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REFERENCE LINKING PLATFORM OF KOREA S&T JOURNALS
> Journal Vol & Issue
Journal of architectural history
Journal Basic Information
Journal DOI :
Korean Association of Architectural History
Editor in Chief :
Volume & Issues
Volume 21, Issue 6 - Dec 2012
Volume 21, Issue 5 - Oct 2012
Volume 21, Issue 4 - Aug 2012
Volume 21, Issue 3 - Jun 2012
Volume 21, Issue 2 - Apr 2012
Volume 21, Issue 1 - Feb 2012
Selecting the target year
A Structural Characteristics of Hwatong-Connections in Traditional Mindori Type of Wood Structures
Yu, Hye-Ran ; Kwon, Ki-Hyuk ;
Journal of architectural history, volume 21, issue 3, 2012, Pages 7~28
DOI : 10.7738/JAH.2012.21.3.007
This study is intended to Mindori structure which is general private houses` structural type among traditional types and is a basic study to confirm structural characteristics of Hwatong connection which is general connection type of column-beam-cross beam. It is aimed to analyze how main member, column, such as size, figure, thickness of Sungetuk and Dugeup affect on structure. Following conclusions are drawn. 1. According to connection conditions, models with big coefficient of friction show stable hysteretic behavior until the angle rotation of member reaches 1/60 and models with small coefficient of friction show dramatical increase in load after the angle rotation of member reaches 1/24. After the angle rotation of member reaches 1/30, separation distance of members is identified physically and cracks are not observed. 2. Specimens with big coefficient of friction show similar inner force regardless of column size(except column size 150mm) and models with small coefficient of friction show increasing inner force as the column size increases. Specimens with same sectional area have similar inner force even though the column figures are different. The thickness of Sungetuk and Dugeup doesn`t affect inner force greatly, however, when the thickness of Sungetuk is thin, it could lead to failure of structure as it breaks. 3. The bigger the size of column and the coefficient of friction are, the smaller Bending stiffness depreciation ratio is. 4. Energy Dissipation Efficiency differs from the coefficient of friction. When the coefficient of friction is big, square column shows bigger than round one and it is bigger when the thickness of Sungetuk and Dugeup is thicker. When the coefficient of friction is small, round column shows bigger than square one.
A Study on Securing the View Axis of Cultural Heritage Using Landscape Simulation Analysis in Downtown - Focused on Historical and Cultural Environment`s Conservation Area of State-Designated Heritage in the Tongyeong City` Downtown -
Cho, Hong-Seok ;
Journal of architectural history, volume 21, issue 3, 2012, Pages 29~44
DOI : 10.7738/JAH.2012.21.3.029
If cultural Heritageis located in the downtown, conservation areas was developed or is being developed In most cases Therefore, in this case, the relative height of the building during construction than the regulatory limit is reasonable, is emerging need to be objectified. This study was utilizes GIS analysis techniques for `View Corridor` and building height standards were determined. First, `View Corridor` set and building height restrictions for the analysis of urban environmental factors were analyzed in. In particular, the topography and urban planning, and existing buildings, including the distribution of the physical urban environment, with detailed analysis on the major historical and cultural assets with a combination of a review of the impact factor for the formation of the urban landscape recognize the scope has been expanded. Second, the key selection criteria for View point largely focused on cultural Heritageand the surrounding communicative point of view and, consequently, connectivity, and symbolism, accessibility, analysis, factors such as Prospect, setting the standards by applying a detailed assessment of each item the main view point were derived. Third, the derived key View point on the terrain and landscape characteristics simulation analysis carried out by considering together the main axis, and this suggests a reasonable height for the proposed standards.
A Research on the Use and Architectural Changes of Sungnyemun in King Yeongjo`s Reign
Jo, Sang-Sun ;
Journal of architectural history, volume 21, issue 3, 2012, Pages 45~54
DOI : 10.7738/JAH.2012.21.3.045
This research work is to analyze architectural characteristics of Sungnyemun especially in King Yeongjo`s reign in Joseon dynasty. The result of this research is summarized as following: 1. The architectural characteristics of Sungnyemun in King Yeongjo`s reign are closely related with Confucian ceremonies such as Jeon-jwa and Heon-goek-rye. To perform these ceremonies, some lower walls of Sungnyemun`s wooden pavilion were removed and used as ceremonial space. And after ceremony it was restored. 2. The floor type of center bay of the 1st story of wooden pavilion should have a type of floor using long and narrow fine tree plate, which is same type before the repair work of 1960`s dismantlement. 3. The width of east stairway which is reached to east small gate, was changed just before Japanese`s rule(1910~1945), should be broaden than present width, which is proven through the recent excavation. 4. The reason of asymmetric characteristic of locations of both east and west narrow-gate, and widths of east and west stairway, are related with order of King`s ceremony. * Jeonjwa : a ceremony to see national affairs or receive royalty from officials in main hall or main gate of palace in Joseon dynasty (some times open to public) * Heon-goek-rye : a ceremony after win a war and offering to king enemy`s ear or head in Joseon dynasty.
