Development of polymer concrete with polybutadiene matrix

Figovsky, Oleg; Beilin, D.; Blank, Nelly; Potapov, J.; Чернышев, В. В.

doi:10.1016/s0958-9465(96)00036-4

Cited by 39 publications

(25 citation statements)

References 1 publication

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“…The bands assigned to O=S=O do not appear in this case. The observed chemical modifications agree with those presented in precious studies [Figovslq 1996] [Dierkes 2003]. Sulphuric acid acts as a strong dehydrating substance that can take up hydrogen and oxygen from organic matter and cause carbonisation.…”

Section: Oxidant Treatments On Gtr Surface In Order To Improve Compossupporting

confidence: 89%

New Routes to Recycle Scrap Tyres

Colom¹,

Cañavate²,

Casas³

et al. 2011

Nanocomposites With Unique Properties and Applications in Medicine and Industry

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Section: Oxidant Treatments On Gtr Surface In Order To Improve Compossupporting

confidence: 89%

New Routes to Recycle Scrap Tyres

Colom¹,

Cañavate²,

Casas³

et al. 2011

Nanocomposites With Unique Properties and Applications in Medicine and Industry

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“…Das and Satapathy successfully fabricated polypropylene cenosphere filled composites and characterized these for their structure, morphology, and mechanical properties. Figovsky et al has reported that cenospheres are increasingly being used in plastic and rubber compounding applications as they contribute to various desirable characteristics like weight reduction, shrinkage reduction, improved surface finish, warpage reduction, and resistance to water absorption. Various researchers have been reported their work on evaluation of mechanical performance of cenosphere epoxy based polymer composites but very few have been attempted for tribological characterization of cenosphere filled polymer composites.…”

Section: Introductionmentioning

confidence: 99%

Taguchi method to optimize the micron and submicron size cenosphere particulates filled E‐glass fiber‐reinforced vinylester composites

Thakur

Chauhan

2013

Polymer Composites

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In this work, the mechanical and tribological characteristics of E‐glass fiber‐reinforced vinylester composites have been investigated experimentally under dry sliding conditions. The E‐glass fiber‐reinforced vinylester composites with uniform micron and submicron size cenosphere particulates of three different sizes (2 µm, 900 nm, and 400 nm) had been prepared in the laboratory. In this work the effect of parameters such as applied normal load, particulate size, sliding speed, sliding distance and roughness on friction and wear behavior have been carried. A plan of experiments, based on the Taguchi design, was performed to acquire data in a controlled way. An orthogonal array L27 (313) and Analysis of variance (ANOVA) have been applied to investigate the influence of process parameters on the coefficient of friction (COF) and sliding wear behavior of these composites. It was found that the submicron size particulates 400 nm as filler contributed significantly to improve the mechanical properties and wear resistance of the composites. The experimental results indicate that the specific wear rate is greatly influenced by applied normal load and particle size. ANOVA results showed that the applied normal load significantly influence the specific wear rate of cenosphere filled glass fiber‐reinforced vinylester composites. Regression analysis is carried to check the suitability of the prediction equation and modeling of the wear parameters and the typical R2 values for COF and specific wear rate are 86.7 and 94.3%, respectively. The scanning electron microscopy are used clarify the experimental in the frictional and wear testing. POLYM. COMPOS., 35:775–787, 2014. © 2013 Society of Plastics Engineers

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“…One is the addition of rubber as a partial or full replacement for aggregates, in which rubber components are in the form of particles or chips [Rostami et al, 2000;Li et al, 1998;Fedroff et al, 1996;Diddique and Naik, 2004;Guneyisi et al, 2004;Albano et al, 2005;Ghaly et al, 2005;Khaloo et al, 2008]. The other method is using liquid rubber as binder instead of the conventional asphalt or cement mortar to prepare liquid rubber-based concrete (LRBC) [Liu et al, 2010[Liu et al, , 2011Figovsky et al, 1996].…”

Section: Introductionmentioning

confidence: 99%

“…Figovsky et al [1996] developed a new type of polymer concrete based on a liquid rubber (polybutadiene). In the obtained LRBC, polybutadiene was used as binder hardened by sulphur in the presence of special admixtures.…”

Section: Introductionmentioning

confidence: 99%

Design and Mechanical Properties of Liquid Rubber-Based Concrete

Liu

Tang

et al. 2013

Int. J. Appl. Mechanics

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A new type of concrete was developed using liquid rubber (polyurethane) as binder and graded stones as aggregate. The mechanical properties of the prepared liquid rubber-based concrete (LRBC) were systematically investigated through flexural and compressive tests. The dynamic response of LRBC to impact was studied using a spit Hopkinson pressure bar system, which demonstrates a non-monotonic strain rate sensitivity of LRBC. Furthermore, three typical pavement performance tests, i.e., rutting, seepage and sanding tests, were carried out to evaluate the potential of LRBC for the applications in pavement systems. According to the experimental study, the optimum rubber-aggregate ratio was found to be 17% (weight of binder by that of aggregate). The LRBC prepared with this recipe showed the superiority in most pavement performance indicators to other three types of conventional asphalt concrete.

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Development of polymer concrete with polybutadiene matrix

Cited by 39 publications

References 1 publication

New Routes to Recycle Scrap Tyres

New Routes to Recycle Scrap Tyres

Taguchi method to optimize the micron and submicron size cenosphere particulates filled E‐glass fiber‐reinforced vinylester composites

Design and Mechanical Properties of Liquid Rubber-Based Concrete

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