Laboratory evaluation of permeability and strength of polymer-modified pervious concrete

Huang, Baoshan; Wu, Hao; Shu, Xiang; Burdette, Edwin G.

doi:10.1016/j.conbuildmat.2009.10.025

Cited by 376 publications

(188 citation statements)

References 2 publications

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“…In addition, it is generally said that the fiber contained in porous concrete slightly increases the void ratio, significantly increases the permeability, and improves the mechanical properties (Huang 2010 andDong 2013). Based on the results of the previous researches, authors investigated the effectiveness of mixing short fibers in the LWPM on increase of the void ratio.…”

Section: Lightweight Porous Mortar (Lwpm) Designed On the Basis Of Vomentioning

confidence: 99%

Material Design Methods for Lightweight Cement-Based Composites and Its Application

Kwon

Nishiwaki

Kikuta

et al. 2015

ACT

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The purpose of this paper is to propose a material design method of lightweight cement-based composites that reduces the mass of building components and provides them with better insulation. To achieve this purpose, a number of special lightweight aggregates were tested. Furthermore, material design methods based on the packing density models and the void system model for lightweight porous mortar (LWPM) were applied. A series of experiments was carried out in order to investigate the mechanical properties and to examine the thermal conductivity of various types of lightweight mortar. The study identified that the adopted material design methods were effective in reducing the density of lightweight mortar and in obtaining sufficient insulation performance. Furthermore, compressive strength sufficient for required structural performance was also achieved in certain types of lightweight mortar. Finally, lightweight insulation block (LWIB) was developed by combining the packing density model and the void system model for achieving both of sufficient bearing capacity and high insulation performance.

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Section: Lightweight Porous Mortar (Lwpm) Designed On the Basis Of Vomentioning

confidence: 99%

Material Design Methods for Lightweight Cement-Based Composites and Its Application

Kwon

Nishiwaki

Kikuta

et al. 2015

ACT

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“…Thus, the method of MIP is not feasible for pervious concrete. The vacuum sealing apparatus is more appropriate to test a relatively accurate porosity of pervious concrete in laboratory research [13]. However, in practice, setting up such a delicate apparatus is challenging for concrete manufacturers and a simpler method is preferred.…”

Section: B the Porosity And Permeabilitymentioning

confidence: 99%

Investigation on composite polymer and silica fume rubber aggregate pervious concrete

Toghroli¹,

Shariati²,

Rehan³

et al. 2017

Fifth International Conference on Advances in Civil, Structural and Mechanical Engineering - CSM 2017

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Abstract-Many researchers are trying to obtain a pervious concrete with better physical and mechanical properties to be used in pavement. To achieve the optimized pervious concrete, different researchers have been using different materials, especially those waste materials which are existing worldwide, specifically in the compactly populated areas. Discarded tires are among them and rubber tire particles are being currently used to be considered as recycled waste materials. In this paper a combination of polymer, silica fume and rubber aggregate from rubber tire particles were used to obtain an optimized pervious concrete. The produced concrete's properties were studied. The results indicate that this pervious concrete with the optimum replacing ratio of silica fume, polymer and rubber aggregate to mineral aggregate has higher flexural and compressive strength. The relative flexural and compressive strength of this pervious concrete has been increased 31% and 18% compared to the mineral aggregate pervious concrete. The most properties of this pervious concrete are enhanced. The impact resistance of this pervious concrete is improved 8% compared to mineral aggregate pervious concrete and the permeability meet the standard of Open-Graded Fraction Course. This pervious concrete significantly reduces the elasticity modulus of usual pervious concrete. The impact resistances improved remarkably

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“…They are planned to support surfaces for parking lots and pedestrian roads that will permit some of the precipitation to filter into the ground, decreasing the bulk of stormwater runoff and revitalizing groundwater [15,16,17]. Permeable porous asphalt and concrete are the most ordinarily used elements in permeable pavements.…”

Section: Introductionmentioning

confidence: 99%

“…Permeable porous asphalt and concrete are the most ordinarily used elements in permeable pavements. Permeable asphalt uses practically the similar elements as conventional asphalt, order than the percent range of plastic added, and the size of the aggregate is used to stay thin, permitting for minimum particle packing [16,17]. Permeable asphalt and concrete has been successfully implemented for road, retaining walls, streets, driveways, sidewalks, parking lots, and slope protection for the past 30 years in many countries, including the United States [17].…”

Section: Introductionmentioning

confidence: 99%

“…Porous plastic asphalt is applicable to many uses, including parking lots, driveways, sidewalks, bike paths, playgrounds and recreational courts. In addition, with proper maintenance, including regular vacuuming or pressure washing of the pavement surface to prevent clogging by sediments, porous asphalt can have a minimum service life of twenty years [15,16,17,18].…”

Section: Introductionmentioning

confidence: 99%

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Landscape Engineering, Protecting Soil, and Runoff Storm Water

Çetin¹

2013

Advances in Landscape Architecture

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Laboratory evaluation of permeability and strength of polymer-modified pervious concrete

Cited by 376 publications

References 2 publications

Material Design Methods for Lightweight Cement-Based Composites and Its Application

Material Design Methods for Lightweight Cement-Based Composites and Its Application

Investigation on composite polymer and silica fume rubber aggregate pervious concrete

Landscape Engineering, Protecting Soil, and Runoff Storm Water

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