Magazine of Civil Engineering, 83(7), 2018
A.S. Gribanov, S.I. Roshchina, M.V. Popova, M.S. Sergeev
lack of a clear regulatory framework governing the use of polymer
composites to strengthen wooden structures, stimulates the conduct of
numerous studies in this area. An important task is to obtain
reinforcing materials with the best physico-mechanical and operational
F.S. Zamaliev, M.A. Zakirov
article explores the evaluation of the stress-strain state of steel
reinforced concrete slabs under the action of long-term loads. The
technique of computer simulation for the performance evaluation of
steel reinforced concrete slabs under short-term and long-term loads
and the results of numerical studies are shown.
article is devoted to solving the problem of the reliability of
industrial building structures: crane and roof beams, columns,
redundant building systems. For this aim, the probabilistic method of
structural reliability estimation is developed after the criterion of
bearing strength, in which the main component of structure reliability
P.E. Bulanov, E.U. Ermilova, L.F. Mavliev
effect of the polycarboxylate ether and the complex
hydrophobic-plasticizing additive on the structure, phase and mineral
composition of cement based on polymineral clay with content of relict
minerals more than 85 % (52.49 % of quartz) was studied.
V.P. Mushchanov, H.V. Zubenko, M.N. Tsepliaev
distribution of the wind flow has been studied and its effect on the
stressed state of the shell of a steel vertical cylindrical tank.
Variants of wind pressure were considered for one tank and for a group
G.I. Ovcharenko, D.I. Gilmiyarov
purpose of this work was to identify the relationship between the phase
composition and strength of autoclaved pressed stone from a mixture of
lime and ash of CHP in the presence of Na2SO4. From these mixtures are
made such building materials as silicate brick and blocks from
autoclaved cellular concrete.