Architectural Design for Re-functioning Historic Ottoman Warehouses: Case Study in Istanbul  

作　　者：Esra Nurcin KARA Vail Karakale 

机构地区：[1]Department of Interior Architecture,Faculty of Fine Arts,Marmara University,Goztepe Kampusu,Kadikoy,34722 Istanbul,Turkey [2]Department of Civil Engineering,Faculty of Engineering,Marmara University,Goztepe Kampusu,Kadikoy,34722 Istanbul,Turkey

出　　处：《Journal of World Architecture》2018年第2期14-19,共6页世界建筑（百图）

摘　　要：Restoration of historical buildings is important because they maintain cultural and historical continuity and transmit the cultural and social values from our precedents to future generations.Historical buildings need to adapt themselves to a changing cultural,social,economic,and political context.In this paper refunctioning project of a historic Ottoman,warehouse is presented.The aim of the project is to re-gain this historical structure for public use by re-newing it to the modern comfort level and making the required functional changes.The main structural system of the warehouse consists of thick masonry stone walls.The idea in the proposed restoration project is to build a two-story steel structure inside the available volume of the warehouse.The columns of the new steel construction run parallel to the existing structural system of the historic building and are fixed at their base to the existing building foundation.Hence,there is no connection between the proposed steel structure walls and the existing masonry walls,and this will save the historic fabric of the warehouse.The project proposal shows the details of planned restoration stages,the process of programming the new interior space,construction materials,and lighting and ventilation solutions.Furthermore,in this project,two-and threedimensional computer drawings were used.Finally,the proposed parallel steel structure is able to regain the warehouse and renew it to be used as a modern housing and workshop.

关 键 词：historical buildings ARCHITECTURAL heritage restoration re-functioning adaptive reuse 

分 类 号：TG1[金属学及工艺—金属学]