The quality of the bitumen–aggregate interface formed in an asphalt mixture is dictated by the physicochemical properties of both materials, such as surface polarity. In order to better understand the role of polarity on interfacial adhesion between bitumen and aggregate, a systematic study was conducted by designing bitumens with different polarities. These bitumens were produced by the addition of diatoms and hydrophobic diatoms in varying concentrations. It was found that by manipulating the polarity of bitumen it is possible to design materials that result in bitumen–aggregate pairs that are more compatible with each other and resistant to debonding. On the other hand, basicity of aggregates is also highly related to obtaining asphalt m...
The superior performance of asphaltic concrete exhibited the good adhesion bonding between binder-ag...
The interfacial interaction between bituminous binders and several mineral surfaces of different che...
Adhesion is defined as the molecular force of attraction in the area of contact between unlike bodie...
The adhesion between bitumen and aggregate is a complex process with numerous of variables. To impro...
5Challenges concerning pavement engineering are nowadays mainly addressed to a low-cost and time-sav...
International audienceThe study of the adhesion between aggregates and bitumen is necessary to enhan...
One of the mechanisms for the deterioration of asphalt is debonding. This is often referred to as st...
The superior performance of asphaltic concrete exhibited the good adhesion bonding between binder-a...
An adsorption mechanism of bitumen onto the silicate surface is presented. Amines are capable of act...
This review focuses on certain classes of organic compounds known variously in the specific literatu...
The bitumen-aggregate interfacial phenomena are an area where chemistry, physics, and engineering in...
© Research India Publications. Wetting and adhesive properties are essential characteristics of bitu...
Asphalt mixtures often fail due to poor interaction between mineral aggregate and bituminous binder....
A way for enhancing the interfacial (maltene - asphaltene) adhesion in bitumen coatings is to modify...
This research is intended to contribute toward the understanding, development, and implementation of...
The superior performance of asphaltic concrete exhibited the good adhesion bonding between binder-ag...
The interfacial interaction between bituminous binders and several mineral surfaces of different che...
Adhesion is defined as the molecular force of attraction in the area of contact between unlike bodie...
The adhesion between bitumen and aggregate is a complex process with numerous of variables. To impro...
5Challenges concerning pavement engineering are nowadays mainly addressed to a low-cost and time-sav...
International audienceThe study of the adhesion between aggregates and bitumen is necessary to enhan...
One of the mechanisms for the deterioration of asphalt is debonding. This is often referred to as st...
The superior performance of asphaltic concrete exhibited the good adhesion bonding between binder-a...
An adsorption mechanism of bitumen onto the silicate surface is presented. Amines are capable of act...
This review focuses on certain classes of organic compounds known variously in the specific literatu...
The bitumen-aggregate interfacial phenomena are an area where chemistry, physics, and engineering in...
© Research India Publications. Wetting and adhesive properties are essential characteristics of bitu...
Asphalt mixtures often fail due to poor interaction between mineral aggregate and bituminous binder....
A way for enhancing the interfacial (maltene - asphaltene) adhesion in bitumen coatings is to modify...
This research is intended to contribute toward the understanding, development, and implementation of...
The superior performance of asphaltic concrete exhibited the good adhesion bonding between binder-ag...
The interfacial interaction between bituminous binders and several mineral surfaces of different che...
Adhesion is defined as the molecular force of attraction in the area of contact between unlike bodie...