• Journal of the Korean Home Economics Association
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• v.38 no.11
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• pp.137-149
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• 2000

The Purpose of this study was to investigate actual condition about the modem adaptation of interior elements(floor, wall, ceiling, door & window) in traditional thatched roof house. The examined objects were interior space of 36 restaurants and cafes in Seoul and Kyung-Ki Do area. 1. Floor: Jang-pan was mostly alternated with linoleum which huts Jang-pan pattem. Wumul-maru was adapted from the original and Jang-maru was alternated with wood or linolium which has western state Jang-maru pattern. Mud was adapted from the original or alternated with slate stone or rough finish cement. 2. Wall: Rice proper was alternated with rice paper book witch has chinese character, paper for parcels or modem wall paper. Plaster-white paint or white handy coat. Mud-mud color paint or bamboo stick witch located in the mud wall orginal. Log-half cut log. Wooden board-without cross bar or irregular form. 3. Ceiling: Yondung-Chongang was mostly adapted from the original and Banja-Chonjang was alternated with rice paper book which has Chinese character or modem wall paper. 4. Door and Window: Ttisal-mun and Panjang-mun were adapted from the original. Wan and A’character door and window were simplified character itself.

• Journal of the Korean Institute of Educational Facilities
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• v.25 no.6
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• pp.19-23
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• 2018

• Korean Institute of Interior Design Journal
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• no.20
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• pp.10-16
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• 1999

The purpose of this study was the wumul-maru components of Sarang-taechong with themselves in traditional houses. Physical trace method was used for this study. The samples were taken from the Sarang-taechong of 6 traditional Korean houses, Yunkyungdang, the ancient Chusa estate, Sunkyojang, Chunghyodang, Yangjindang, Unjoru. The major findings were summarized as follows; 1) Regarding to the changgui't'ul(long board); the number was from 0(minimum) to 3(maximum), the size was $244.3{\times}4407.1mm$ on average, and the proportion was 1:18.9. 2) Regarding to the tongguit'ul(center board); the number was from 5(minimum) to 18(maximum), the size $188.7{\times}2374mm$ on average, and the proportion was 1:12.9. 3) Regarding to the marunol; the number was from 42(minimum) to 155(maximum), the size was $247{\times}574mm$ on average and the proportion was 1:2.29.

• Journal of the Korean Home Economics Association
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• v.25 no.3
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• pp.83-94
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• 1987

The floor plan of the folk houses in Korean-Middle area was "-" type, "ㄱ" type and "double " type. The common terms of lifespaces were Anbang(안방), Wootbang(웃방), Cunnunbang(건넌방), Taechung(대청), Maru(마루), Buoak(부엌), Chungji(정지), Sarangbang(사랑방), Bongdang(봉당). 1) Anbang was basically a master room and was a family room. The function of another presented in Anbang was a space of the dying hour, the mourning decorums, and the memorial services. 2) Wootbang, Cunnunbang was terms that coming from the space position. Such spaces were the private rooms of children. 3) Sarangbang was basically the space of a reception of guests. 4) Buoak, Chungji were cooking and working space. Primarily, Buoak was the terms meaned Bootumk(부뚜막) in Chosun dynasty. 5) Maru, Tachung were terms of presented from side of construction. Specially, it was the chief space in family in Summer. 6) Bongdang was a terms of space that mean working areas, entry hall etc.working areas, entry hall etc.

• Proceedings of the Korean Institute of Interior Design Conference
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• 1999.04a
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• pp.114-117
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• 1999

The purpose of this study was to compare with the characteristics of Wumul-maru components in upper class Chosun dynasty. Physical trace method was used for this study. The samples were taken from the Sarang-taechong of 6 traditional Korean houses, Yunkyungdang, the ancient Chusa estate, Sunkyojand, Chunghyodang, Yangjindang, Unjoru. The major findings were summarized as follows; 1) Regarding to the scale characteristics, the number of changguit'ul(long board) was 1, chungguit'ul(middle-length board) 5, tongguit'ul(center board) 8m and maruno. 98, and the size of changguit'ul was 253$\times$4478mm, chungguit'ul 182$\times$2396mm, tongguit'ul 179$\times$2310mm, and marunol 247$\times$574mm. 2) Regarding to the proportion characteristics, the proportion of changguit'ul was 1:18.2, chungguit'ul 1:16.7, tongguit'ul 1:12.9, and marunol 1:2.62 and the proportion of components was 1:3:4:17.

