A simplified approach that was developed for annual daylight glare analyses in buildings is presented. The approach enables to classify a whole space in terms of daylight glare comfort classes (imperceptible glare, perceptible glare, disturbing glare and intolerable glare) through the eye vertical illuminance, and it was validated against DGP values. The approach allows a significant reduction of the computation time required for annual glare analyses. Potentials and drawbacks of the simplified method are critically discussed, also with respect to other simplified approaches defined by other authors in the past
Daylight Discomfort Glare (DDG) is a common problem in many learning environments. It has been the t...
Daylighting dynamism and constant change can characterize buildings and spaces with a living quality...
Nowadays, discomfort glare indices are frequently calculated by using evalglare. Due to the lack of ...
A simplified approach to calculate the daylight glare comfort class (imperceptible, perceptible, dis...
In non-residential buildings, comfort and energy demand for heating, cooling and lighting are signif...
GLANCE (GLare ANnual Classes Evaluation) is a simplified method to evaluate glare conditions over a ...
AbstractThis paper analyzed the accuracy of simplified glare analysis methods compared to the Daylig...
Daylight, in interior lighting design, is more and more frequent, not just for physiological and psy...
Daylight, in interior lighting design, is more and more frequent, not just for physiological and psy...
In the present climatic and energetic context, the design of buildings taking advantage of natural d...
In recent years there is resurgence in the use of daylighting in office environments. This resurgenc...
A well daylighted space can provide a highly satisfying visual environment. However, if that environ...
A well daylighted space can provide a highly satisfying visual environment. However, if that environ...
This paper analyzed the accuracy of simplified glare analysis methods compared to the Daylight Glare...
Some of the critical factors affecting the visual comfort level in daylit spaces include glare, wind...
Daylight Discomfort Glare (DDG) is a common problem in many learning environments. It has been the t...
Daylighting dynamism and constant change can characterize buildings and spaces with a living quality...
Nowadays, discomfort glare indices are frequently calculated by using evalglare. Due to the lack of ...
A simplified approach to calculate the daylight glare comfort class (imperceptible, perceptible, dis...
In non-residential buildings, comfort and energy demand for heating, cooling and lighting are signif...
GLANCE (GLare ANnual Classes Evaluation) is a simplified method to evaluate glare conditions over a ...
AbstractThis paper analyzed the accuracy of simplified glare analysis methods compared to the Daylig...
Daylight, in interior lighting design, is more and more frequent, not just for physiological and psy...
Daylight, in interior lighting design, is more and more frequent, not just for physiological and psy...
In the present climatic and energetic context, the design of buildings taking advantage of natural d...
In recent years there is resurgence in the use of daylighting in office environments. This resurgenc...
A well daylighted space can provide a highly satisfying visual environment. However, if that environ...
A well daylighted space can provide a highly satisfying visual environment. However, if that environ...
This paper analyzed the accuracy of simplified glare analysis methods compared to the Daylight Glare...
Some of the critical factors affecting the visual comfort level in daylit spaces include glare, wind...
Daylight Discomfort Glare (DDG) is a common problem in many learning environments. It has been the t...
Daylighting dynamism and constant change can characterize buildings and spaces with a living quality...
Nowadays, discomfort glare indices are frequently calculated by using evalglare. Due to the lack of ...