Bituminous pavements cover a large part of Canada's roadway network. Traffic and
environmental loadings cause distresses and damages in the pavement structure. A …

Existing studies mainly adopted direct shear tests, which cannot effectively evaluate the
actual interlayer force conditions of asphalt pavement. In this paper, the direct shear test and …

This study aims at evaluating the interface shear strength characteristics of full-scale
geosynthetic-reinforced asphalt overlay sections constructed at Salvador International …

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 …

Abstract Wireless charging of Electric Vehicles (EVs) is seen as part of an important strategy
to reduce emissions from essential transportation trips of people and goods. Resonant …

Practical applications and theoretical studies have demonstrated that the presence of the
geosynthetic configures a fragile point in the contact between asphalt layers, which can …

In this study, the mechanical properties of composite bituminous structures with geogrid
products, used as an interlayer between different types of bituminous mixtures, at a constant …

Innovation in the use of geosynthetics in roadway applications has resulted in the
development of several different products, such as asphalt reinforcement geogrids and …

The variability of the virtual time of stepped isothermal method (SIM) was observed during
the creep master curves construction of a new high-performance geosynthetics material …

The placement of geosynthetics between the asphalt layers has proved to enhance the
pavement performance through functions including reinforcement, separation, and moisture …