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• W2891855982 abstract "DEPREM KUVVETINE ESAS SPEKTRAL IVME DEĞERLERININ TBDY 2018 ve TDY 2007’ye GORE KARSILASTIRILMASI Ozet Yapilara etkiyecek deprem yukleri statik ve dinamik analiz yontemleri olmak uzere, iki farkli sekilde belirlenmektedir. Analizleri kolaylastirmak amaciyla dinamik analiz yontemleri yerine, statik bir analiz yontemi olan spektral analiz yontemi daha yaygin bir sekilde kullanilmaktadir. Burada daha gercekci ve karmasik bir yontem yerine daha sade olan bir statik analiz yontemi tercih edilirken kullanilan tepki spektrumlari, gunumuz deprem yonetmeliklerinde, tasarim spektrumu olarak onerilmektedir. Bu calismada, Turk Deprem Yonetmeligi 2007 (TDY 2007) ve Turkiye Bina Deprem Yonetmeligi 2018 (TBDY 2018)’de tanimlanan spektral ivme degerleri ile zemin hâkim periyotlari, risk durumuna gore dort farkli il ve farkli zemin siniflari icin elde edilmistir. TDY 2007’de tanimlanan deprem bolgelerine gore secilen iller Kocaeli, Eskisehir, Kayseri, Konya olarak belirlenmistir ve bu bolgeler icin tanimlanan etkin yer ivme katsayilari kullanilmistir. Diger taraftan, TBDY 2018 icin bu degerler, bu illerin merkez koordinatlari dikkate alinarak Afet ve Acil Durum Yonetim Baskanligi (AFAD) kurumunun internet sitesinde yer alan deprem ivme haritasindan elde edilmistir. Dort farkli il ve farkli zemin siniflari icin TDY 2007 ve TBDY 2018’de yer alan tasarim spektrumlarindan elde edilen spektral ivme degerleri arasinda bir kiyaslama yapilarak yorumlanmistir. Elde edilen sonuclar, bu bolgelerle sinirli olmakla beraber genel olarak zayif zemin gruplari icin TBDY 2018’in TDY 2007’ye gore daha guvenli tarafta kaldigini gostermektedir. Anahtar Kelimeler: Yonetmelik, Spektral Ivme, Skeptrum Kavrami, TBDY 2018, TDY 2007 COMPARISON OF TBSC 2018 AND TSC 2007 THROUGH THE VALUES OF SEISMIC LOAD RELATED SPECTRAL ACCELERATION Abstract Seismic loads that can act on a structure are determined in two different ways, static and dynamic analysis. In order to make analysis easier, instead of dynamic analysis methods, spectral analysis method, which is a static method, is commonly used. Here, a static analysis method is preferred rather than a more accurate and complex method and the response spectra used are proposed as the design spectrum in today's seismic codes. In this study, the spectral acceleration values and the control periods were obtained as defined in Turkish Seismic Code 2007 (TSC 2007) and Turkish Building Seismic Code 2018 (TBSC 2018) for four different provinces according to risk situations and different soil classes. Kocaeli, Eskisehir, Kayseri, and Konya provinces were selected according to the seismic zones defined in TSC 2007 and the calculations according to this code were conducted through the use of the effective ground acceleration coefficients defined for these zones. On the other hand, in the case of TBSC 2018, considering the city-center coordinates of the regions, these values were obtained from the earthquake acceleration map included in the website of the Disaster and Emergency Management Presidency (AFAD). A comparison was made between spectral acceleration values obtained from design spectra according to TSC 2007 and TBSC 2018 for four different provinces and different soil classes and the results were interpreted. The results, although being limited to these regions, showed that TBSC 2018 is generally on a safer side compared to TSC 2007 for softer soil classes. Keywords: Code, Spectral Acceleration, Spectrum Concept, TBSC 2018, TSC 2007" @default.
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• W2891855982 date "2018-12-02" @default.
• W2891855982 modified "2023-09-23" @default.
• W2891855982 title "DEPREM KUVVETİNE ESAS SPEKTRAL İVME DEĞERLERİNİN TBDY 2018 ve TDY 2007’ye GÖRE KARŞILAŞTIRILMASI" @default.
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