The intensification of the Urban Heat Island effect (UHI) is a problem that involves several fields, and new adequate solutions are required to mitigate its amplitude. The construction sector is strictly related with this phenomenon; in particular, roofs are the envelope components subject to the highest solar irradiance, hence any mitigation strategy should start from them and involve their appropriate design process. For this purpose, cool materials, i.e. materials which are able to reflect a large amount of solar radiation and avoid overheating of building surfaces have been deeply analyzed in the last years both at building and urban scales, showing their benefits especially in hot climates. However, green roofs also represent a poss...
The effectiveness of cool and green roofs to improve thermal comfort could be strongly dependent on ...
Cooling energy savings and improved thermal comfort in hot climates can be achieved using cool roofi...
The effectiveness of cool and green roofs to improve thermal comfort could be strongly dependent on ...
Energy policy makers, architects and researchers, when designing new buildings or rehabilitating the...
Energy policy makers, architects and researchers, when designing new buildings or rehabilitating the...
Energy policy makers, architects and researchers, when designing new buildings or rehabilitating the...
Green roofs have received much attention in recent years due to their ability to lower urban tempera...
Green roofs have received much attention in recent years due to their ability to lower urban tempera...
none5noGreen roofs have received much attention in recent years due to their ability to lower urban ...
Green roofs represent a growing technology that is spreading increasingly and rapidly throughout the...
The urban heat island effect amplifies the global warming phenomenon with sensible aftermaths on the...
The urban heat island effect amplifies the global warming phenomenon with sensible aftermaths on the...
Summarization: Urban heat island (UHI) can significantly affect building's thermal-energy performanc...
Cooling energy savings and improved thermal comfort in hot climates can be achieved using cool roofi...
Summer urban heat island (UHI) refers to the phenomenon of having higher urban temperatures compared...
The effectiveness of cool and green roofs to improve thermal comfort could be strongly dependent on ...
Cooling energy savings and improved thermal comfort in hot climates can be achieved using cool roofi...
The effectiveness of cool and green roofs to improve thermal comfort could be strongly dependent on ...
Energy policy makers, architects and researchers, when designing new buildings or rehabilitating the...
Energy policy makers, architects and researchers, when designing new buildings or rehabilitating the...
Energy policy makers, architects and researchers, when designing new buildings or rehabilitating the...
Green roofs have received much attention in recent years due to their ability to lower urban tempera...
Green roofs have received much attention in recent years due to their ability to lower urban tempera...
none5noGreen roofs have received much attention in recent years due to their ability to lower urban ...
Green roofs represent a growing technology that is spreading increasingly and rapidly throughout the...
The urban heat island effect amplifies the global warming phenomenon with sensible aftermaths on the...
The urban heat island effect amplifies the global warming phenomenon with sensible aftermaths on the...
Summarization: Urban heat island (UHI) can significantly affect building's thermal-energy performanc...
Cooling energy savings and improved thermal comfort in hot climates can be achieved using cool roofi...
Summer urban heat island (UHI) refers to the phenomenon of having higher urban temperatures compared...
The effectiveness of cool and green roofs to improve thermal comfort could be strongly dependent on ...
Cooling energy savings and improved thermal comfort in hot climates can be achieved using cool roofi...
The effectiveness of cool and green roofs to improve thermal comfort could be strongly dependent on ...