Study of the Properties of Liquid Light Concrete with Disperse Reinforced with Glass Fiber
Svezak 13 (2022), Articles
Svezak 13 (2022)

Study of the Properties of Liquid Light Concrete with Disperse Reinforced with Glass Fiber

Articles
Objavljeno 2022-01-11
Kuldashev Kh.
assistant professor, Samarkand State architectural-civil engineering institute
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Ključne riječi

Glass fiber
dispersed reinforcement
lightweight concrete
mixing
compaction
strength
bending
compression
elongation
penetration
contact
layer
binder
fiber
cement
expanded clay
stress
filler
adhesion

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Kh., K. (2022). Study of the Properties of Liquid Light Concrete with Disperse Reinforced with Glass Fiber. European Journal of Life Safety and Stability (2660-9630), 13, 47-49. Preuzeto od http://www.ejlss.indexedresearch.org/index.php/ejlss/article/view/414
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Sažetak

The article describes the experiments and results obtained on the dispersed reinforcement of fine-grained lightweight concrete with fiberglass, as well as the areas of application of such concretes.

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##submission.citations##

Kuldashev X., Saidmuratov B.I., Gulomova X.A., Berdikulov A. Prospects for the use of dispersed reinforced fine-grained concrete in construction. "Problems of Architecture and Construction". Scientific and technical journal. Samarkand, SamDAQI. 2014, №4. 62-65 b.

Kuldashev X., Rahmatov D., Shamsiev M. Disperse reinforcement of fine-grained concrete with fiberglass. Materials of the XIII Republican scientific-practical conference on "Intellectual potential in the integration of education, science and industry is an important factor in the development of the country." Part II. Samarkand, SamDAQI. 2016. 136-138b.

KuldashevKh., IbragimovKh., Mannatov B. Protection of seismic-stabilty large-panel buildings. EUROPEAN JOURNAL OF LIFE SAFETY AND STABILITY.VOL.5 (2021). 2021-06.01. http://ejlss.indexedresearch.org/index.php/ejlss/index.

Kuldasheva A., KuldashevKh. Durability characteristics of concrete adixed with wollastonite mineral. EUROPEAN JOURNAL OF LIFE SAFETY AND STABILITY.VOL.5 (2021). 2021-06.01. http://ejlss.indexedresearch.org/index.php/ejlss/index.

KuldashevaA.Kh. Experimental studies of the strength properties of concretes based on wollastonite raw materials. MGSU Bulletin, 2011, No. 7, p. 627 - 630. ISSN 1997-0935. vestnikmgsu@.mgsu.ru. , http://www.iasv.ru. , http://www.mgsu.ru.

KhKuldashev. Research of light-weight concrete properties on base wollastonite addition //Middle European Scientific Bulletin. – 2021. – Т. 8. https://cejsr.academicjournal.io/index.php/journal/article/view/166.