Pervious concrete (PC) is a structural element with environmental benefits. The industrial
application is highly limited by restrictions in predicting performance owing to high …

The objective of the present study was to assess how electrical resistivity (ER) of pervious
concrete changes with three parameters: aggregate size, aggregate/cement (A/C) ratio and …

The purpose of present study is to examine how the UPV of pervious concrete changes with
three parameters: compaction energy, aggregate size and aggregate-to-cement ratio. The …

Optimizing compaction energy reduces uncertainty in mass production of pervious concrete,
but depends on aggregate-shape. This study analyses impact of aggregate size and shape …

The shape and size of aggregates are rarely investigated in pervious concrete research
despite their impact on porosity and compressive strength. This study analyses the impact of …

Aggregates are packed effectively packed in applications including pervious concrete,
mechanical performance of which, depends primarily on packing characteristics. Size and …

Although pervious reduces surface runoff and replenishes groundwater resources, industrial
applications are hindered by uncertainty in properties during mass productions. Most …

The present study explores the potential of machine learning to predict the porosity and
permeability of pervious concrete constructed on mix parameters (compaction energy …

Pervious concrete is proven to environmentally benefit urban pavement construction.
Optimising compaction energy evidently reduces uncertainty in the mass production of …

This study aims to investigate aggregate geometric characteristics and analyze the possible
aggregate shape factors on their statistical relationships. The study used 2192 crushed rock …