Abstract
The article discusses the possible design solutions to improve the seismic resistance of stone buildings. In particular - the device of anti-seismic belts at the floor level, the device of dowels and nodes for connecting the floor slabs with the walls and among themselves, the reinforcement of the walls with steel clips, as well as the installation of transverse frames, if the maximum distances between the transverse walls’ axes are not observed.
Highlights
Increasing the seismic resistance of buildings during the reconstruction process is an important and urgent issue due to the fact that often in buildings constructed in the middle end of the last century, there are no structural solutions imposed by modern standards for the buildings located in seismic regions
BC 14.13330.2018 "Construction in seismic regions" is the main regulatory document that establishes the requirements for the calculation, taking into account seismic loads, for structural and space-planning solutions of buildings and structures that ensure their seismic resistance in new construction and re-construction [1]
We considered the modern methods of design solutions [2,3,4,5,6], which compensate for the absence of missing requirements established by design standards
Summary
Increasing the seismic resistance of buildings during the reconstruction process is an important and urgent issue due to the fact that often in buildings constructed in the middle end of the last century, there are no structural solutions imposed by modern standards for the buildings located in seismic regions.BC 14.13330.2018 "Construction in seismic regions" is the main regulatory document that establishes the requirements for the calculation, taking into account seismic loads, for structural and space-planning solutions of buildings and structures that ensure their seismic resistance in new construction and re-construction [1].
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