A Study on `Monk Daegwak`s Joongchanggundo` at Seon-Am Temple -Mainly about the Time of Drawing and Background-
Hong, Byung-Hwa ;
Journal of architectural history, volume 21, issue 3, 2012, Pages 55~72
DOI : 10.7738/JAH.2012.21.3.055
There is a temple drawing called Monk Daegwak`s Joongchanggundo at Seon-Am Temple of which the time of creation is unknown. This drawing shows the details of Seon-Am Temple and surrounding areas well, which helps to understand the construction of Seon-Am Temple and other small mountain temples. The records on the top also describe the surrounding landscape in the Fengshui aspect, and describes the number of buildings at Seon-Am Temple. According to the construction style that gives clues about the age of this drawing, the time range can be narrowed down in order to approximate the age of this drawing through the Buddhist trends of Seon-Am Temple. In the results, it was estimated that the drawing dates back to the time when Seon-Am Temple flourished in the mid-18th Century as it`s competition with the temple of Songgwang actually began. Buddhism considers the relationship between teacher and student as the most important and the principals were delivered through this relationship. Therefore, the activities to increase the connection between monks and this drawing were created in order to indicate the atmosphere of the Seon-Am Temple of the time.
A Study on the Forms and Modifications of `Chang-aelgool`(窓乻骨) in Annex and Pavillion Buildings in Yeong-nam Region during the Chosun Dynasty - Focused on `Ondol` Rooms and `Ssang-chang` around the Main Floored Room -
Park, Il-Chan ; Lee, Ho-Yeol ;
Journal of architectural history, volume 21, issue 3, 2012, Pages 73~92
DOI : 10.7738/JAH.2012.21.3.073
This study mainly inquired characteristics and changes of `Chang-aelgool` through 38 cases(with 161 Ssang-chang) of annex and pavillion buildings in Yeong-nam region which are built during the Chosun dynasty. The method of inquiry included actual survey of windows along with bibliographical research, and the results are as below. First, through the discovery of the term `Chang-aelgool` as an indication of the window-forming frame in `YeongGeonUiGwe`(1680 A.D), it is apparent that the term `Chang-aelgool` was widely used in Korea from the late 17th century. Second, the `Chang-aelgool` of study objects are classified into 4 categories. Type I and II are comprised of mitre-joints which cover the 4 corners of `Chang-aelgool` and mainly used in building annex and pavillion buildings during the early period of the Chosun dynasty. Type III was widely used during the early and middle period of the Chosun dynasty and drastically dropped in number during the late period of the dynasty. Type IV is comprised of mitre-joint of the upper-half, tenon-jointing of the lower-half and widely used in annex and pavillion building during the late period of the Chosun dynasty. Third, the form of `Chang-aelgool` has changed from rectangular form with longer width during the early period of Chosun dynasty to square form during the middle period and eventually ended up as a rectangular form with longer height during the late period of the dynasty. Fourth, it is considered that while mullion which is located in the center of `Chang-aelgool` was mainly used around the main floored room during the early period of the Chosun dynasty, became commonly used in main floored room and `ondol` rooms during the middle period and drastically dropped in number from then and ended up being not in use after the mid 18th century.
A Study on the Location and Architectural Composition of Guest House of Haemi Eupseong - Focused on the Analysis of Modern and Contemporary Data -
Kim, Hoe-Jung ; Lee, Jeong-Soo ;
Journal of architectural history, volume 21, issue 3, 2012, Pages 93~108
DOI : 10.7738/JAH.2012.21.3.093
This study is one that estimates the architectural composition as well as the location of guest house of Haemi Eupseong on the basis of the analysis of modern and contemporary data related to Haemi Eupseong. It is significant that this study has presented an opinion that can become a practical basis for the historical research of the prototype of Haemi Eupseong of the late Chosun Dynasty through the analysis of modern and contemporary data that had been unsatisfactory among the fruition of studies conducted in relation to Haemi Eupseong. The outcomes achieved by this study are as follows. Firstly, it was verified that the guest house of Haemi Eupseong that has been restored is one that has different architectural composition than the prototype of the late Chosun Dynasty and is restored in a different location. Secondly, in respect of architectural composition of guest house found by the analysis of the picture, it was confirmed that the government office has one step higher than the double-wing house in the form of the roof. Thirdly, the location of the guest house of Haemi Eupseong of the late Chosun Dynasty is judged to be the periphery area where the current restored guest house is located, which is where the teachers` building of Haemi elementary school was located. Fourthly, the prospect of the guest house of Haemi Eupseong is decided to be similar direction to the current restored guest house with the greatest possibility of having the same direction with the arrangement of teachers` building of Haemi Eupseong elementary school.