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  Citation Number 1
 Views 12
NEDEN JEOFİZİK MÜHENDİSLİĞİ ETÜTLERİ ZEMİN ETÜTLERİNDE ZORUNLU OLMALI
2012
Journal:  
Jeofizik Dergisi
Author:  
Abstract:

Bu makalede, zemin özellikleri ve çeşitli hasar türleri arasındaki ilişkiye bağlı deprem hasar sınıflaması yapılmıştır. Bundan başka, potansiyel deprem hasarlı alanların sismik ışın yolları kullanarak şematik modeli elde edilmiştir. Tabankaya topoğrafyası deprem şiddetini ve titreşim müddetini 2-3 kat artırabilmekte veya azaltabilmektedir. Tabankaya topografyasına bağlı ağır deprem hasarlarının dağılımı belirli yerlerde ve deprem merkezinden uzakta meydana gelebilmektedir. Tabankaya topoğrafyasının saptanması ancak jeofizik mühendisliği etüdü ile mümkündür. Eğer ağır hasar potansiyel alanlar jeofizik mühendisliği uygulamaları ile önceden belirlenirse, büyük depreme kadar endişe ile beklemek gerekmez. Jeofizik mühendisliği etütsüz zemin etütleri eksik ve sakıncalıdır. Böyle bir durumda, sorumlular hakkında yasal sorular oluşabilir. Ayrıca, sismik kayma dalga hızı ve sismik sinyal spektrumundan elde edilecek rezonans frekansının saptanması sadece jeofizik mühendisliği uygulamaları ile mümkün olabileceği gösterilmiştir. Bu sebepten, mikrobölgeleme ve parsel bazındaki zemin etütlerinde jeofizik mühendisliği etütleri zorunludur.

Keywords:

Why geophysical engineering must be required in the ground fields
2012
Journal:  
Jeofizik Dergisi
Author:  
Abstract:

In this article, there is a classification of earthquake damage related to the relationship between the soil characteristics and the various types of damage. In addition, a schematic model has been obtained using seismic radiation routes of potential earthquake damaged areas. The topography of the pistol can increase or decrease the severity of the earthquake and the period of vibration by 2-3 times. The distribution of heavy earthquake damages related to the topography of the pistol can occur in certain places and away from the earthquake center. Detection of the topography of the pistol is only possible with the geophysical engineering study. If the potential areas of severe damage are predetermined by geophysical engineering applications, it is not necessary to wait with anxiety as a major earthquake. The geophysical engineering of the unfooded ground studies is missing and disadvantaged. In such a case, legal questions may arise about the responsible. Furthermore, it has been shown that determining the wave speed and resonance frequency to be obtained from the seismic signal spectrum can only be possible with geophysical engineering applications. For this reason, geophysical engineering studies are mandatory in the ground patterns on the microbiological and parcel-based basis.

Keywords:

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Jeofizik Dergisi

Journal Type :   Ulusal

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Article : 12
Jeofizik Dergisi