시공 중인 건물은 시공이 완료된 건물과는 다르게 콘크리트의 강도발현이 충분히 이루어지지 않았기 때문에 지진과 같은 자연재해 에 더 취약한 모습을 가질 수 있다. 현재 국내 기준은 건축물의 내진등급별 최소성능 목표를 제시하고 있지만, 설계를 위한 지진하중은 재현주기 2,400년의 지진위험도를 기반으로 한다. 하지만 건물의 시공기간은 건물의 사용기간보다 훨씬 짧기 때문에 재현주기 2,400 년의 지진을 시공 중인 건물에 적용하는 것은 과도하다. 따라서 이 연구는 주거용으로 사용되는 철근콘크리트 건물의 시공 중 지진하 중을 분석하기 위해 5층, 15층, 25층, 60층 건물의 시공단계모델을 작성하고 재현주기에 따라 저감한 지진하중을 적용하여 구조적 안 정성을 확인하였다. 그 결과, 시공기간에 따라 선정한 재현주기의 지진을 적용할 때 구조적 안정성을 확인하였으며, 건물의 규모의 따 라 구조적 안전성을 확보할 수 있는 지진재현주기를 확인하였다.

건설공사의 도급계약은 각 당사자가 일정한 급부를 할 것을 약속하고 상호 간 대가적 의미를 가지는 채무를 부담하는 쌍무계약이다. 즉, 서로 대등한 관계에서 당사자의 합의에 따라 계약이 체결되어야 하며, 그 내용은 ‘선량한 풍속 기타 사회질서’ 또는 ‘공정성’에 크게 반하지 않아야 한다. 만약, 계약 내용이 선량한 풍속 기타 사회질서에 위반되거나, 상호 간의 공정성을 크게 해친다면 당해 조항은 효력이 발생 되지 않는 것이 원칙이다. 건설에 관하여 기본법에 해당하는 건설산업기본법은 건설공사 및 건설업에 관한 제반 사항을 규정한 법률로 1981년 법률 제3501호에 의해 제정된 건설업 법을 전신으로 한다. 따라서 건설공사의 조사, 설계, 시공, 감리, 유지관리, 기술 관리 등에 관한 기본사항과 건설업의 등록 및 건설공사의 도급 등에 필요한 사항을 정하고 적정한 시공과 건설산업의 발전을 도모함을 목적으로 한다. 한편, 공공건설공사 계약에 있어 ‘사적자치의 원칙’이란 미명아래 갑과 을의 관계에서 비롯되는 불공정행위가 빈번히 발생하고 있으며, 이와 관련하여 수급인은 하자담보책임이 불공정할 경우에도 이에 대항하기 어려운 실정으로 일부 수급인은 하수급인에게 불공정행위를 전가하여 결국 최하위층이 불공정 행위에 대한 최대 피해자가 된다. 건설산업기본법은 기본적으로 건설업자를 규제하기 위해 제정된 법률이기 때문에 계약당사자 일방이 도급인 또는 발주자로 건설업자에 해당하지 않는 경우 불공정한 행위가 발생하더라도 이를 제재할 수 있는 처벌 조항이 없다. 또한 당사자 간의 약정이 민법규정 또는 민법의 특별법에 해당하는 건설산업 기본법 보다도 먼저 적용됨으로써 종종 불공정한 행위의 원인을 제공하는 경우도 발생하게 된다. 이외에도 갑⋅을 관계의 폐해로 인해 건설공사의 계약 시 발주자보다 상대적 열세에 있는 계약상대자가 모든 불공정한 행위를 거부 하는 것에는 당연히 한계가 있을 수밖에 없다. 계약상대자는 대체로 부당함을 사전에 충분히 인지하고 있음에도 경제적 지위에서 이를 감내하여야 할 경우가 빈번하여 건설산업기본법에서 정한 불공정한 행위를 방지하기 위한 조항들의 효력이 사실상 무력화되는 것이다. 따라서 객관적으로 급부와 반대급부 사이에 크게 불균형이 존재하는 현저히 불공정한 행위에 해당하는 경우 등은 그 강행적 성격을 쉽게 확인할 수 있도록 구체적, 명시적으로 규정화할 필요가 있으며, 그 일환으로 건설산업기본법 시행령 제30조 2항에 의거 하자담보책임 기간을 따로 정하고 ‘그 사유 및 그로 인하여 추가로 발생 되는 하자보증수수료’를 명시하는 법률 규정을 위반할 경우에는 당해 사항의 효력이 발생하지 않는다는 취지를 보다 확고히 하기 위해 ‘이를 위반할 경우에는 무효’로 한다는 조항을 보완하여 명시해야 할 것이다. 아울러 열거적으로 해석할 여지가 있는 규정보다는 예시적⋅구체적 규정으로 입법화하고, 시행령⋅시행규칙 보다는 쉽게 변경하기 어려운 법률에서 이를 규정하는 것이 법적 안정성을 확보하는 방법일 것이다.

