Abstract:

The objective of the study is to study the heya that affects the 2nd electric staircase of the Women's II HES located in Mersin, Tarsus District Environmental Village and to perform a comparative analysis of the different methods of improvement. In the field of examination, mainly silk, silk-silk and marn-related safety formation are observed, while on the upper edges, silk-related conglomerate, silk-related and brutal-related silk-related levels are observed. The problem of stagnation occurring in the location, with time expanding, carries the potential to turn into a large heyelana that enters the energy transfer line. In this study, the existing heyelans have been studied and the renewal mechanism has been revealed and alternative methods of improvement have been developed to prevent possible disruptions that will affect the electric steel. In this scope, the research field has been closely surrounded by the electrical staircase and the engineering geology research has been carried out for laboratory analyses and the sample has not been carried out. On the other hand, back-to-back analyses have determined the measuring resistance parameters of the heyelan material. However, the performance of the current state and recovery recommendations in water-saturated and/or dynamic conditions has been assessed. Alternatives to the application of rock filling and fore cutting for the prevention of possible switches have been studied with limit balance analyses. The results of the analyses found that the evaluated methods of improvement could provide durability under different conditions and that the high-cost electric steel No. 2 would not be at risk.

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