Advantages of circular and rectangular seismic barriers
Keywords:
Building, seismic surface waves, finite element method, theory of elasticity, seismic barrier
Abstract
In the article, the effect of seismic surface waves on the building is determined using the Plaxis 3D software complex using the Finite Element method. The highest displacement amplitudes at each point are determined. Efficiency was analyzed by comparing rectangular and circular seismic barriers.
References
[1] Abdunazarov, A., & Sharofitdin, Y. (2023). Binoga ta’sir etayotgan seysmik sirt to‘lqinlarni aniqlash va seysmik to‘siq (penopoliuretan) yordamida kamaytirish.
[2] Abdunazarov, A., & Sharofitdin, Y. (2023). Yer osti suvlari sathining seysmik sirt to‘lqinlari tarqalishiga ta’siri.
[3] Abdunazarov, A., & Sharofitdin, Y. (2023). Binoga ta’sir etayotgan seysmik sirt to‘lqinlarining grunt xususiyatiga bog’liqligi.
[2] Abdunazarov, A., & Sharofitdin, Y. (2023). Yer osti suvlari sathining seysmik sirt to‘lqinlari tarqalishiga ta’siri.
[3] Abdunazarov, A., & Sharofitdin, Y. (2023). Binoga ta’sir etayotgan seysmik sirt to‘lqinlarining grunt xususiyatiga bog’liqligi.
Published
2024-09-30
How to Cite
Yuldashev, S., & Abdunazarov, A. (2024). Advantages of circular and rectangular seismic barriers. Journal of Transport, 1(3), 91-93. https://doi.org/10.56143/2181-2438-2024-3-91-93
Section
Research, Design, and Construction of Railways, Highways, and Airfields
