Development of Polystyrene Foam Plates and Sprayed Concrete for Three-Layer Products and Structures

Zafar Okhunov; Farrukh Aminov; Olim Rasulov; Amirkhon Aminov; Shivam Mishra

doi:10.4028/www.scientific.net/MSF.1037.693

Paper Titles

Structural Changes in Concrete under the Influence of Reactor Spectrum Neutrons
p.663

The Damping Effect in the Propagation of the Cracks in Fine-Grained Carbonate Concrete
p.669

Estimation of the Probability of Cracking of Facade Coatings
p.675

Development of Compositions of New Enamel Coatings with Various Operational and Decorative Properties to Protect Steel Architectural and Construction Panels
p.684

Development of Polystyrene Foam Plates and Sprayed Concrete for Three-Layer Products and Structures
p.693

Regulation of Rheological Properties of Three-Phase Dispersed Systems Used for the Production of Building Materials
p.699

Reducing the Emission Activity of Vanadium from Building Materials
p.705

Optimization of Compositions and Hardening Conditions of Vibropress Concretes Based on Steel-Making Slag
p.715

The Structure and Properties of Asphalt Concrete on the Basis of Waste Foundry Sand
p.721

HomeMaterials Science ForumMaterials Science Forum Vol. 1037Development of Polystyrene Foam Plates and Sprayed...

Development of Polystyrene Foam Plates and Sprayed Concrete for Three-Layer Products and Structures

Abstract:

Energy saving is one of today’s biggest challenges. Since the construction industry is very energy intensive, there is a question of drastic reduction of energy consumption in all types of buildings. There are different approaches to this issue, but ultimately there is a need to create materials that have high thermal resistance.

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Periodical:

Materials Science Forum (Volume 1037)

Pages:

693-698

DOI:

https://doi.org/10.4028/www.scientific.net/MSF.1037.693

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Online since:

July 2021

Authors:

Zafar Okhunov, Farrukh Aminov*, Olim Rasulov, Amirkhon Aminov, Shivam Mishra

Keywords:

Aggressive Environment, Cement Binding Mixture, Concrete, Density, Durability, Energy Consumption, Energy Efficiency, Energy Resources, Energy Saving, Environmental Issues, Frost Resistance, Heat Transfer Resistance, Hygroscopic, Insulation, Plasticizers, Polymeric Materials, Porosity, Shotcrete, Water Resistance

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