Multi-Layered Exterior Wall Panels Made of Ash of Tuff Concrete

Abstract:

Selected composition of structural heat-insulating ash tuff concrete class B15-20 on tuff rubble and ash using plasticizer D5, determined the calculated heat transfer resistance of the two-layer structure, the dependencies of the density and strength of the mixture from cement consumption for 1 m³.

• Periodical: Materials Science Forum (Volume 974)
• Pages: 435-439
• DOI: https://doi.org/10.4028/www.scientific.net/MSF.974.435
• Online since: December 2019
• Authors: V.K. Khuranov*, Aues Tsipinov, E.V. Lutsenko
• Keywords: Ash, Density of the Mixture, Portland Cement, Strength of the Mixture, Structural Heat-Insulating Ash Tuff Concrete, Tuff Crushed Stone

References

[1] Nesvetaev G.V. Concretes: a textbook, Rostov on Don, Phoenix, (2011).

[2] Akhmatov M.A., Lightweight concrete and reinforced concrete structures on aggregates of stone waste and loose porous rocks, Nalchik, KBGSHA, (2010).

[3] V.K Khuranov, A.S. Tsipinov, М.I. Bjakhov Wall Panels with Improved Thermal Properties on KBR's Porous Fillers Materials Science Forum. 931 (2018) 243-246.

DOI: 10.4028/www.scientific.net/msf.931.243

[4] Karpenko N.I., Yarmakovsky V.N. The main directions of energy saving in the construction and operation of buildings. Part 1. Resource and energy saving at the stage of production of building materials, wall products and enclosing structures, Construction materials. 7 (2013) 12–21.

[5] Bzhakhov M.I., Kardanov L.T., Kuchukov M.A., Antipova E.A., Lyuev A.Kh., Improving the heat-shielding qualities of the external enclosing structure of a dwelling house of a type series, Engineering Bulletin of the Don. 2 (2016). Information on: ivdon.ru/ru/magazine/archive/ n2y2016/3544.

[6] GOST 25820-2014 Light concrete. Technical conditions.

[7] SNiP ΙΙ-3-79 * Construction Heat Engineering.

[8] SNiP 23-01-99 Construction climatology.

[9] SNiP 2.08.01-89 * Residential buildings (with change No. 1-4).

[10] Physics of the environment, Textbook, DIA, Moscow, (2011).

[11] Yeremkin A.I., Koroleva T.I., Thermal Mode of Buildings. Tutorial, Publishing house DIA, Moscow, (2000).

[12] Belyaev V.S., Akhmyarov T.A., Energy efficiency of large-panel buildings, Housing construction. 4 (2013) 47–49.

[13] Dovzhik V.G., Calculation and rationing of thermal conductivity of claydite-concrete and other types of concrete, Concrete and reinforced concrete. 5 (2007) 15-19.

[14] Kosmatka S., Kerkoff B., Hooton R., Design and control of Concrete Mixtures. The Guide to Application, Methods and Materials. Eight Canadian Edition, Cement Association of Canada. Ottawa, (2011).

[15] Ivanov I.A., Technology of lightweight concrete on artificial porous aggregates, Stroiizdat, Moscow, (1974).

[16] Szokolay S.V., Environmental science handbook for architects and builders Lancaster, Construction Press, (1980).