Structural assessment of the 13th century great mosque and hospital of Divrigi: A world heritage listed structure
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2021Author
Halıcı, Ömer FarukDemir, Cem
Şanver, Ali Naki
Cömert, Mustafa
Berlucchi, Nicola
Hurata, Ali
İlki, Alper
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C. Demir, O. Halici, A. Sanver, M. Comert, F. Kuran, N. Berlucchi, A. Hurata and A. Ilki, (November 30, 2021). Structural Assessment of the 13th Century Great Mosque and Hospital of Divrigi: A World Heritage Listed Structure, in: SAHC. 12th International Conference on Structural Analysis of Historical Constructions. pp. 1-12. https://doi.org/10.23967/sahc.2021.260 Abstract
. The Great Mosque and Hospital of Divrigi is located in the central eastern part
of Turkey, in Divrigi, Sivas. The historical facility consists of a monumental mosque and
a two-story hospital, which are adjacent to each other. The structure dates back to
13th century Mengujekids period and has been listed by the UNESCO as a World Heritage
since 1985. Great Mosque and Hospital of Divrigi is particularly notable for its monumental
stone portals that are decorated with three-dimensional ornaments carved from
stone. The structural system of the monument consists of multi-leaf stone masonry
walls and stone piers that support the roof structure which consists of stone and brick
arches and vaults. The structure is located about 90 km away from the North Anatolian
Fault Line, that has been causing several destructive earthquakes. Consequently, the
structure is prone to destructive seismic activities. In this study, after a brief
introduction on the structural system and current condition of the structure, the
structural performance of the Great Mosque and Hospital of Divrigi is investigated
through site observations and structural analyses. For this purpose, linear and nonlinear 3D
finite element models of the structure are developed and the structure is examined under the
effects of vertical loads and seismic actions. In the light of the analyses results,
recommendations for potential interventions are outlined for further preservation of the
structure.
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