THE MODERN STATE OF CAPITAL MOUNTAIN MAKING AND SUGGESTION IS IN RELATION TO SUPPORT AND INCREASE OF THEIR FIRMNESS ON PJSC «SHU «POKROVSKE»

Roman Sachko, V. Levit, Julia Strelnik
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Abstract

Purpose. Development and ground of rational parameters and energyeffective technologies of realization, method of guard and support of making are with the increase of depth of bedding. Methods. Further study of conformities to law of deformation of containing heterogeneous pedigree array and exposure of conformities to law of dynamics of the tensely-deformed state of containing array of making at the use of new methods of support or well-known with the changed parameters in certain geological terms on the basis of visual inspection and instrumental measuring of the mountain making at not in one’s dreams mountain pressure; comparative estimation of possible methods of support of making. Results. The improvement of the technology of installation and construction of the anchor-metal arch fastening when using the bearing capacity of the contour massif, taking into account its strengthening and unloading, is substantiated. Scientific novelty. Improvement of the design and technology of installation of anchor-metal arch fastening is based, in terms of the involvement of technical solutions, on increasing and using the bearing capacity of the near-contour massif, taking into account its unloading, based on modern research and many years of experience of PJSC “SHU “Pokrovske”. Practical significance. Achieving high rates of construction of capital and preparatory mining works, which ensure the highest production of coal in Ukraine. Keywords: mining, near-contour massif, methods of supporting mining, mining and geological conditions, anchor metal arch fastening.
现代京山造山和建山的现状关系到京山造山和建山对京山造山的支持和坚定性的增强
目的。随着层理深度的增加,合理的参数和有效的实现技术、防护和支护方法也在不断发展和完善。方法。在目测和仪器测量的基础上,进一步研究了含异质谱系阵列变形规律的整合性,揭示了在某些地质条件下,利用新的支持方法或已知的参数变化,在一定的地质条件下,在非梦山压力下的造山;对可能的支持方法进行比较估计。结果。论证了在利用轮廓体承载力的情况下,考虑加固和卸载,对锚-金属拱系安装施工技术的改进。科学的新奇。在技术解决方案的参与方面,基于现代研究和PJSC“SHU”Pokrovske多年的经验,提高和利用近轮廓体的承载能力,同时考虑其卸载,改进锚-金属拱系的设计和安装技术。现实意义。实现资本和筹备采矿工程的高建设率,确保乌克兰最高的煤炭产量。关键词:采矿,近轮廓体,支护方法,采矿与地质条件,锚杆金属拱紧固。
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