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Disaster Resilient Buildings in Urban Regeneration


            set out in its annex called Principles for Identification of High Risk Buildings
            (Regulation on High Risk Buildings, 2012). 14 million houses among about 19
            million houses existing in Türkiye, except for 5 million houses built after 2000, as
            of today should be definitely examined in terms of disaster risk. It is estimated
            that 6-7 million buildings, which constitute about 40% of the building stock,
            including buildings with insufficient earthquake design, unlicensed structures
            lack of material resistance and not subjected to engineering services, need
            to be regenerated or reinforced. Along with Law no. 6306, areas under the
            disaster risk as well as high risk buildings apart from them are considered to
            be regenerated, in addition, urban transformation works are ongoing under
            Municipalities according to Article 73 of Municipal Law No.5393 (URL-1)
               Building the disaster-resilient structures in urban transformation arises from
            a need for increased disaster risks and the sustainability of cities. The purpose
            of this study is to provide general information for the design, construction
            and management of disaster-resilient structures in urban transformation.
            Moreover, it aims to provide information about structural measures to reduce
            the effects of disasters, minimize loss of life and damage to buildings, increase
            the durability of them and ensure a sustainable urban transformation. This
            study is important in terms of contributing to the creation of safer and more
            resilient cities to cope with future disasters. In addition, due to the limited
            resources in the field of disaster-resilient structures in urban transformation
            for Türkiye, a disaster-prone country; this study will help fill another gap by
            adding a new resource to the limited ones regarding the effects of disasters
            on structures and building disaster-resilient structures.

               1. The Effects of Disasters and Building Safety


               1.1. Different Types of Disasters and Their Effects
               Due to its geological, meteorological and topographical structure, Türkiye
            is  located  in  a  geography  that  is  often  exposed  to  natural  disasters.  This
            geography makes Türkiye facing various disasters such as landslides, rockfalls
            and avalanches, especially earthquakes and floods. Considering the disasters
            that have occurred in the last 40 years, it is seen in Figure 1 that an average of
            6-25 people per million people lost their lives annually due to natural disasters
            in Türkiye (Benli et al., 2018).











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