Determination of disaster risk factors through the architectural implementation project and the details: The case of Eskisehir province Hayriye neighborhood

The biggest reason for the events to reach the disaster level is that the societies are vulnerable and the size of the event is bigger than the size that can be undertaken. Predicting possible hazards and the extent of these hazards and taking precautions against them will create disaster-resilient societies. In the studies carried out to be prepared for disasters, it is necessary to determine integrated disaster risks and to identify possible hazards by providing an interdisciplinary working environment with a common approach. In the event of such dangerous situations, interdisciplinary studies should be made for the damage that will occur, and decisions should be made regarding the determinations and prioritization of what can be done in terms of harm reduction. Comprehensive information on the building on the architectural projects for the evaluation of the current building stock situation within the scope of disaster preparedness can help in defining the integrated disaster risks of the building. In this study, the effects of earthquake, fire and flood/flood disasters, which have a great urban impact, on the structure were examined by using the details of the static, mechanical, electrical projects that can be read through the architectural project and the building information of the architectural project. In the light of the information obtained, it is deduced that the disaster risks of the current building stock situation can be determined quickly and the data that will form the basis for the studies to be done in order to minimize the possible disaster damages can be obtained for multiple disasters. In addition, interdisciplinary studies, as in the building construction process, are necessary for the determination of disaster risk and dissemination within risk reduction studies in order to reduce disaster damages quickly and effectively.