Özet:

The collapse of the walls can lead to death and injury. The collapse of the walls is causing damage to the surrounding buildings, vehicles and infrastructure and leads to economic losses. For these reasons, the interest in geosenthetically equipped stores is increasing due to the advantages these structures provide. Because the walls are lightweight, they show better performance under earthquake loads. However, if the necessary measures are not taken during the design and construction of these structures, negative consequences may occur. The choice of the material to be used is also very important. Because it is more economically suitable, the use of cohesive soil found in the construction is quite common throughout the world. The cohesion flooring used greatly affects the characteristics of the equipped wall. In this study, when different soil types were used as geosenthetically equipped wall fillings, the effects on the performance of geosenthetically equipped walls were studied. Therefore, after the necessary characteristics of the different types of soil derived from the mixture of the soil and the soil type are determined in the laboratory environment, the geosenthetic-equipped stone walls are modeled by the method of the final elements. During the preparation of the mixtures, the amount of cylinder mixed with sand is increased by 20% for each mixture in order to get different soil types. The performance of the geosenthetically equipped stain walls is assessed by finding the highest amount of force occurring on the position change, seating and equipment that occurs in the horizontal level.

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