This study investigated the effect of seven healing agents on crack healing ability of long-term aged asphalt and its mortar. Different healing agents including sunflower oil, aromatic oil, bitumen emulsion, and maltene-based emulsions were used. The crack healing of asphalt made use of two asphalt disk samples and healing was evaluated using direct tensile tests. For asphalt mortar, notched semi-circular samples were used. Test results indicated that the crack healing of asphalt and its mortar depended strongly on the type of healing agent. In general, asphalt healed faster than its mortar. Asphalt healing could be well improved by using oil agents, while asphalt mortar could be well healed with maltene-based emulsions. The crack healing o...
Rejuvenator encapsulation technique showed great potential for extrinsic asphalt pavement damage hea...
This paper presents a unique self-healing system for asphalt pavement which employs compartmented ca...
Self-healing microencapsulation in asphalt concrete is an emerging technology that would allow this ...
This study investigated the effect of seven healing agents on crack healing ability of long-term age...
This study investigated the crack healing performance of multiple scales of AC-13 asphalt mixtures t...
This study investigated the long-term crack healing of asphalt mixtures treated with healing agents...
Road structures deteriorate with advancing time. This is a result of the exposure to aperiodic mecha...
Service life of asphalt roads could be extended by enhancing the natural self-healing ability of asp...
Damage in pavements is known to reduce over time when the material is left to rest, this phenomenon ...
Damage in pavements is known to reduce over time when the material is left to rest, this phenomenon ...
Damage in pavements is known to reduce over time when the material is left to rest, this phenomenon ...
Asphalt concrete has the advantageous ability to heal. During rest periods, damage present in the ma...
Damage in pavements is known to reduce over time when the material is left to rest, this phenomenon ...
This paper presents a unique self-healing system for asphalt pavement which employs compartmented ca...
Damage in pavements is known to reduce over time when the material is left to rest, this phenomenon ...
Rejuvenator encapsulation technique showed great potential for extrinsic asphalt pavement damage hea...
This paper presents a unique self-healing system for asphalt pavement which employs compartmented ca...
Self-healing microencapsulation in asphalt concrete is an emerging technology that would allow this ...
This study investigated the effect of seven healing agents on crack healing ability of long-term age...
This study investigated the crack healing performance of multiple scales of AC-13 asphalt mixtures t...
This study investigated the long-term crack healing of asphalt mixtures treated with healing agents...
Road structures deteriorate with advancing time. This is a result of the exposure to aperiodic mecha...
Service life of asphalt roads could be extended by enhancing the natural self-healing ability of asp...
Damage in pavements is known to reduce over time when the material is left to rest, this phenomenon ...
Damage in pavements is known to reduce over time when the material is left to rest, this phenomenon ...
Damage in pavements is known to reduce over time when the material is left to rest, this phenomenon ...
Asphalt concrete has the advantageous ability to heal. During rest periods, damage present in the ma...
Damage in pavements is known to reduce over time when the material is left to rest, this phenomenon ...
This paper presents a unique self-healing system for asphalt pavement which employs compartmented ca...
Damage in pavements is known to reduce over time when the material is left to rest, this phenomenon ...
Rejuvenator encapsulation technique showed great potential for extrinsic asphalt pavement damage hea...
This paper presents a unique self-healing system for asphalt pavement which employs compartmented ca...
Self-healing microencapsulation in asphalt concrete is an emerging technology that would allow this ...