour; Behavioural modelling; Offices; Windows; Lights; Mediterranean climate;
Keywords: پنجره ها; Restore; Windows; Server; Disaster recovery; Intrusion detection; Threats; Virus;
Keywords: پنجره ها; Daylight Autonomy; energy efficiency; windows; electricity use; lighting;
Keywords: پنجره ها; Energy efficiency; Historic buildings; Conservation; Windows; Slim profile double glazing; Retrofit;
Keywords: پنجره ها; Transmittance; Condensation; Windows; Greenhouses; Solar desalination;
Keywords: پنجره ها; Windows; Airtightness; Leakage; Permeability; Roller-shutter; Blower door;
Keywords: پنجره ها; HVAC; Heating, Ventilation and Air Conditioning; GDP; Gross Domestic Product; DPW; Department of Public Works; USGBC; US Green Building Council; LEED; Leadership in Energy and Environmental Design; U-value; Heat transmittance through a building component
Keywords: پنجره ها; Energy simulations; Cost-effectiveness; Net present value; Windows; Glazing; Façade design; Energy efficiency;
Keywords: پنجره ها; Windows; Sound insulation; Thermal insulation; Sound insulation prediction;
Keywords: پنجره ها; Free convection; Heat transfer; Windows; Insect screens; Porous media; Numerical modelling;
Keywords: پنجره ها; Energy simulations; Windows; Glazing; Façade design; Energy efficiency; Indoor climate
Keywords: پنجره ها; Windows; Memory analysis; Memory forensics; Robust analysis; OS fingerprinting;
Keywords: پنجره ها; Primary energy; Material production; Space heating and cooling; Design strategies; Building orientation; Windows;
Keywords: پنجره ها; Windows; Window frames; Airtightness; Watertightness; Requirements;
Keywords: پنجره ها; Windows; Energy performance; Thermal transmittance of glazed components; Solar transmittance of glazed components; Energy needs; Residential buildings; Office buildings;
Keywords: پنجره ها; Energy-efficiency; Climate impacts; Life cycle impact assessment; Life cycle costing; Environmental-economic sustainability Assessment; Residential building; Windows
Keywords: پنجره ها; Energy labeling; Fenestration; Windows; Rating system; Energy performance;
Keywords: پنجره ها; Building energy-efficiency; Daylighting; Windows; Shading systems; Angular selective systems
Keywords: پنجره ها; Windows; Heat insulation solar glass; Power generation; Solar intensity
Keywords: پنجره ها; Electropolymerization; Electrochromic; Conjugated polymer; Electrochromic devices; Displays; Windows;
Keywords: پنجره ها; Windows; Thermal and energy performance; Building refurbishment; Unsteady-state simulation model
Keywords: پنجره ها; Building renovation; Building fabric; Energy simulation; Space heating; Insulation; Energy efficiency; Cost-optimum renovation; Sustainability; Windows
Keywords: پنجره ها; Facade design; Windows; Fenestration; Daylight; Nearly zero energy buildings (nZEB); Cost optimality; Energy simulations; Photovoltaic (PV) generation; Load matching
Keywords: پنجره ها; Adhesive anchors; Impulse; Impact; Blast; Retrofit; Windows; Dynamic increase factor
Keywords: پنجره ها; Thermochromic; Windows; Solar control; Daylighting; Building energy efficiency
Keywords: پنجره ها; Windows; Overall performance; Thermal transmittance; Sound insulation; Optical properties; LCA
Keywords: پنجره ها; Solar radiation; Windows; Building thermal performance; Thermal comfort; Unsteady state simulation;
Keywords: پنجره ها; Windows; Blinds; Convection; Heat transfer; Perimeter zone;
Keywords: پنجره ها; Thermochromic; Windows; Solar control; Building energy efficiency;
Keywords: پنجره ها; Indoor environmental quality; Energy efficiency; Daylighting; Radiance; Glare; Dynamic prismatic optical elements (dPOE); Windows; Clerestories;
Keywords: پنجره ها; Façade design; Windows; Fenestration; Daylight; Nearly zero energy buildings; Cost optimality; Energy simulations;
Tunable coloration of diamond films by encapsulation of plasmonic Ag nanoparticles
Keywords: پنجره ها; Absorption; Optical properties characterization; Optical properties; Coatings; Windows; Plasma CVD; Diamond film;
Quantification of diffuse scattering in glass and polymers by parametric power law analysis of UV to NIR light
Keywords: پنجره ها; Windows; Glass; Polymers; Haze; Diffuse scattering; Rayleigh; Rayleigh-Gans; Mie;
Experimental Analysis of Ransomware on Windows and Android Platforms: Evolution and Characterization
Keywords: پنجره ها; Ransomware; Evolution; Characterization; Payload; Encryption; Permissions; Windows; Android ;
Aerogel vs. argon insulation in windows: A greenhouse gas emissions analysis
Keywords: پنجره ها; Greenhouse gas emissions; Granular aerogel; Monolithic aerogel; Energy retrofitting; Windows;
Diffusion of green building technologies in new housing construction
Keywords: پنجره ها; Energy efficiency; Windows; Innovation diffusion; Climate; Public policy
Security Busters: Web browser security vs. rogue sites
Keywords: پنجره ها; Android; iOS; Malware; Mobile device; Phishing; Smartphone; Security; Windows; Web browser
An analytical model for the evaluation of the correction factor FW of solar gains through glazed surfaces defined in EN ISO 13790
Keywords: پنجره ها; Solar heat gains; Buildings thermal energy requirements; Energy efficiency; SHGC; Windows;
Development of nanocrystalline diamond windows for application in synchrotron beamlines
Keywords: پنجره ها; Diamond film; Synchrotron; Windows; Hot filament CVD
An experimental study on the effect of rolling shutters on the field measurements of airborne sound insulation of façades
Keywords: پنجره ها; Airborne sound insulation; Façades; Windows; Shutter; Rolling shutter box; Traffic noise
Directional cancellation of acoustic noise for home window applications
Keywords: پنجره ها; Windows; Noise control; Transparent speaker; Internal noise; Aircraft noise
Influence of cavities geometric and emissivity properties on the overall thermal performance of aluminum frames for windows
Keywords: پنجره ها; Windows; Aluminum frames; Air gaps; Emissivity; Thermal transmittance
Impact of modeling architectural detailing for predicting unreinforced masonry response to subsidence
Keywords: پنجره ها; Masonry; Finite element; Computational modeling; Subsidence; Settlement; Excavation; Brickwork; Windows; Terrestrial laser scanning; LiDAR
Influence of infiltration on the energy losses in residential buildings in Amman
Keywords: پنجره ها; Influence of infiltration; Energy losses in buildings; Windows
A prediction method to identify the glare source in a window with non-uniform luminance distribution
Keywords: پنجره ها; Daylighting; Windows; Discomfort glare; Luminance; Glare source;
Evaluation of indoor thermal environmental, energy and daylighting performance of thermotropic windows
Keywords: پنجره ها; Indoor thermal environment; Building energy; Daylight; Thermotropic materials; Windows