THE FLEXIBLE UPPER FLOOR MADE OF LIGHT METAL STRUCTURES USING STRUCTURAL SYSTEMS
https://doi.org/10.37493/2307-910X.2022.2.14
Abstract
A method of increasing seismic resistance using flexible upper floors of newly erected buildings and structures, as well as reconstructed and repaired objects of existing development is presented. The technical solution of light metal structures of the complete delivery of the Novokislovodsk system is given. If in the joints of similar structures of the MERO, MARKHI, Kislovodsk system, each nodal element allows screwing up to 8 ...10 or more end bolts of rods, then one bolt is used to connect the same number of rods of the new system.
About the Authors
E. V. Nazarova
Pyatigorsk Institute (branch) of the NCFU
Russian Federation
Russian Federation
Nazarova Ekaterina Valerievna - second-year student in the specialty "Construction and operation of buildings and structures" of the college
R. A. Khazhnagoeva
Pyatigorsk Institute (branch) of the NCFU
Russian Federation
Russian Federation
Khazhnagoeva Regina Arturovna - fifth-year student in the specialty "Design of the architectural environment" of the Faculty of Engineering
N. Y. Avetyan
Pyatigorsk Institute (branch) of the NCFU
Russian Federation
Russian Federation
Avetyan Narine Yuryevna - teacher of the college
A. S. Marutyan
Pyatigorsk Institute (branch) of the NCFU
Russian Federation
Russian Federation
Marutyan Alexander Surenovich - college teacher, leading researcher of the department for organizing project and grant activities of the Pyatigorsk Institute (branch) of NCFU, candidate of technical sciences, associate professor
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Review
For citations:
Nazarova E.V., Khazhnagoeva R.A., Avetyan N.Y., Marutyan A.S. THE FLEXIBLE UPPER FLOOR MADE OF LIGHT METAL STRUCTURES USING STRUCTURAL SYSTEMS. Modern Science and Innovations. 2022;(2):130-136. (In Russ.) https://doi.org/10.37493/2307-910X.2022.2.14
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