• Journal of architectural history
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• v.11 no.2 s.30
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• pp.23-35
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• 2002

Even though there have been greate changes in the types and contents of the housing plan in Korea since the Modem age, it seems that the identity of traditional dwelling culture is still remains within it. The purpose of this study is to examine the characteristics and features in the development of the 'Public Standard' Housing Unit Plan by comparing the differences and similarities in unit plans in housings built on Japanese occupation period and those built after the period. From the study, we can conclude as follows: 1. The public standard housing unit plans on both periods have shown the common features in the composition of their physical forms in the way that the front-row area still remains the traditional housing culture and the rear-row area reflects the desires of the modem lives. The structure of the dual-row unit plan appeared in the public standard housing plan was caused by the cultural acculturation in Japanese occupation period. 2. The public standard housing unit plans, however, show the differences in the contents and meaning in units plans with the them of the Japanese housing because of the cultural differences. These differences took placed autonomously through the change of housing plans in the modern time, and have the common features such that 1) the changes in the Maru-centered plan type differ in composition from the inner-corridor plan type used Japanese housing, and 2) the composition of the open-inner spaces in the double-row housing plan reflects the single-row outer open space In the traditional housing. All of these cultural progresses in the public standard housing unit plans was took place as the result of the inner-oriented and notional circulations derived from the modernity. However, the transformed unit plans still contains the identity derived from the variation of the traditional Korean building elements such as Maru and Ondol. In other words, those are the Maru-centered and composed housing plans with juxtaposition of the inner block and the outer block. As the conclusion, though the public standard dwelling unit plan has the similarity in the physical form, it is different in the cultural Identity and meaning from the public standard plans before the independence from the Japan occupation.

• Journal of architectural history
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• v.33 no.2
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• pp.7-15
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• 2024

The composition of the upper structure, which can be found in the 3-Dori type buildings in Yang-dong Village, varies significantly from time to time. The upper structure of the Gwan-ga-jeong, known as a house in the mid-Joseon Dynasty, consists of a basic 3-Dori type structure in which a beam is placed under 3-Dori and supported with two flat columns. On the other hand, the upper structure of I-hyang-jeong historic house, built in the 17th century, is different in that it has a stud between the two flat columns. The upper structure of Sa-ho-dang historic house, a 19th-century building is different from the upper structure of the buildings of the previous period in that three flat columns were used. As such, the difference in the composition method of the upper structure according to the construction period is closely related to the introduction of the Toi-maru, which is mainly explained by the boundary space. In addition, it can be expected that the introduction of the Toi-maru originated from the influence of the change in the plan. This study was conducted to examine the correlation between the plan and the composition of the boundary space through various typology of the 3-Dori upper structure distributed intensively in Yang-dong Village.

• Journal of the Korean housing association
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• v.14 no.2
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• pp.101-107
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• 2003

• Journal of the Korean Home Economics Association
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• v.48 no.7
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• pp.77-87
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• 2010

This study investigated users' perceptions and attitudes toward Korean traditional elements in contemporary spaces. We collected and analyzed the article contents of two design magazines, from their issues of January 2000 through December 2009, for a total of 87 cases. The results were as follows. First, the important motives for applying traditional elements to current living spaces were individual tastes, preference for a secluded life, and the users' childhood memories. Second, the most frequently used traditional element was traditional structure. Others were traditional spatial compositions and the use of natural materials. The two main purposes for renovating a space or constructing a building were to preserve traditional ambience or to add convenience and practical use to it. Third, the most frequently mentioned advantages of traditional elements were their environment-friendly characteristics, such as connecting to nature and using natural materials. Fourth, the users preferred, in order, Ma-dang, natural environments, doors/windows of various types and multiple functions, Toet-maru, Dae-cheong, and Nu-maru.

• Nuclear Engineering and Technology
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• v.56 no.3
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• pp.980-992
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• 2024

Steam line break accident (SLB) in the nuclear reactor is one of the representative Non-LOCA accidents in which thermal-hydraulics and neutron kinetics are strongly coupled each other. Thus, the multi-scale and multi-physics approach is applied in this study in order to examine a realistic safety margin. An entire reactor coolant system is modelled by system scale node, whereas sub-channel scale resolution is applied for the region of interest such as the reactor core. Fuel performance code is extended to consider full core pin-wise fuel behaviour. The MARU platform is developed for easy integration of the codes to be coupled. An initial stage of the steam line break accident is simulated on the MARU platform. As cold coolant is injected from the cold leg into the reactor pressure vessel, the power increases due to the moderator feedback. Three-dimensional coolant and fuel behaviour are qualitatively visualized for easy comprehension. Moreover, quantitative investigation is added by focusing on the enhancement of safety margin by means of comparing the minimum departure from nucleate boiling ratio (MDNBR). Three factors contributing to the increase of the MDNBR are proposed: Various geometric parameters, realistic power distribution by neutron kinetics code, Radial coolant mixing including sub-channel physics model.