To the Question of the Cement-Polymer Composite Materials’ Rheological Properties

N.N. Onoprienko

doi:10.4028/www.scientific.net/MSF.974.156

Paper Titles

The Micro Silicon Additive Effects on the Fine-Grassed Concrete Properties for 3-D Additive Technologies
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The Composition and Properties of Autoclaved Gas Concrete with Amorphized Raw Modifiers
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Development of Cement Compositions with a Finely Dispersed Additive for Consolidation of Soil by the Injection
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To the Question of the Cement-Polymer Composite Materials’ Rheological Properties
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Phase and Mineralogical Transformations of Opal Clays in the Production of Ceramic Bricks
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Role of Solutions when Metasomatic Transformations in Construction Composites
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The Dependence of the Modified Bitumen Properties on the Amount of Vinyl Acetate in the Sevilen Composition
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Impact of Superplasticizing Agents on Physical and Mechanical Properties of Cellular Concrete
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HomeMaterials Science ForumMaterials Science Forum Vol. 974To the Question of the Cement-Polymer Composite...

To the Question of the Cement-Polymer Composite Materials’ Rheological Properties

Abstract:

The domestic and foreign production polymers effects studies’ results on the cement-polymer test rheological indicators are analyzed, taking into account the composition of the functional groups of water-soluble polymers and the viscosity of their one-percent aqueous solution. The rheological studies’ results of the Yunis Granit bonding material for fixing the large-format slabs of natural stone and porcelain are presented. The Ostwald, Bingham and Barkley-Herschel equations are considered to describe the flow of pseudoplastic, viscoelastic and rheological complex bodies and their disadvantages. The formula for calculating the rheological parameters: the flowability and the dilution coefficient of nonlinear visco-plastic bodies is proposed and verified. It is shown that the proposed formula describes the structural-mechanical properties of nonlinear visco-plastic systems with a high correlation coefficient.

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Periodical:

Materials Science Forum (Volume 974)

Pages:

156-161

DOI:

https://doi.org/10.4028/www.scientific.net/MSF.974.156

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Online since:

December 2019

Authors:

N.N. Onoprienko*

Keywords:

Cement-Polymer Compositions, Dry Mixes, Fluidity, Rheological Models, Viscosity, Water-Soluble Polymers

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