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    Field observation and vulnerability assessment of gonbad-e qbus

    , Article Journal of Architectural Engineering ; Volume 23, Issue 4 , 2017 ; 10760431 (ISSN) Ebrahimiyan, M ; Golabchi, M ; Yekrangnia, M ; Sharif University of Technology
    Abstract
    Gonbad-e Qabus, with a height of 52.8 m that makes it the tallest pure-brick tower in the world, located in the northern part of Iran, represents one of the most magnificent structures of the early Islamic centuries. This structure is still standing among the chaos of urban life and construction, catching the eyes of beholders even from far distances. This paper summarizes the historical and architectural background of this monumental structure and the important restorations carried out mainly in the past century. Various types of existing and potential structural and architectural damages are classified and elaborated in detail, and for each problem, a series of proposed solutions are... 

    On the vulnerability of the Shrine of Prophet Daniel through field observation and numerical simulation

    , Article Engineering Failure Analysis ; Volume 102 , 2019 , Pages 237-259 ; 13506307 (ISSN) Khaloo, A ; Khoshnevis, A ; Yekrangnia, M ; Sharif University of Technology
    Elsevier Ltd  2019
    Abstract
    The Shrine of Prophet Daniel, located in the south-western part of Iran, represents one of the great examples of the pure brick cultural heritage buildings. This study summarizes the historical background of the shrine building. The structural parts of the building are covered in detail. The existing damages to different parts of the building are classified and the cause of each damage type is elaborated. Several in-situ and laboratory standard tests were carried out to determine the most important material characteristics of the building. Field observations and tests results prove that the building has mostly suffered from the ascending moisture which caused foundation settlement and...