SILK, CENGİZ & KUZUCUOĞLU, ALPASLAN & KISTIR, MEHMET RAFET (2015). YAPISAL OLMAYAN SİSTEMLERİN DEPREM ETKİLERİ AÇISINDAN DEĞERLENDİRİLMESİ International Burdur Earthquake & Environment Symposium, 7-8-9 May 2015, Mehmet Akif Ersoy University, Burdur.

http://ees2015.maku.edu.tr/index.php

Summary:

This study was conducted to examine the impact of non-structural elements under earthquake. Replaces the traditional design of performance-based seismic design today, performance based design are described. non-structural elements 1927 being expressed since been (UBC, 1927) and then directing were formed (FEMA E-74, 2011). However, these are based on established directing analytical and experimental results from the intuition and past experience so completely engineer. This article summarizes the analysis performed on the seismic design on existing scientific studies and non-structural elements are also hampers emergency intervention after the great earthquake disaster or the collapse of the non-structural elements. The investment costs of the non-structural element is greater than the cost of the structural elements. The total cost of the share of non-structural elements in the structure particularly %85-90 it is desirable that the injury rate during and after the earthquake in developed countries where there is the. Preservation of historic buildings that are the heritage and wealth considered non-structural systems and continue to function after an earthquake to the vital importance for the design of new proposals have been presented non-structural elements.

Keywords: Non-structural elements, Seismic design, Seismic behavior, Performance-based design