Rest periods between cyclic loads can lead to recovery of damage and extension of fatigue
life. This phenomenon is referred to as healing. Healing is clearly observed in bituminous …

Improving soft subgrades in road construction is essential for efficient machinery use,
reducing gravel layer thickness, and enhancing pavement performance. Traditional methods …

Water seepage in cement concrete structures is one of the main sources of degradation,
especially for concrete bridge decks. Therefore, the protection of these strategic structures is …

Designing geosynthetics for asphalt overlay is challenging due to the diversity of paving
composites and paving geogrids available on the market. Challenges remains on the ideal …

The use of gecomposite incorporating multiaxial geogrid and non-woven fabric of high
bitumen retention in asphalt overlays results in the increase of life of the designed pavement …

The main objective of this study is to evaluate the influence of geosynthetic reinforcement on
the fatigue performance of asphalt overlays using double-layered specimens extracted from …

The incorporation of geosynthetic reinforcements during the rehabilitation of flexible
pavements has significantly increased due to the ability of geosynthetic reinforcements to …

Innovative applications of paving geosynthetics have emerged to reduce reflective crack
propagation and moisture infiltration in pavement structures, leading to the development of …