AbstractThis paper analyzed the accuracy of simplified glare analysis methods compared to the Daylight Glare Probability (DGP) through a parametric study. It consisted of glare calculations in a sample office room, with varying façade layout and orientation. Calculations were performed with Radiance, obtaining the simplified and full glare indices for each case. The different options were compared for discrete daylight conditions as well as for complete annual simulations. As a final output of the research, a new metric is proposed based on the cylindrical illuminance. This has the advantage of retaining the vertical component of illuminance, while being view independent
Shading fabrics have the ability to reduce daylight glare and provide privacy when needed. Recent st...
In non-residential buildings, comfort and energy demand for heating, cooling and lighting are signif...
Conducting lighting simulations to investigate lighting performance, such as glare, is widely accept...
This paper analyzed the accuracy of simplified glare analysis methods compared to the Daylight Glare...
AbstractThis paper analyzed the accuracy of simplified glare analysis methods compared to the Daylig...
A simplified approach to calculate the daylight glare comfort class (imperceptible, perceptible, di...
In the present climatic and energetic context, the design of buildings taking advantage of natural d...
A well daylighted space can provide a highly satisfying visual environment. However, if that environ...
A method towards a dynamic daylight glare evaluation in the early stage of design was developed in t...
Daylight glare evaluation has been the recent focus of research on visual comfort since newer office...
Glare is considered one of the most important variables to reach visual comfort and visual quality. ...
A novel methodology to overcome the main limit of the Daylight Glare Probability DGP (i.e. the heavy...
In recent years there is resurgence in the use of daylighting in office environments. This resurgenc...
Daylighting and the impact of daylighting strategies on the visual environment continue to be a vita...
A simplified approach that was developed for annual daylight glare analyses in buildings is presente...
Shading fabrics have the ability to reduce daylight glare and provide privacy when needed. Recent st...
In non-residential buildings, comfort and energy demand for heating, cooling and lighting are signif...
Conducting lighting simulations to investigate lighting performance, such as glare, is widely accept...
This paper analyzed the accuracy of simplified glare analysis methods compared to the Daylight Glare...
AbstractThis paper analyzed the accuracy of simplified glare analysis methods compared to the Daylig...
A simplified approach to calculate the daylight glare comfort class (imperceptible, perceptible, di...
In the present climatic and energetic context, the design of buildings taking advantage of natural d...
A well daylighted space can provide a highly satisfying visual environment. However, if that environ...
A method towards a dynamic daylight glare evaluation in the early stage of design was developed in t...
Daylight glare evaluation has been the recent focus of research on visual comfort since newer office...
Glare is considered one of the most important variables to reach visual comfort and visual quality. ...
A novel methodology to overcome the main limit of the Daylight Glare Probability DGP (i.e. the heavy...
In recent years there is resurgence in the use of daylighting in office environments. This resurgenc...
Daylighting and the impact of daylighting strategies on the visual environment continue to be a vita...
A simplified approach that was developed for annual daylight glare analyses in buildings is presente...
Shading fabrics have the ability to reduce daylight glare and provide privacy when needed. Recent st...
In non-residential buildings, comfort and energy demand for heating, cooling and lighting are signif...
Conducting lighting simulations to investigate lighting performance, such as glare, is widely accept...