Sena Yardımcı - Academia.edu (original) (raw)

Sena Yardımcı

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Papers by Sena Yardımcı

Research paper thumbnail of CONSERVATION OF 16 TH CENTURY HISTORICAL MOSQUES IN KOCAELI: SUSTAINABILITY AND ASSESSMENT OF BUILDING ENVELOPE

Monuments had been designed as prominent examples of social, cultural, economic and technological... more Monuments had been designed as prominent examples of social, cultural, economic and technological approaches of the era when they were constructed. They may have been undergone changes according to the requirements of present day. Historical mosques the original function have not changed in the course of time, which can be exposed to different intervention levels according to changing environmental conditions and demands. The buildings under the effect of interior and outside ambient environmental conditions, deteriorations on building envelope or single structural elements caused by physical environmental parameters and earthquake forces affect the structure and thermal comfort conditions in a negative way. Continuous monitoring of these actions by non-destructive tests prevents the structure to be at high risk due to decays and degradations. Early realization of anomalies puts an end to the heavy interventions on historical buildings. In this paper, the outcome and methods of the project 114K284, " Non-Destructive Test Applications, in the Context of Planned Conservation, through Historical Mosques of Kocaeli: Coban Mustafa Pasa Mosque, Fevziye Mosque and Pertev Pasa Mosque " funded by TUBITAK, are presented. Three monuments, constructed in 16th century are selected as case studies, located in different micro climatic conditions and/or exposed to different interventions. Monitoring of these monuments via non-destructive tests by dataloggers for internal temperature and relative humidity values; infrared thermography (IRT) and ultra-velocity test methods for the thermal and material characteristics of building envelope are conducted to detect the possible failure of historical mosques and to define thermal behaviour for the sustainability.

Research paper thumbnail of CONSERVATION OF 16 TH CENTURY HISTORICAL MOSQUES IN KOCAELI: SUSTAINABILITY AND ASSESSMENT OF BUILDING ENVELOPE

Monuments had been designed as prominent examples of social, cultural, economic and technological... more Monuments had been designed as prominent examples of social, cultural, economic and technological approaches of the era when they were constructed. They may have been undergone changes according to the requirements of present day. Historical mosques the original function have not changed in the course of time, which can be exposed to different intervention levels according to changing environmental conditions and demands. The buildings under the effect of interior and outside ambient environmental conditions, deteriorations on building envelope or single structural elements caused by physical environmental parameters and earthquake forces affect the structure and thermal comfort conditions in a negative way. Continuous monitoring of these actions by non-destructive tests prevents the structure to be at high risk due to decays and degradations. Early realization of anomalies puts an end to the heavy interventions on historical buildings. In this paper, the outcome and methods of the project 114K284, " Non-Destructive Test Applications, in the Context of Planned Conservation, through Historical Mosques of Kocaeli: Coban Mustafa Pasa Mosque, Fevziye Mosque and Pertev Pasa Mosque " funded by TUBITAK, are presented. Three monuments, constructed in 16th century are selected as case studies, located in different micro climatic conditions and/or exposed to different interventions. Monitoring of these monuments via non-destructive tests by dataloggers for internal temperature and relative humidity values; infrared thermography (IRT) and ultra-velocity test methods for the thermal and material characteristics of building envelope are conducted to detect the possible failure of historical mosques and to define thermal behaviour for the sustainability.

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