none4noIn the recent years, recycling has become one of the most attractive pavements rehabilitation alternatives and different recycling methods are now available to address specific pavement distresses and structural needs. Cold recycling is an economically efficient and environmental-friendly method for producing bituminous layers of adequate strength. This technique has been successfully used in Italy during the past 15 years to rehabilitate or upgrade many thousands of kilometers of highways and motorways’ pavements. Currently a wide range of materials can be used and consequently large is the number of variables to be considered in the mixdesign process. Being this a relatively new technique, new products are continually introduced or...
The addition of recycled rubber from used tyres to bituminous mixtures for road pavements could be a...
In order to consider the environmental impact, this study investigated the effect of crumb rubber on...
The reduced availability of traditional aggregate, increasing environmental sensitivity and the high...
In the recent years, recycling has become one of the most attractive pavements rehabilitation altern...
Over recent years, the necessity of reducing the environmental mpact of building new infrastructures...
Today recycling is one of the most innovative and interesting techniques for the rehabilitation of d...
Cold recycling technique represents the most environmental friendly solution for pavement rehabilita...
Cold mix recycling technologies based on asphalt emulsion have been acknowledged for allowing to red...
Throughout the world, cold recycling is a well-established and widely used process, in virtue of the...
The use of recycling in the construction of road pavements in Italy dates back to the end of the 197...
Recycling tires is one of the eco-friendly way for reducing environmental problems. Incorporating c...
Asphalt rubber traditionally has been produced with crumb rubber coming from an ambient grinding pro...
Recycling is one of the most innovative and interesting techniques for the rehabilitation of distres...
5noTo reduce thermal susceptibility and improve rutting and fatigue cracking resistance, increasing...
The number of waste tires has been increasing as an impact of rapidly growing number of vehicles and...
The addition of recycled rubber from used tyres to bituminous mixtures for road pavements could be a...
In order to consider the environmental impact, this study investigated the effect of crumb rubber on...
The reduced availability of traditional aggregate, increasing environmental sensitivity and the high...
In the recent years, recycling has become one of the most attractive pavements rehabilitation altern...
Over recent years, the necessity of reducing the environmental mpact of building new infrastructures...
Today recycling is one of the most innovative and interesting techniques for the rehabilitation of d...
Cold recycling technique represents the most environmental friendly solution for pavement rehabilita...
Cold mix recycling technologies based on asphalt emulsion have been acknowledged for allowing to red...
Throughout the world, cold recycling is a well-established and widely used process, in virtue of the...
The use of recycling in the construction of road pavements in Italy dates back to the end of the 197...
Recycling tires is one of the eco-friendly way for reducing environmental problems. Incorporating c...
Asphalt rubber traditionally has been produced with crumb rubber coming from an ambient grinding pro...
Recycling is one of the most innovative and interesting techniques for the rehabilitation of distres...
5noTo reduce thermal susceptibility and improve rutting and fatigue cracking resistance, increasing...
The number of waste tires has been increasing as an impact of rapidly growing number of vehicles and...
The addition of recycled rubber from used tyres to bituminous mixtures for road pavements could be a...
In order to consider the environmental impact, this study investigated the effect of crumb rubber on...
The reduced availability of traditional aggregate, increasing environmental sensitivity and the high...