Özet:

In addition to static soil pressure, dynamic soil pressure has a significant impact on the walls built in earthquake areas. In the design, it is important that the structures are safer and more convenient as well as that they are more economical. The first goal in geotechnical engineering is to be balanced on the road edges, bridges, channels and ports for the design. This is why the resistance structures are of great importance in ensuring the stability of the shell. It is not economical to apply as a type of project the stone walls designed according to the most critical values without taking into account the characteristics of the ground and the earthquake parameters. This study has simulated a concrete instinct structure to be designed with the intention of keeping the shive in balance, the other impact parameters have been fixed and the behavior under different earthquake loads has been discussed and the cost analysis has been made. In the framework of the evaluations, the seismic conditions of the area where the projected structure is designed in terms of the basic seismic design and post-seism performance have been shown to be very important. Analysis conducted within the framework of the study has shown that the background ampatm and iron equipment sizes show a significant change with the earthquake area. In areas with high seismic activity, earthquake behavior resistance structure should be taken into account in terms of performance criteria.

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