국내 종합병원 설계경기 당선작의 설계 변경 원인에 관한 연구
- Title
- 국내 종합병원 설계경기 당선작의 설계 변경 원인에 관한 연구
- Other Titles
- A Study on the Causes of Changes of Plan on the Prizewinner of General Hospital Design Competitions in Korea
- Author
- 육허정일
- Alternative Author(s)
- LU,XuZhengYi
- Advisor(s)
- 양내원
- Issue Date
- 2021. 8
- Publisher
- 한양대학교
- Degree
- Master
- Abstract
- 종합병원에는 다른 건물에 비해 다양한 기능들이 존재하며 이를 매우 중요시 여기는 결정 과정 등의 이유로 인해 최종 실시설계 완료 때까지 많은 변경이 이루어지고 있다. 이러한 기능의 변화는 실의 기능 변화뿐만 아니라 부문의 기능까지도 포함하고 있으며, 이러한 기능의 변화는 병원건축의 고정요소라고 할 수 있는 공용복도, 수직 코어, 샤프트 등의 변화까지도 동반하게 된다. 설계공모지침서는 주로 기능변화를 중심으로 서술되어 있고 고정요소에 대한 중요성을 인식할 수 있거나 그에 대한 기술 방법에 대한 지침 내용은 매우 미흡하다.
본 연구는 종합병원의 설계 공모 이후 현상설계 제출도면과 최종 실시설계의 비교분석을 통해, 설계공모 이후 발생하는 설계변화와 원인 파악하고 이를 설계공모 지침서에 반영할 수 있는 기초자료를 제공하는데 그 목적이 있다.
|In general, compared with other buildings, the large general hospital
always has multi functions. Since that both sides have attached great
importance to the multi functions and various reasons in the design process,
we have made many design modifications before the final project design is
completed. It is not only reflected in the change of medical functional space,
in fact, a variety of fixed elements cannot be easily changed once they are
planned, such as Vertical Core, Shaft, Corridor, AHU etc. The design
collection guide mainly focuses on the function change, but there are still
some deficiencies in the importance of fixed elements and the guidance
content of architectural design direction.
Therefore, in this study, through the comparative analysis of the design
submission drawing and the final implementation design of the general
hospital after the design solicitation, the design changes and reasons after
the design collection have been explored systematically, and provides the
basic information that can be presented in the design collection guide.
(1)A, B and C Hospitals are all constructed by turnkey mode. However,
In the design process, the plane not only changes in the dimension of
variable elements, but also changes in the dimension of fixed elements that
will not easily change. The change of fixed elements is mainly reflected in
the change of location and area scale.
(2)In the initial design stage, if the fixed element area scale plan is
insufficient, the space of variable elements may be occupied when the area
is added later, by which the whole space design would be changed. Based
on the proportion of the area of the final implementation design as the
standard, in the investigated hospitals, the area scale of fixed element space
is in the range of 29.8% to 32.6% of the total area. Among them, AHU
accounts for 3.6% to 4.2%, the power / mechanical room accounts for 4.4%
to 5.5%, the Shaft accounts for 3.5% to 3.8%, the Vertical core accounts for
5.3% to 5.5%, while the corridor accounts for 11.4% to 12.8% of the total
area.
(3)The area, location and layout of AHU directly affect the shaft,
therefore, it can be judged that AHU is an important factor affecting the
change of fixed elements. According to the perspective of the supply mode
of AHU, it can be divided into centralized supply mode and each layer supply
mode. The distribution position of AHU is evenly and dispersedly distributed
in the horizontal and vertical directions of the plane.
(4)If the layout direction of Ward changes, it will not only directly affect
the changes of Vertical Core and Shaft in the lower layer of Ward, but also
affect the position changes of power / mechanical room in the basement
closely related to Ward. The change of fixed elements will lead to the
change of variable elements. Therefore, as the overall planning of vertical
hospital will be affected by the ward direction, the ward layout direction
must be examined and discussed in many aspects comprehensively before
the design.
(5)Based on the data, it is concluded that the type of Corridor is
transformed from Linear to Double line. The linear system generally has the
largest gap in the depth of space between each block planned as two due to
the middle public corridor, which is considerably disadvantageous for the
interchange of functions. On the other hand, the double linear system shows
the difference in the depth of space among blocks planned as three due to
the two public corridors; also due to the combination of the middle block the
maximum spatial depth can be easily planned。In addition, the double line
type has two double line corridors, a special circulation corridor for patients
was added. From the view of the utilization and distribution of corridors,
patients’ special corridor and public corridor have been separated, which
is intended to improve the operation efficiency and effectively prevent the
hospital infection simultaneously
- URI
- http://hanyang.dcollection.net/common/orgView/200000499399https://repository.hanyang.ac.kr/handle/20.500.11754/164332
- Appears in Collections:
- GRADUATE SCHOOL[S](대학원) > ARCHITECTURAL DESIGN(건축설계학과) > Theses (Master)
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