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서울시 신축한옥의 면적별 평면구성에 따른 공간적 특징에 관한 연구
정준수,양승정,김수암,Chung, Joon-Soo,Yang, Seung-Jung,Kim, Soo-Am 한국주거학회 2013 한국주거학회 논문집 Vol.24 No.6
According to the relation of the attribution of residents, we analyzed the spatial characteristics of newly-built Hanok in Bukchon focused on a spatial area-ratio, the number of rooms, L/D/K configuration. The results are as follows: 1) Have increased the number of residents, the family members are also increased. In this study, the major formed case is 3 residents and two-generation family. 2) In the most cases, R area-ratio is the highest, next to L/D/K integrated area-ratio. While the examples that the L/D/K integrated area-ratio is lower than R area-ratio, or is also higher than R area-ratio are appeared. These examples can present that it has a tendency to secure the necessary room depending on the attribution of residents. 3) L/D/K is classified into four types of connection. And the characteristics depending on the number of rooms are as follows. L+DK is the most common type, next to LDK>LD+K>L+D+K. And L+DK is widely distributed in each sized area. And particularly, it is appeared mostly in 3R.
신축공동주택의 입주 전 개조쓰레기 발생의 실태분석 및 억제방안에 관한 연구
정준수(Chung Joon-Soo),김수암(Kim Soo-Am) 대한건축학회 2008 대한건축학회 학술발표대회 논문집 - 계획계/구조계 Vol.28 No.1(계획계)
The supply of houses primarily focused on the convenience of the supplier, pursuing economic and parcelling merits only. In recent years, the house supplying strategy has somewhat changed to generate the improvement in houses with better brands and superior quality. However, the number of remodeling new apartment houses still remains unchanged. Such remodelling has caused the tenants to suffer double burdens: house purchase at an expensive price followed by additional remodeling fees. As such, the remodeling has currently become a hot issue. Customer dissatisfaction and inefficient use of resources brought by the remodeling should be reviewed thoroughly. This research studies the generation of remodeling wastes by visiting the site of new apartments during the period of move-in and interviewing relevant individuals. Additionally, the research analyzes the generation process of remodeling wastes including the causes of such generation, and suggests methods to reduce remodeling wastes.
정준수(Chung, Joon-Soo),임석호(Lim, Seok-Ho),설욱제(Seol Wook-Je),박근수(Park, Geun-Soo) 대한건축학회 2018 대한건축학회 학술발표대회 논문집 Vol.38 No.2
At the beginning of 2018, a big issue in Korea was supply of modular apartment houses based on the Housing Act. Due to the quantitative shortage of housing due to the explosive growth of single and two-member households and the necessity to improve the residential environment to diversify accommodation of the housing disadvantaged class, a national R&D study had been conducted for the last 4 years as the small residential model for the housing disadvantaged class such as young newlyweds, college students, etc. and construction of the first modular apartment house was completed at the end of December 2017. The second modular apartment house is under construction with the target of opening for residents in March 2019. Although the modular apartment housing complex satisfies the Housing Act, there is the necessity for modular apartment houses to prepare for the ‘Zero-Energy Certification,’ which becomes mandatory for all newly constructed buildings from 2025. Therefore, we would like to compare and analyze the environment-friendly levels of the three modular apartment demonstration complexes (Suseo, Gayang and Cheonan-Dujeong) as the basic research for the development of design solutions that satisfy Zero-Energy Class 3 for modular apartment housing.
정준수(Chung, Joon-Soo),임석호(Lim, Seok-Ho),설욱제(Seol Wook-Je),백정훈(Baek, Cheong-Hoon) 대한건축학회 2018 대한건축학회논문집 Vol.34 No.6
With the progress of national policy researches on the modular construction, many studies have been conducted regarding the standardization of interior building materials. However, studies on the standardization of exterior building materials are still insufficient, and there are no dedicated exterior materials for modular construction. In this regard, this study investigated the necessary of standardization through the analysis on 7 kinds of exterior materials used in general buildings and exterior building materials applied to modular apartment houses in order to establish design criteria for the standardization of dedicated modular exterior materials. Based on the analysis results, assembly reference plane in conjunction with inside dimensions was set, and panelizing standardized in five parts was proposed to solve the problem of low exterior material standardization rate. It also proposed elastic gasket and steel bracket details that can compensate for the fabrication errors of unit boxes and construction errors in stacking.
