Analysis Of Methods And Means Of Bump Hazard Prediction | Zendy

Sayyidkosimov ` S.S. | Zendy; Kazakov. A.N | Zendy; Khakberdiev M.R. | Zendy; Tursunbayev D.A. | Zendy; Tuxsariyev B.B. | Zendy

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Analysis Of Methods And Means Of Bump Hazard Prediction

Author(s) -

Sayyidkosimov ` S.S.,

Kazakov. A.N,

Khakberdiev M.R.,

Tursunbayev D.A.,

Tuxsariyev B.B.

Publication year - 2021

Publication title -

the american journal of applied sciences

Language(s) - English

Resource type - Journals

ISSN - 2689-0992

DOI - 10.37547/tajas/volume03issue04-06

Subject(s) - hazard , impossibility , geology , field (mathematics) , rock mass classification , a priori and a posteriori , finite element method , stress field , boundary (topology) , hazard analysis , computer science , geotechnical engineering , structural engineering , reliability engineering , mathematics , engineering , mathematical analysis , law , philosophy , chemistry , organic chemistry , epistemology , political science , pure mathematics

The article analyzes the methods and tools for predicting the impact hazard in the conditions of underground mining of gold deposits. To assess the stress state of a rock mass, the core disking method is proposed as a basic method. The degree and categories of impact hazard of sections of the rock mass are estimated. Due to the impossibility of solving many problems by geomechanical only field studies. The reliable efficiency of the use of the finite element method and the boundary element method in predicting the impact hazard of the field sites a priori is shown.

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