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The research discusses the ways to ensure the construction and operation reliability of the designed buildings and structures in earthquake-prone areas, which include the Republic of Crimea. Substantiated techniques for improving the installation structures’ technology of kinematic insulation systems developed and tested in the Krasnodar Territory of the Russian Federation are shown. The improvement consists of the innovative three-stage method of installation and alignment of concrete pipes, including successive concreting of foundations, assembly, alignment and pouring in the lower part of the column, and finally after maturing, non-alignment assembly of the middle and upper parts of the column. To reduce the intensity of inertial seismic loads, the use of precast-monolithic ceilings from hollow-core pinched reinforced concrete slabs or monolithic slabs with plastic inserts partially replacing reinforced concrete is justified. Improved designs of such plates are presented; their effectiveness and rational application are evaluated. Taking into account the preferable long periods of the insulation systems and foam glass-based finishing maintenance-free operation, their improved structural and technological solutions are presented as a part of earthquake-resistant wall filling of frame buildings.

iop conference series. materials science and engineering

Contractual and technological methods for ensuring the reliability and efficiency of seismic protection systems for the precast-monolithic civil buildings