This paper reports the results of a laboratory investigation on the reinforcing effects of fibers into bituminous mixtures, in which neat bitumen is used as binder. The investigated fibers were selected in the European market and were composed of polymer compounds. For comparative purposes, a polymer-modified bituminous mixture was included in the study. Laboratory tests investigated compaction characteristics, and mechanical performance of the bituminous mixtures. The results suggest that mixtures bounded with neat bitumen and reinforced with fibers exhibit same performance, or even better, than the one in which polymer-modified bitumen is used
AbstractThe road construction sector has made a big research effort in recent decades, mostly aimed ...
The binding of cellulose fibres to bitumen compared to polyester, mineral and glass fibres is presen...
The paper deals with the development of asphalt mixtures for high performing binder and base courses...
This paper reports the results of a laboratory investigation on the reinforcing effects of fibers in...
The growing need for high quality bituminous mixtures in road construction, rehabilitation and maint...
The laboratory investigation described in this paper focuses on the effects of polymers as additives...
For a long time, bitumen has been utilized as the essential material for asphalt pavement constructi...
Many studies have been made to examine different ways to modify bitumen and asphalt mixtures in resp...
Polypropylene fibers are completely native modifiers and they do not have any dependence on abroad i...
A series of Fibre-added bitumen compounds were subjected to conventional and rheological tests for i...
In general, fibres can be used to improve the mechanical properties of bituminous mixtures in road p...
A number of researches have been done worldwide to evaluate the damage caused by water in bituminous...
AbstractThe road construction sector has made a big research effort in recent decades, mostly aimed ...
The binding of cellulose fibres to bitumen compared to polyester, mineral and glass fibres is presen...
The paper deals with the development of asphalt mixtures for high performing binder and base courses...
This paper reports the results of a laboratory investigation on the reinforcing effects of fibers in...
The growing need for high quality bituminous mixtures in road construction, rehabilitation and maint...
The laboratory investigation described in this paper focuses on the effects of polymers as additives...
For a long time, bitumen has been utilized as the essential material for asphalt pavement constructi...
Many studies have been made to examine different ways to modify bitumen and asphalt mixtures in resp...
Polypropylene fibers are completely native modifiers and they do not have any dependence on abroad i...
A series of Fibre-added bitumen compounds were subjected to conventional and rheological tests for i...
In general, fibres can be used to improve the mechanical properties of bituminous mixtures in road p...
A number of researches have been done worldwide to evaluate the damage caused by water in bituminous...
AbstractThe road construction sector has made a big research effort in recent decades, mostly aimed ...
The binding of cellulose fibres to bitumen compared to polyester, mineral and glass fibres is presen...
The paper deals with the development of asphalt mixtures for high performing binder and base courses...