References

Alexandrov, A.V. and V.D. Potapov, 1990. Fundamentals of Theory of Elasticity and Plasticity: University Textbook. Vyshaya Schkola, Moscow, Russia, Pages: 400.

BS EN., 1996. Eurocode 6: Design of masonry structures. http://shop.bsigroup.com/Browse-By-Subject/Eurocodes/Descriptions-of-Eurocodes/Eurocode-6/.

Belentsov, Y.A., V.M. Komov and P.G. Komokhov, 2010. The Structure, Deformability, Cracking, Structural Reliability of Masonry Constructions. OM-Press, Saint Petersburg, Russia, Pages: 82.

Donchenko, O.M. and I.A. Degtev, 2013. The deformability of masonry under short-term axial compression. Bull. BSTU, 3: 44-46.

Egorov, K.E., 1961. Theory and Practice in Structural Design of Soil Foundation of a Finite Thickness Elastic Layer. Stroyizdat, Moscow, Russia, Pages: 34.

Gorbunov-Posadov, M.I., T.A. Malikova and V.I. Solomin, 1984. Structural Design of Constructions Erected on Elastic Soil Foundation. 3rd Edn., Stroyizdat, Moscow, Russia, Pages: 679.

Naumov, A.E. and D.A. Ezhechenko, 2007. The influence of physical heterogeneity of the mortar bed joints on the stress-strained state of a masonry under axial compression. Ind. Civil Eng., 8: 46-48.

Naumov, A.E., 2010. Local approach to determine the stress-strained state of a masonry under axial compression. Bull. BSTU, 1: 98-102.

Onishchik, L.I., 1937. Durability and Stability of Masonry Constructions. ONTI, Moscow, Russia, Pages: 292.

Pisarenko, G.S. and A.A. Lebedev, 1976. The Deformability and Durability of Materials in Complex Stress-Strained State. Naukova Dumka Publisher, Kiev, Russia, Pages: 415.

Rayzer, V.D., 1990. The normalization of bearing capacity of masonry structures. Struct. Mech. Anal. Struct., 2: 80-86.

SP 15.13330, 2012. Masonry and Reinforced Masonry Structures. Minregion Rossii Publ., Moscow, Russia, Pages: 78.

Sobolev, D.N and A.I. Gagin, 1989. Calculation of large-panel residential buildings erected on slumping soils. Soil Mech. Found. Eng., 2: 8-11.