Increase in urban population across the globe has resulted in drastic rise in anthropogenic
activities and urban surface modifications. These contribute to the hike of urban temperature …

This study evaluates the performance of pervious concrete subjected to rapid freeze–thaw
(FT) cycling, calcium leaching and the combined attack of calcium leaching and FT cycling …

The applications of pervious concrete made with recycled aggregate (RA) have been
hindered by its significantly reduced strength. In this study, a silane polymer emulsion …

Pervious concrete needs to have many pores to achieve high water permeability, but
excessive porosity may cause a serious reduction in strength. Herein, it is postulated that the …

Pervious concrete paves way for the reduction of storm water runoff on the urban road
surfaces with the aid of its porous nature. The impact of metakaolin as partial replacement …

Pervious concrete is produced by adding less than enough paste to fill the voids in the
aggregate to form drainage channels inside the concrete. However, the volume of voids in …

This paper demonstrates that RSM can be used to design the mix proportion of recycled
aggregate pervious concrete. From the perspective of the internal structure of recycled …

Water to cement (W/C) ratio has been deemed as one of the most important factors affecting
the properties of concrete. However, at constant W/C ratio, cement or cementitious paste …

Currently, there are few effective methods for improving the freeze–thaw durability of
recycled aggregate (RA) permeable concrete without reducing the strength or permeability …

Recently, construction and demolition waste generated in Malaysia has dramatically
increased. For long-term sustainable development, demolition wastes can be recycled in …