This paper investigates the properties of waste plastic film and carbon nanotubes modified asphalt mixes. The composed asphalt mixes have been evaluated for fatigue cracking and rutting. In this research, a total of 30 numbers of samples were prepared with different percentages of waste plastic films and carbon nanotubes from 0.1 to 0.4% and evaluated for dynamic stability and rutting using the wheel tracking machine. Results show that the addition of carbon nanotubes significantly increases the dynamic stability of asphalt and decreases the rutting up to a sufficient level as compared to plastic and conventional bitumen
Stone mastic asphalt (SMA) has become widely used in the field of pavement engineering. Using specif...
Premature pavement breakdown can be caused by permanent deformation that can contribute to lower rid...
Background: Moisture damage and aging take place together in asphalt binder as it is on road-pavemen...
This paper investigates the properties of waste plastic film and carbon nanotubes modified asphalt m...
A large amount of reclaimed asphalt pavement mixture (RAP) is produced in the process of pavement ma...
Up to the present time, assiduous efforts were devoted to mitigating the development of asphaltic pa...
Conventional binders cannot meet the current performance requirements of asphaltic pavements due to ...
Conventional binders cannot meet the current performance requirements of asphaltic pavements due to ...
Abstract. Polymer modified bitumen is emerging as one of the important construction materials for fl...
Rutting is one of the most important issues associated with asphalt pavements. This defect leads to ...
In recent years, nanotechnology has sparked an interest in nanomodification of bituminous materials ...
This paper presents the results of the development of asphalt nanocomposites containing carbon nanot...
Reusing waste plastic can significantly contribute to saving the environment from further pollution ...
In recent years, several factors such as the increasing traffic loads and increasing number of vehic...
The development and utilization of high-performance polymer modified asphalt is an important mean to...
Stone mastic asphalt (SMA) has become widely used in the field of pavement engineering. Using specif...
Premature pavement breakdown can be caused by permanent deformation that can contribute to lower rid...
Background: Moisture damage and aging take place together in asphalt binder as it is on road-pavemen...
This paper investigates the properties of waste plastic film and carbon nanotubes modified asphalt m...
A large amount of reclaimed asphalt pavement mixture (RAP) is produced in the process of pavement ma...
Up to the present time, assiduous efforts were devoted to mitigating the development of asphaltic pa...
Conventional binders cannot meet the current performance requirements of asphaltic pavements due to ...
Conventional binders cannot meet the current performance requirements of asphaltic pavements due to ...
Abstract. Polymer modified bitumen is emerging as one of the important construction materials for fl...
Rutting is one of the most important issues associated with asphalt pavements. This defect leads to ...
In recent years, nanotechnology has sparked an interest in nanomodification of bituminous materials ...
This paper presents the results of the development of asphalt nanocomposites containing carbon nanot...
Reusing waste plastic can significantly contribute to saving the environment from further pollution ...
In recent years, several factors such as the increasing traffic loads and increasing number of vehic...
The development and utilization of high-performance polymer modified asphalt is an important mean to...
Stone mastic asphalt (SMA) has become widely used in the field of pavement engineering. Using specif...
Premature pavement breakdown can be caused by permanent deformation that can contribute to lower rid...
Background: Moisture damage and aging take place together in asphalt binder as it is on road-pavemen...