Add to ORKGRubber modified binder samples are tested and evaluated based on SHRP requirements. Best rubber content is suggested for modifying binder. Rubber modified asphalt mixtures were manufactured and tested. Based on Hveem stability and volumetric properties of asphalt mixtures, optimum binder content is evaluated and reported. Performance properties of asphalt mixtures made with various rubber size and method were analyzed and compared. An ultrasound measurement performed on asphalt mixture samples and the results were analyzed. It is discovered that rubber improves asphalt viscosity and resistance to rutting deformation. Rubber also increases asphalt’s dynamic modulus
Asphalt rubber mixtures are one of the most promising techniques to extend the service life of aspha...
This study was undertaken to investigate the effects of amine-based modifiers on the rheological cha...
Recently, it is reported that the unstable global rubber price is due to over production from those...
Extensive research has been done on rubber-modified asphalt due to its distinct performance benefits...
Many researches have been conducted in finding alternative materials in order to be used as a modif...
The objective of this study is to produce an environmentally friendly paving material with enhanced ...
abstract: Crumb rubber use in asphalt mixtures using wet process technology has been in practice for...
Rubberized asphalt has been used for more than 20 years to resurface highways. While it helped redu...
A porous pavement is a type of sustainable pavement that allows stormwater to infiltrate through the...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Civil Engineering, 1968.Bibliography:...
The need of a better pavement performance has led researchers to develop new road materials, mainly...
Porous asphalt is a type of pavement in which surface water can permeate down into the subbase below...
This interim report provides a summary of key points that are important to successful implementation...
abstract: Crumb rubber use in asphalt mixtures by means of wet process technology has been in place ...
The sustainability movement has established a firm foothold in the Civil Engineering profession. Th...
Asphalt rubber mixtures are one of the most promising techniques to extend the service life of aspha...
This study was undertaken to investigate the effects of amine-based modifiers on the rheological cha...
Recently, it is reported that the unstable global rubber price is due to over production from those...
Extensive research has been done on rubber-modified asphalt due to its distinct performance benefits...
Many researches have been conducted in finding alternative materials in order to be used as a modif...
The objective of this study is to produce an environmentally friendly paving material with enhanced ...
abstract: Crumb rubber use in asphalt mixtures using wet process technology has been in practice for...
Rubberized asphalt has been used for more than 20 years to resurface highways. While it helped redu...
A porous pavement is a type of sustainable pavement that allows stormwater to infiltrate through the...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Civil Engineering, 1968.Bibliography:...
The need of a better pavement performance has led researchers to develop new road materials, mainly...
Porous asphalt is a type of pavement in which surface water can permeate down into the subbase below...
This interim report provides a summary of key points that are important to successful implementation...
abstract: Crumb rubber use in asphalt mixtures by means of wet process technology has been in place ...
The sustainability movement has established a firm foothold in the Civil Engineering profession. Th...
Asphalt rubber mixtures are one of the most promising techniques to extend the service life of aspha...
This study was undertaken to investigate the effects of amine-based modifiers on the rheological cha...
Recently, it is reported that the unstable global rubber price is due to over production from those...