Large reflective facades in buildings can cause severe visual discomfort due to the reflection of sunlight falling on buildings' surfaces. These intense reflections can cause a intolerable glare and contribute to overheating the interior of surrounding buildings. An example of reflective building materials causing glare is experienced in Dallas, Texas, where a residential tower, which was fitted with a fully glazed façade, has caused intense specular reflections into the Nasher sculpture museum. The problem has caused glare and overheating of the interior spaces in the museum, thus leading to the damage and deterioration of the sculptures on display. In order to examine the negative impact of the Museum Tower's reflective façade on the visu...
Many high-rise buildings are built with highly specular envelop such as glass and metallic materials...
Deploying solar reflective materials on urban surfaces is known as an effective heat mitigation stra...
Glare is a frequent issue in highly glazed buildings. A modelling approach is presented that uses di...
Large reflective facades in buildings can cause severe visual discomfort due to the reflection of su...
The abundant use of solar panels in dense urban areas is causing severe visual discomfort because of...
AbstractIn this paper an overview of the legal situation of glare from sunlight reflected at solar i...
Nowadays, as the quality of people���s lives improves, large buildings are developing and being cons...
Urban climates are highly influenced by the ability of built surfaces to reflect solar radiation, a...
In recent years, highly reflective materials have been widely used in building skins, not only for a...
Many high-rise buildings are built with highly specular facades such as glass and metallic materials...
This study presents a computer-aided visualization of the influence of reflected sunlight from glass...
This paper presents a computer-aided visualization on the influence of reflected sunbeams from curta...
Reflected sunlight from the Walkie-Talkie building in 20 Fenchurch Street, London, was reported to h...
At recent days, many architects tend to design buildings’ envelope with highly void ratio to insure ...
The dilemma of keeping the daylight quality and view to the outside or protecting our eyes from dist...
Many high-rise buildings are built with highly specular envelop such as glass and metallic materials...
Deploying solar reflective materials on urban surfaces is known as an effective heat mitigation stra...
Glare is a frequent issue in highly glazed buildings. A modelling approach is presented that uses di...
Large reflective facades in buildings can cause severe visual discomfort due to the reflection of su...
The abundant use of solar panels in dense urban areas is causing severe visual discomfort because of...
AbstractIn this paper an overview of the legal situation of glare from sunlight reflected at solar i...
Nowadays, as the quality of people���s lives improves, large buildings are developing and being cons...
Urban climates are highly influenced by the ability of built surfaces to reflect solar radiation, a...
In recent years, highly reflective materials have been widely used in building skins, not only for a...
Many high-rise buildings are built with highly specular facades such as glass and metallic materials...
This study presents a computer-aided visualization of the influence of reflected sunlight from glass...
This paper presents a computer-aided visualization on the influence of reflected sunbeams from curta...
Reflected sunlight from the Walkie-Talkie building in 20 Fenchurch Street, London, was reported to h...
At recent days, many architects tend to design buildings’ envelope with highly void ratio to insure ...
The dilemma of keeping the daylight quality and view to the outside or protecting our eyes from dist...
Many high-rise buildings are built with highly specular envelop such as glass and metallic materials...
Deploying solar reflective materials on urban surfaces is known as an effective heat mitigation stra...
Glare is a frequent issue in highly glazed buildings. A modelling approach is presented that uses di...