The ability of in-place pervious concretes to effectively drain storm water runoff gradually
reduces as it becomes clogged due to the ingress of fine particles into its pore structure. This …

With the increasing awareness of the environmental challenges, the porous asphalt
pavement has shown greater interests in terms of stormwater management, underground …

Permeable pavement, as a sustainable infrastructure material can promote hydrologic
restoration, particulate matter (PM) and solute control. However, filtration and commensurate …

Drainage is an important function in porous asphalt concrete (PAC); however, permeability
is decreased gradually due to pores clogging. The aim of this paper is to evaluate the …

Safe highway operations are one of the major concerns of pavement engineers and
authorities. The reduction of skid resistance during rainy weather poses high risk for safe …

Porous pavements have been used for many years worldwide because of their unique
functional benefits, including improved wet-weather driving safety, reduced tire–pavement …

Porous asphalt pavements have been used successfully in practice to improve stormwater
management, increase wet-weather driving safety and reduce traffic noise. However, the …

Contamination of ballast due to penetration of sand into the voids between ballast aggregate
adversely affects the drainage potential of the track structure in desert areas. Using finer …

Many different test methods are used in practice to evaluate the surface infiltration
performance of permeable pavements. This has led to inconsistency in reporting of test …

The deposition of clogged particles inside permeable asphalt mixture can cause the failure
of its permeability. The morphology and distribution of particles are important factors …