The asphalt pavement contributes to the heat island phenomenon of the city. Thus in order to decrease the temperature of asphalt pavement and to utilize glass cullet as a recycling material as an aggregate, some tests were carried out. In this study the specimen in which the cullet was entrapped in cold-laid paving materials and non-mixing specimen are made respectively, and the surface temperature of each specimen is measured by the thermal video camera. A set of tests have been conducted and results indicated the clear effect of glass cullet in reducing the radiation temperature of asphalt pavement
Road asphalt pavements cover a high percentage of urban size and contribute to heat islands. This st...
Abstract: In order to solve rutting diseases of asphalt concrete pavement, latent heat materials for...
The amount of solar energy emitted back from conventional asphalt pavement contributes to the phenom...
The asphalt pavement contributes to the heat island phenomenon of the city. Thus in order to decreas...
As an approach to mitigate the harmful effects of Urban Heat Island (UHI), the use of glass cullet i...
As an approach to mitigate the harmful effects of urban heat islands (UHI), the use of glass cullet ...
The increasing quantity of non-biodegradable waste has posed major environmental concern especially ...
The presented manuscript identifies the mix design parameters important for the glasstransition temp...
This study is focused on investigating the effectiveness of low heat accumulation asphalt mixture an...
AbstractThis paper aims to study the performance of asphalt concrete in which some of the fractional...
Asphalt pavement absorbs and stores more heat than natural surfaces. The high surface temperature of...
To reduce the temperature of asphalt pavement and improve the antirutting performance of asphalt mix...
The article investigated the possibility of reusing heat resistant glass cullet to improve the mecha...
The urban heat island (UHI) phenomenon is defined as the differences in temperatures between urban a...
Urban heat island (UHI) effect is built environmental issue related to pavements. It is desired to r...
Road asphalt pavements cover a high percentage of urban size and contribute to heat islands. This st...
Abstract: In order to solve rutting diseases of asphalt concrete pavement, latent heat materials for...
The amount of solar energy emitted back from conventional asphalt pavement contributes to the phenom...
The asphalt pavement contributes to the heat island phenomenon of the city. Thus in order to decreas...
As an approach to mitigate the harmful effects of Urban Heat Island (UHI), the use of glass cullet i...
As an approach to mitigate the harmful effects of urban heat islands (UHI), the use of glass cullet ...
The increasing quantity of non-biodegradable waste has posed major environmental concern especially ...
The presented manuscript identifies the mix design parameters important for the glasstransition temp...
This study is focused on investigating the effectiveness of low heat accumulation asphalt mixture an...
AbstractThis paper aims to study the performance of asphalt concrete in which some of the fractional...
Asphalt pavement absorbs and stores more heat than natural surfaces. The high surface temperature of...
To reduce the temperature of asphalt pavement and improve the antirutting performance of asphalt mix...
The article investigated the possibility of reusing heat resistant glass cullet to improve the mecha...
The urban heat island (UHI) phenomenon is defined as the differences in temperatures between urban a...
Urban heat island (UHI) effect is built environmental issue related to pavements. It is desired to r...
Road asphalt pavements cover a high percentage of urban size and contribute to heat islands. This st...
Abstract: In order to solve rutting diseases of asphalt concrete pavement, latent heat materials for...
The amount of solar energy emitted back from conventional asphalt pavement contributes to the phenom...