Polymer-modified bitumen has been used in civil engineering practice from a long time. The addition of polymers in bitumen improves the deformational stability and durability of bitumen. In the present study, the effect of waste Low Density Polyethylene (LDPE) and Polypropylene (PP) obtained from waste carry bag, on various properties of bitumen such as penetration, ductility softening point have been evaluated. Waste plastics, whose disposal is a matter of concern can be used successfully to modify the bitumen, these waste polymers are added in 2%, 4%, 6%, 8%and 10% percentages in 60/70 penetration grade bitumen and its effect on different properties of bitumen are evaluated. The result of experimental study shows that there is significant...
Abstract. Polymer modified bitumen is emerging as one of the important construction materials for fl...
Abstract- Polymer-modified bitumen are used to combat different pavement distresses and to increase ...
Bitumen blends were prepared for road applications by the introduction of 9wt% waste Polyethylene, P...
This paper presents a part of research on the rheological properties of bitumen modified by thermopl...
AbstractIn this study, a polymer which have a content of 80% wasted polypropylene and other material...
This study aims to investigate the effect and the possibility of using waste plastic as a sustainabl...
2nd International Materials, Industrial, and Manufacturing Engineering Conference, MIMEC2015 -- FEB ...
The use of different types of recycled plastic waste such as recycled polypropylene (PP), recycled l...
© 2019, © 2019 Taylor & Francis Group, LLC. Polymer modified bitumens were obtained by the introdu...
This research investigates the viscelastic properties of asphalt bitumen modified with waste plasti...
© 2018 Taylor & Francis Group, LLC. The study of the plastic properties and structure of bitumen m...
Waste polyethylene (PE) bags were reused in the modification of commercially available bitumen. The ...
Bitumen is widely used product in road construction. Flexible roads are constructed to withstand hea...
This research is aimed at investigating the mechanical behavior of the bitumen by the addition of hi...
AbstractThis paper forms part of research to solve two main problems in Ghana: firstly, the manageme...
Abstract. Polymer modified bitumen is emerging as one of the important construction materials for fl...
Abstract- Polymer-modified bitumen are used to combat different pavement distresses and to increase ...
Bitumen blends were prepared for road applications by the introduction of 9wt% waste Polyethylene, P...
This paper presents a part of research on the rheological properties of bitumen modified by thermopl...
AbstractIn this study, a polymer which have a content of 80% wasted polypropylene and other material...
This study aims to investigate the effect and the possibility of using waste plastic as a sustainabl...
2nd International Materials, Industrial, and Manufacturing Engineering Conference, MIMEC2015 -- FEB ...
The use of different types of recycled plastic waste such as recycled polypropylene (PP), recycled l...
© 2019, © 2019 Taylor & Francis Group, LLC. Polymer modified bitumens were obtained by the introdu...
This research investigates the viscelastic properties of asphalt bitumen modified with waste plasti...
© 2018 Taylor & Francis Group, LLC. The study of the plastic properties and structure of bitumen m...
Waste polyethylene (PE) bags were reused in the modification of commercially available bitumen. The ...
Bitumen is widely used product in road construction. Flexible roads are constructed to withstand hea...
This research is aimed at investigating the mechanical behavior of the bitumen by the addition of hi...
AbstractThis paper forms part of research to solve two main problems in Ghana: firstly, the manageme...
Abstract. Polymer modified bitumen is emerging as one of the important construction materials for fl...
Abstract- Polymer-modified bitumen are used to combat different pavement distresses and to increase ...
Bitumen blends were prepared for road applications by the introduction of 9wt% waste Polyethylene, P...