SGM Hakkında

Sismik Güçlendirme Merkezi olarak, her tipte ve her yaşta olan yapının (tarihi, yığma, ahşap, betonarme veya çelik) projelendirilmesi ve güçlendirilmesi

Uzmanlık Alanları

Betonarme ve Tarihi Yapıların Statik ve Güçlendirme Projelerinin Yapılması ve Uygulanması

Ekolojik Taş ve Ahşap Yapıların Projelendirilmesi ve Uygulaması

Proje ve Uygulamalar

Rölöve Restitüsyon Restorasyon Projelerinin ve Raporlarının Hazırlanması 

Proje Uygulama Danışmanlık Hizmetleri


Güçlendirme Tekniklerinin Geliştirilmesi

Yeni Taş ve Ahşap Yapım Teknikleri

Patent Çalışmaları

Kitap ve Makaleler

Engineering Aspects of Historical Structures

Hafez Keypour1, Ali Bayraktar1, Yasin M. Fahjan2, Ahmad Naderzadeh3
1- SGM, Seismic Strengthening Center, Zitas D1 B:19/8, Kadikoy, Istanbul, Turkey,.
2- Ass. Prof., Department of Earthquake & Structural Science, Gebze Institute of Technology .
3- Tehran, Iran. 


Historical structures typically are more massive than contemporary structures and the structural resistance depends on the geometry of the structure, shape of the structural components and the characteristic strength and stiffness of the material used. Generally, the old foundation systems that support the historical structures are different from the current practice in terms of materials used, foundation-structure connections and the functionality. Ancient building masters had introduced special techniques to make the structure withstand the lateral forces and to control the underground water level and humidity. The engineering concepts in modern structures are not the same as of historical structures such as moment resisting system, diaphragm etc. The analysis method, strengthening, and other characteristics of such monuments should be investigated with special techniques. Keywords: Historical Structures, Engineering Aspects, .Analysis Methodologies.