Paper Contents
Abstract
Porous concrete, commonly referred to as pervious orpermeable concrete, is a unique material designed with interconnectedvoids that allow the passage of water and air through its structure. Thisinnovative property makes it a valuable solution for addressing modernenvironmental and infrastructural challenges, particularly in urban areasprone to waterlogging and flooding. Porous concrete has garneredwidespread attention for its applications in stormwater management,where it helps reduce surface runoff, recharge groundwater, and mitigateurban heat island effects. This review delves into the critical aspects ofporous concrete, including its permeability, mix design, mechanicalproperties, and durability under various environmental conditions. Specialemphasis is placed on its limitations, such as lower compressive strengthcompared to traditional concrete and the need for regular maintenance toprevent clogging. Recent advancements, including the use of admixturesand alternative materials, are discussed to highlight efforts to improve itsstrength, longevity, and sustainability. Furthermore, the review identifiesgaps in current research, such as optimization of its structuralperformance and large-scale implementation, while proposing futuredirections for investigation. By exploring the potential of porous concreteas an eco-friendly and resource-efficient construction material, this paperaims to contribute to the development of sustainable infrastructuresystems that meet the demands of modern urbanization.
Copyright
Copyright © 2024 Arshit rana . This is an open access article distributed under the Creative Commons Attribution License.
