Fatigue Life of Compacted Wire Ropes for Applications in Deep Mining

Author:

Kubiś Bogusław1ORCID,Olszyna Grzegorz2ORCID,Szade Piotr1ORCID,Tytko Andrzej2ORCID

Affiliation:

1. Central Mining Institute in Katowice

2. AGH University of Science and Technology

Abstract

Abstract Recent months have highlighted the progressing energy crisis across Europe in connection with the severe sanctions imposed on the import of hydrocarbons and coal from Russia. This is particularly visible in Poland, where over 40% of electricity is generated from coal, while in individual households it is the primary source of heat. This situation puts the already enigmatic plans of shutting down coal mining in Poland into question. Therefore, work aimed at increasing the extraction capacity of existing shafts while maintaining the highest level of operational safety is still valid. This article concerns the issues of the fatigue life of compacted ropes used as hoist ropes in mine shafts. The discussion regarding the use of these ropes among shaft hoist users has been going on for several years. This paper presents the unique results of compacted rope fatigue tests carried out at the Central Mining Institute in Katowice. In the authors’ view, these results and their interpretation should serve to clarify several important aspects that arouse the interest of users.

Publisher

Walter de Gruyter GmbH

Subject

Management of Technology and Innovation,Industrial and Manufacturing Engineering,Management Information Systems

Reference34 articles.

1. [1] Appendix 4 to the Ordinance of the Minister of Energy of 23 November 2016 concerning the detailed requirements regarding the conduction of underground mining plant operations. Dz. U. 2017, item 1118.

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3. [3] J. Hankus: Liny wyciągowe nośne o powierzchniowym styku drutów. GIG, Katowice 2003.

4. [4] B. Kubiś: Wpływ wstępnej deformacji splotek w linach kompaktowanych na ich trwałość i parametry wytrzymałościowe (Effect of preliminary deformation of strands in compacted ropes on their durability and strength parameters). GIG, Katowice 2019, Praca doktorska w maszynopisie niepublikowana. (typescript in Polish with an abstract in English)

5. [5] A. Tytko: Liny stalowe. PWN, Warszawa 2021.

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