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One of the most pressing global challenges today is ensuring the seismic resistance of underground structures constructed in seismically active regions through the application of modern engineering techniques and technologies. Worldwide, the study and practical implementation of stress-strain analysis and wave diffraction phenomena in underground structures exposed to explosion-induced and seismic waves are becoming increasingly important. In this context, preventing resonance phenomena arising in various structural elements of modern underground facilities under dynamic loads, through the use…mehr

Produktbeschreibung
One of the most pressing global challenges today is ensuring the seismic resistance of underground structures constructed in seismically active regions through the application of modern engineering techniques and technologies. Worldwide, the study and practical implementation of stress-strain analysis and wave diffraction phenomena in underground structures exposed to explosion-induced and seismic waves are becoming increasingly important. In this context, preventing resonance phenomena arising in various structural elements of modern underground facilities under dynamic loads, through the use of advanced technical means and contemporary software tools, holds great practical significance.
Autorenporträt
Choriev Mirjalol is a senior lecturer at the Department of Higher Mathematics of the Tashkent Institute of Chemical Technology. To date, he has published 24 scientific works. Of these, 6 were presented at international conferences, and 18 were published in the proceedings of national scientific-practical conferences and seminars.