The use of polypropylene polymers and copolymers as modifiers for road bitumens appears promising. The problem of stability during storage for long periods at high temperatures can be solved by adding phosphorus compounds, especially polyphosphoric acid, which changes the bitumen structure from sol to gel. It is demonstrated that the stability of polymer-modified bitumens depends not only on the difference in density and viscosity between bitumen and polymer but also on bitumen structure. Copyright (C) 1996 Elsevier Science Ltd
The project was designed to study 'atactic polypropylenes/ bitumens, and their blends, as used in co...
Bitumen from the catalytic cracking of petroleum is widely used in the construction industry as a bi...
This study proposes a method for obtaining fourth-generation road binders, that is, Polymer-modified...
Recently a wide spectrum of modifying polymeric materials have been test mixed with the bitumens use...
This study presents a research conducted to investigate the properties of polymer modified bitumen (...
Polymer modified bitumens, PMBs, are usually prepared at high temperature and subsequently stored fo...
This synthesis explores the state-of-the-knowledge and state-of-the-practice regarding the latest up...
The failure of bituminous pavements takes place due to heavy traffic loads and weather-related condi...
Polymer modification of bitumen has been commonly performed since the 1980s in order to decrease bit...
AbstractIn this study, a polymer which have a content of 80% wasted polypropylene and other material...
The demand for high-performance asphalt pavements has been increasing in recent years due to increas...
The use of latex modified bitumen can increase the performance of pavement work. Polymer modified bi...
This study investigates the feasibility and effect of poly(lactic) acid (PLA) on bitumen modificatio...
Bitumen is a by-product of the fractional distillation of crude oil, but is also found in natural de...
During the last decades, the number of vehicles per citizen as well as the traffic speed and load ha...
The project was designed to study 'atactic polypropylenes/ bitumens, and their blends, as used in co...
Bitumen from the catalytic cracking of petroleum is widely used in the construction industry as a bi...
This study proposes a method for obtaining fourth-generation road binders, that is, Polymer-modified...
Recently a wide spectrum of modifying polymeric materials have been test mixed with the bitumens use...
This study presents a research conducted to investigate the properties of polymer modified bitumen (...
Polymer modified bitumens, PMBs, are usually prepared at high temperature and subsequently stored fo...
This synthesis explores the state-of-the-knowledge and state-of-the-practice regarding the latest up...
The failure of bituminous pavements takes place due to heavy traffic loads and weather-related condi...
Polymer modification of bitumen has been commonly performed since the 1980s in order to decrease bit...
AbstractIn this study, a polymer which have a content of 80% wasted polypropylene and other material...
The demand for high-performance asphalt pavements has been increasing in recent years due to increas...
The use of latex modified bitumen can increase the performance of pavement work. Polymer modified bi...
This study investigates the feasibility and effect of poly(lactic) acid (PLA) on bitumen modificatio...
Bitumen is a by-product of the fractional distillation of crude oil, but is also found in natural de...
During the last decades, the number of vehicles per citizen as well as the traffic speed and load ha...
The project was designed to study 'atactic polypropylenes/ bitumens, and their blends, as used in co...
Bitumen from the catalytic cracking of petroleum is widely used in the construction industry as a bi...
This study proposes a method for obtaining fourth-generation road binders, that is, Polymer-modified...