THE EFFECT OF NORMAL ADHESION ON THE STRENGTH OF A CELLULAR CONCRETE, INCLUDING SEISMIC INPUT
THE EFFECT OF NORMAL ADHESION ON THE STRENGTH OF A CELLULAR CONCRETE, INCLUDING SEISMIC INPUT

THE EFFECT OF NORMAL ADHESION ON THE STRENGTH OF A CELLULAR CONCRETE, INCLUDING SEISMIC INPUT

DOI: 10.37153/2618-9283-2020-4-69-83

Authors:  

Вартанов Д.Н. Vartanov D.N.

senior engineer, inspection and strengthening of earthquake resistant constructions laboratory,

TSNIISK named after V.A. Kucherenko JSC Research Center of Construction. Moscow, Russian Federation



Rubric:     Theoretical and experimental studies   
Key words: cellular concrete, normal adhesion, strength, designing, strength criteria
Annotation:
The article describes research on the influence of normal adhesion on the strength of cellular concrete masonry. The performed tests and test samples are described. The results of the tests carried out to date are also presented. Further measures to study the effect of normal adhesion on the load-bearing capacity of cellular concrete masonry, including seismic impacts, are indicated.

Used Books:

1. Bubis A.A. Verification of the method of calculation of fragments of walls on seismic loading. Earthquake engineering. safety of structures. 2015, no.6,                 pp. 21-27. [In Russian]

2. Demchuk I.E., Derkach V.N. Studies of the adhesion strength of solutions in masonry. Reporter of Brest state technical university. 2012, no.1, pp. 71.

3. Kabantsev O.V. Scientific basis of structural theory of masonry for evaluation of limit conditions of earthquake-resistant buildings stone structures: diss. ... Doctor of Engineering: 05.23.01.М.2016.358 p.

4. Onischik L.I. Masonry structures. Moscow. 1939. 215 p.

5. Sementsov S.A. Some features of masonry deformations during compression and bending. In the book: Research on stone structures. Stroyizdat. 1949, pp. 93 - 105.

6. Tonkih G.P., Kabantsev O.V., Granovskiy A.V., Simakov O.A. Experimental studies of seismic reinforcement of masonry by external reinforcement system based on carbon fiber. Vestnik TGASU. 2014, no. 6, pp. 57-59.

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