| 논문명 |
역사경관 유지를 위한 도시재생지역내 공동주택 건축특성 분석 / An Analysis of Architectural Characteristics of Housing in Urban Regeneration Area to Maintain Historical Landscape, London |
| 저자명 |
최유나(Yu Na Choi) ; 전병권(Byung Kweon Jun) |
| 수록사항 |
KIEAE Journal, Vol.20 No.2(통권 102호) (2020-04) |
| 주제어 |
런던; 도시재생; 사우스 킬번; 공동주택; 역사경관 ; London; Urban Regeneration; South Kilburn; Housing; Historical Landscape |
| 요약2 |
Purpose: This study aims to understand England's urban regeneration policy and a system of preserving a historic environment; and to analyse the architectural characteristics of housing situated with the urban regeneration area.
The results of this study will help understand the policy of preserving the historic landscape of housing that is newly built in the existing city and will be able to present a model case for the Korean housing supply policy which tends to pursue a large scale development after a complete demolition of existing housing. Method: For this study, housing complex in South Kilburn, which is an urban regeneration project area situated in northwestern London, is analyzed. By focusing on this area, architectural characteristics are analyzed, and historical characteristics appearing on housing under the goal of preserving historic environment are investigated. Results: While conducting this study, the urban regeneration project for South Kilburn area was under operation, so the collection of necessary data was limited and the analysis of housing was limited as well. However, architectural effort to comply with the project for the continuation of local community and for the preservation of historical landscape could be checked through the development of microscopic units, the reflection of urban physical structure, the composition of flexible unit floor plan, an elevation design considering a surrounding landscape and an active integration of historical environment. That is, housing was being constructed in the context of existing city and this practice will offer a good lesson for Korea's urban redevelopment and regeneration. |
