Geonika. Geommimetics as a Basic Direction for the Development of Building Industry

Елистраткин, М.Ю.; Elistratkin, M.Yu.; A, Shapiro; Mil'kina, Alena; Lesovik, G. A.; Ageeva, Marina

doi:10.12737/conferencearticle_5cecedc20c87a3.92824648

"Science-Intensive Technologies and Innovations» 2019

DOI: 10.12737/conferencearticle_5cecedc20c87a3.92824648

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Geonika. Geommimetics as a Basic Direction for the Development of Building Industry

М.Ю. Елистраткин¹,

M.Yu. Elistratkin

Shapiro A³

et al.

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2022

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Cited by 2 publications

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About the Prospects of Using Fly Ash in Aerated Concrete

Lesovik

Klyuev

et al. 2022

Bulletin of Belgorod State Technological University Named After. V. G. Shukhov

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The coal industry is leading in China. The further five-year development plan implies the coal industry capacities growth, but at the same time, it is planned to follow the path of “clean and efficient use of coal”. One of the priority areas is “green” construction. In this regard, the issue of disposal of coal burning waste is acute, the volume of which is constantly increasing, thereby polluting the soil, atmosphere and nearby reservoirs. Inefficient thermal insulation is the main reason for the large overspending of energy for heating buildings and structures. The harsh climate and cold winters in some areas of China predetermine the necessity of using high-quality heat-insulating materials. One of such materials is gas concrete. However, along with heat insulation it should also perform soundproofing function to minimize the noise exposure of big-city residents. It is noted that the production of aerated concrete mixes occupies a leading position, and the use of waste from fuel combustion as one of the components of aerated concrete allows not only to reduce the cost of its production, but also to reduce the environmental burden on the environment.

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About the Prospects of Using Fly Ash in Aerated Concrete

Lesovik

Klyuev

et al. 2022

Bulletin of Belgorod State Technological University Named After. V. G. Shukhov

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Investigation of Physico-Mechanical Properties of Coarse-Pored Expanded Clay Concrete for Three-Layer 3d Additive Constructio

Sheremet

Elistratkin

Sheremet

et al. 2022

Bulletin of Belgorod State Technological University Named After. V. G. Shukhov

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The article considers the solution of the urgent problem of the development of 3D additive technologies in Russia by creating a new model of the forming device and the development of composite materials. The purpose of this work is to study the physical, technological and thermal properties of coarse-pored expanded clay concrete. The required characteristics are determined by standard methods and requirements of regulatory documents, including modern physico-chemical methods of analysis and a wide range of modern and original research methods corresponding to modern scientific knowledge. Results. Compositions of coarse-porous expanded clay concrete with compressive strength up to 9.2 MPa, water absorption up to 25% by weight and shrinkage deformations in the range of 0.1...0.3 mm/m were obtained. To simulate the behavior of the studied systems, a two-factor three-level experiment was conducted for each type of mixture of coarse-pored expanded clay concrete, which allowed us to obtain regression equations characterizing the relationship of variable parameters with certain properties of the system. It was revealed that the value of the average density is most affected by the specific consumption of the binder. While the strength depends most on the I/O ratio. Moreover, in this case, the amount of water is less related to the porosity of the cement stone itself, and more to the consistency and stickiness of the resulting glue, its ability to evenly cover the filler particles. It is established that rationally selected compositions of structural and thermal insulation KPKB for the internal filling of a three-layer "printed" wall, homologation and thermal insulation will ensure the formation of the required technical and operational indicators.

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Geonika. Geommimetics as a Basic Direction for the Development of Building Industry

Cited by 2 publications

References 0 publications

About the Prospects of Using Fly Ash in Aerated Concrete

About the Prospects of Using Fly Ash in Aerated Concrete

Investigation of Physico-Mechanical Properties of Coarse-Pored Expanded Clay Concrete for Three-Layer 3d Additive Constructio

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