Additional Deformation of Damped Layer Foundations of Buildings under the Influence of Dynamic (Seismic) Forces

Authors

  • Khakimov Gayrat Akramovich PhD, Associated profeccor, Tashkent Universitete of Architecture and Civil Engineering, Uzbekistan
  • Abduraimova Khadicha Rakhmonkulovna PhD, Associated profeccor, Tashkent Universitete of Architecture and Civil Engineering, Uzbekistan
  • Tuychieva Nilufar Abdulla qizi Master, Tashkent Universitete of Architecture and Civil Engineering, Uzbekistan
  • Tadjixodjaeva Sayyora Rustamovna Assistant, Tashkent Universitete of Architecture and Civil Engineering, Uzbekistan
  • Muminov Jasur Abduxalilovich Assistant, Tashkent Universitete of Architecture and Civil Engineering, Uzbekistan

Keywords:

dynamic and seismic forces, lessimistic precipitation, magnetization, seismic mists, deformations

Abstract

This scientific article describes the results of the research work carried out to determine the reasons for the appearance of additional deformations (seismic prosadks) on moistened loam basess under the influence of dynamic (seismic) forces, the amount and their impact on buildings and structures. The article also provides an analysis of the results of the work of most specialist scientists on the study of additional deformations, i.e. seismic prosadks, that appear on lyosimal bases moistened by seismic forces at the time of an earthquake. At the same time, recommendations are also given to take into account the additional deformation that occurs under the influence of seismic forces in the design and construction of buildings and structures in earthquake districts in moistened sedimentary beds.

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Published

2024-09-18

How to Cite

Khakimov Gayrat Akramovich, Abduraimova Khadicha Rakhmonkulovna, Tuychieva Nilufar Abdulla qizi, Tadjixodjaeva Sayyora Rustamovna, & Muminov Jasur Abduxalilovich. (2024). Additional Deformation of Damped Layer Foundations of Buildings under the Influence of Dynamic (Seismic) Forces. American Journal of Engineering , Mechanics and Architecture (2993-2637), 2(9), 54–59. Retrieved from http://grnjournal.us/index.php/AJEMA/article/view/5794

Issue

Vol. 2 No. 9 (2024): American Journal of Engineering , Mechanics and Architecture

Section

Articles