동계올림픽 이후 해체된 중고패널의 BIM 기반 재사용 가능성 검토
정준수(Chung, Joon-Soo),임석호(Lim, Seok-Ho),설욱제(Seol Wook-Je),백정훈(Baek, Cheong-Hoon) 대한건축학회 2018 대한건축학회 학술발표대회 논문집 Vol.38 No.2
In Korea, the supply of modular apartment houses based on the Housing Act and the Pyeongchang Winter Olympics were big issues at the beginning of this year. First, due to the quantitative shortage of housing due to the explosive growth of single and two-member households and the necessity to improve the residential environment to diversify accommodation of the housing disadvantaged class, a national policy study had been conducted for the last 4 years and construction of the first modular apartment house was completed at the end of December 2017. However, there is room for improvement in performance, cost and construction period as the existing construction materials due to the lack of specially made interior/exterior materials. Second, due to the Olympic Agenda 2020 recommendation of the IOC, which mandates Olympics host cities to use of temporary facilities and venues (arenas) that can be disassembled, some of the Pyeongchang Olympics related facilities were constructed to enable disassembly. On one hand, there is the advantage of providing solutions to operating costs of the facilities for the local governments after the closing of the Olympics, but it also left the problem of leaving a huge amount of prefab material inventory, such as a large number of disassembled panels. Therefore, we attempt to conduct the study of reusability of BIM utilizing panels in stock as the first step to develop a specially made interior and exterior materials for modular apartment housing as the place to reuse the stock prefab materials.
자원순환성 향상을 위한 건축 Process 구축에 관한 연구
정준수(Chung Joon-Soo),이성옥(Lee Sung-Ok),김수암(Kim Soo-Am) 대한건축학회 2007 대한건축학회 학술발표대회 논문집 - 계획계/구조계 Vol.27 No.1
All countries do their best to search a method how to be converted sustainable society, under leading of advanced countries In construction field, it is shown as consumption of natrual resources although it means store of resources from design stage to demolition stage. because building construction consumes all resources which is able to be recycled or not. Especially, domestic re-construction, which is doing ofter, is not good phenomenen for society construction that do continuance possibility. Therefore, to increase resources circulation amount of building, it is purpose of research that grasp each step problem of life cycle of building, and construct new construction process, and grope the solution way.
정준수(Chung, Joon-Soo),양현정(Yang, Hyeon-Jeong),김은영(Kim Eun Young) 대한건축학회 2019 대한건축학회 학술발표대회 논문집 Vol.39 No.1
The summer of 2018 was hotter than any recent years. One of the reasons for this is due to the heat coming out from the atmosphere of the earth and exhaust heat generated after cooling the building inside, which are trapped without going out from the urban area. The heat does not disappear even in evening so that the number of continued tropical night has increased every year. This phenomenon is expected to rise not only in this year but also coming years without decline. It is important to make buildings and cities to have more green space. In addition, it is also important to absorb or convert urban heat to other energy sources by external walls, which are available in more than four sides of building in cities. Thus, the replacement of existing walls into an external wall system that can absorb or convert urban heat would produce a great social and economic value. In this regard, this study aims to derive a development image of external wall system that collects urban heat and convert heat to electric energy through collaboration with other fields such as new materials that can be combined with building sectors in material fields although those materials are not widely used in current building materials. The proposed external wall system integrates three layers including current-flowing panels propose. This study also proposes a building shape mounted with the external wall system. First, national and international study trend on external wall system that can absorb and convert urban heat and quantitative studies on the current patent status were conducted. Second, the study scope is set through the term definition of the external wall system and the number of the layers was set to three. Third, the core technology that can assign the functions to three layers in the external wall system was found from other field. Fourth, the combined image of the external wall system was proposed by fusing three core technologies, and building image mounted with the external wall system was also proposed. This study derived the development image of the external wall system that collected urban heat and converted the heat into electric energy by utilizing element technologies that were developed in fields other than architecture through patents and previous literature reviews. This study also derived a building image mounted with the external wall system that integrated three layers including current-flowing panels. A prototype for this system is not yet developed, and the system is proposed to be viable only theoretically, which is a limitation of this study. However, this study is planned to conduct a performance evaluation on the system after fabricating the prototype by 2019.