The visco-elasto-plastic nature of asphalt mixtures gives the material the capacity to self-heal cracks. One of the most promising methods to accelerate the healing phenomenon is the addition of conductive particles to the mix that can be externally heated by applying electromagnetic induction. The present paper studies the influence of bitumen properties on the induction healing capacity of asphalt mixtures. The main conclusion that can be extracted is that, for the range of bitumens commonly used in Europe, the fact of changing the type of bitumen does not significantly affect the healing capacity of the resulting asphalt mix
Porous asphalt shows excellent performance in both noise reduction and water drainage. Although poro...
Induction heating technique is an innovative asphalt pavement maintenance method that is applied to ...
Damage in pavements is known to reduce over time when the material is left to rest, this phenomenon ...
The visco-elasto-plastic nature of asphalt mixtures gives the material the capacity to self-heal cra...
Over the service life of asphalt roads, different factors produce, in the bitumen, a hardening proce...
Asphaltic mixes are self-healing materials since they have the capacity to close internal microcrack...
To promote asphalt self-healing, asphalt mixture can be heated via induction heating. This technique...
Asphaltic materials have self-healing properties due to the capacity of bitumen, a viscoelastic liqu...
Induction healing is a proven technology which is able to improve the self-healing capacity of aspha...
Hot mix asphalt is one of the most common types of pavement surface materials used in the world. The...
Self-healing of cracks in asphalt mixtures is a phenomenon that can be accelerated by reducing the v...
Self-healing of cracks in asphalt mixtures is a phenomenon that can be accelerated by reducing the v...
Considering the importance of the need of mitigating the energy consumption and the corresponding em...
This paper presents a study of the healing performance of a porous asphalt (PA) mixture heated by in...
It is well known that the healing rates of asphalt courses increase with the temperature. A new meth...
Porous asphalt shows excellent performance in both noise reduction and water drainage. Although poro...
Induction heating technique is an innovative asphalt pavement maintenance method that is applied to ...
Damage in pavements is known to reduce over time when the material is left to rest, this phenomenon ...
The visco-elasto-plastic nature of asphalt mixtures gives the material the capacity to self-heal cra...
Over the service life of asphalt roads, different factors produce, in the bitumen, a hardening proce...
Asphaltic mixes are self-healing materials since they have the capacity to close internal microcrack...
To promote asphalt self-healing, asphalt mixture can be heated via induction heating. This technique...
Asphaltic materials have self-healing properties due to the capacity of bitumen, a viscoelastic liqu...
Induction healing is a proven technology which is able to improve the self-healing capacity of aspha...
Hot mix asphalt is one of the most common types of pavement surface materials used in the world. The...
Self-healing of cracks in asphalt mixtures is a phenomenon that can be accelerated by reducing the v...
Self-healing of cracks in asphalt mixtures is a phenomenon that can be accelerated by reducing the v...
Considering the importance of the need of mitigating the energy consumption and the corresponding em...
This paper presents a study of the healing performance of a porous asphalt (PA) mixture heated by in...
It is well known that the healing rates of asphalt courses increase with the temperature. A new meth...
Porous asphalt shows excellent performance in both noise reduction and water drainage. Although poro...
Induction heating technique is an innovative asphalt pavement maintenance method that is applied to ...
Damage in pavements is known to reduce over time when the material is left to rest, this phenomenon ...