Ahşap Sütunlu Camilerin Taşıyıcı Sistem Performansı: Hanönü Yukarı Küreçayı Cami Örneği
Date
2021
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Abstract
Kültür mirasımızın en önemli parçası olan tarihi yapıların korunarak sürdürülebilirliğinin
sağlanması strüktürel davranışlarının bilinmesini zorunlu kılar. Özellikledeprem kuşağında
yer alan ülkemiz için tarihi yapıların deprem performansları oldukça önemlidir. Bu yapıların
gelecek nesillere sağlıklı bir şekilde aktarılabilmesi için, yeni nesil simülasyon teknikleri ile
yapısal olarak hassas noktalar saptanabilmektedir. Bu kapsamda bu çalışmada tarihi
yapılar arasında yapım tekniği ve özgünlük açısından önemli bir yer tutan ahşap sütunlu
camilerden bir örnek incelenmiştir. Alan çalışması olarak çok sayıda ahşap sütunlu camiye
ev sahipliği yapan ve deprem bölgesinde yer alan Kastamonu-Hanönü Yukarı Küreçayı Cami
seçilmiş ve Camii’nin yapısal davranışlarını ve depreme karşı dayanımlarını belirlemek için
yapısal analizler yapılmıştır. Yapılan 3 boyutlu sonlu elemanlar analizlerinin
değerlendirilmesiyle caminin yapısal performansı ortaya konmuştur.
Preserving and ensuring the sustainability of historical buildings, which are the most important part of our cultural heritage, requires knowledge of their structural behavior. Especially for Turkey, which is located in an earthquake zone, earthquake performances of historical buildings are very important. In order to transfer these structures to future generations in a healthy way, structurally sensitive points can be determined with new generation simulation techniques. In this context, an example of timber hypostyle mosques, which have an important place among historical buildings in terms of construction technique and authenticity, was examined in this study. Kastamonu-Hanönü Yukarı Küreçayı Mosque, which is located in the earthquake zone and hosts many timber hypostyle mosque, was selected as the case study. Structural analyzes have been made to determine the structural behavior of the mosque and its resistance to earthquake. The structural performance of the mosque was revealed with the evaluation of the 3 dimensional finite element analysis.
Preserving and ensuring the sustainability of historical buildings, which are the most important part of our cultural heritage, requires knowledge of their structural behavior. Especially for Turkey, which is located in an earthquake zone, earthquake performances of historical buildings are very important. In order to transfer these structures to future generations in a healthy way, structurally sensitive points can be determined with new generation simulation techniques. In this context, an example of timber hypostyle mosques, which have an important place among historical buildings in terms of construction technique and authenticity, was examined in this study. Kastamonu-Hanönü Yukarı Küreçayı Mosque, which is located in the earthquake zone and hosts many timber hypostyle mosque, was selected as the case study. Structural analyzes have been made to determine the structural behavior of the mosque and its resistance to earthquake. The structural performance of the mosque was revealed with the evaluation of the 3 dimensional finite element analysis.
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Keywords
Ahşap Sütunlu Camii, Küreçayı Cami, Sonlu Elemanlar Yöntemi, Timber Hypostyle Mosques, Earthquake Performance, Hanönü Yukarı Küreçayı Mosque, Finite Element Analysis
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Citation
Çelik Başok, Gülşah...et al (2021). "Ahşap Sütunlu Camilerin Taşıyıcı Sistem Performansı: Hanönü Yukarı Küreçayı Cami Örneği", Online Journal of Art and Design, Vol. 9, No. 3.
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Online Journal of Art and Design
Volume
9
Issue
3
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