The construction period of the ondol (Korean floor heating system) at Hoeamsa Temple Site is known as Joseon. The main reason is that a large number of remains in the Joseon era were excavated from the ondol floor with an all-around ondol method. This article partially accepts the theory of the creation of Ondol at Hoeamsa Temple Site during the Joseon Dynasty and suggests a new argument that some Ondol remains were built during the Goryeo Dynasty. The grounds for them are as follows. First, through the building sites consistent with the arrangement of the Cheonbosan Hoeamsa Sujogi (天寶山檜 巖寺修造記, Record of Repair and Construction of Hoeamsa at Cheonbosan Mountain), it is highly likely that the ondol remains as a basic floor was maintained during the reconstruction period in Goryeo. Second, the all-around ondol method of the Monastery Site has already been widely used since the Goryeo Dynasty. Third, some ondol remains consist of "Mingaejari" and "Dunbeonggaejari," which were the methods of the gaejari (which dug deeper and stayed in the smoke) in the pre-Joseon Dynasty. Based on the above evidence, this study argues that the building sites such as Dongbangjangji, Seobangjangji, Ipsilyoji, Sijaeyoji, Susewaryoji, Seogiyoji, Seoseungdangji, Jijangryoji, and Hyanghwaryoji were constructed during the late Goryeo Dynasty.

본 연구는 일제강점기에 표정(瓢庭) 송병우(宋炳宇, 1874∼1944)가 조영한 익산 함벽정원림을 대상으로 문헌조사, 현장조사 그리고 관련자 인터뷰 등을 통해 원림의 특성과 전환기적 조영 양상을 추적한 것이다. 조선시대 선비들의 삶과 정신세계의 소중한 결정체였던 누정문화가 일제강점기라는 정치·문화적 과도기에 어떻게 계승, 변동되었는지를 살펴봄으로써 전환기적 시대 문화가 지역의 근대 정원문화 담론(談論)에 어떤 역할을 끼쳤는지를 조명하고자 한 본 연구의 결과는 다음과 같다. 함벽정의 입지와 규모 그리고 기능과 구조를 보았을 때 함벽정 일대는 별서원림으로 서의 성격이 있는 것으로 파악되었다. 함벽정 지붕의 소재인 붉은색 자기와(磁器瓦), 기단·초 석·기둥의 형태, 계단 입구부의 장식성, 공포결구 수법, 사각기둥과 사분합의 문비(門扉) 그리고 화려하고 다채로운 단청과 지붕 합각부의 ‘쌍희자(雙喜字)’ 길상문 등은 일제강점기 지역의 경제 강자가 보여줄 수 있는 전환기적 의장기법의 양상으로 파악되었다. 공간 및 시각구성 그리고 시설 배치 상의 전환기적 설계양상으로는 정자의 규모 및 암대(巖臺)를 활용하여 이루어진 축산(築山), 적극적인 읍경(挹景)의 조망처리기법 그리고 급경사지역에 형성된 5단의 화계(花階)에 적용된 돌쌓기기법을 들 수 있다. 또한 함벽정원림 조성 이후 일제강점기라는 시대상황 아래 일제의 수리사업에 동조와 유지관리 과정에서 행해진 양버즘나무, 왕벚나무 등의 대체식재나 보완식재는 전통식재의 규범 혼란 속에서 나타나는 식재상의 전환기적 양상으로 추찰된다.

This study attempted to clarify the modern transition process of the urban space through the construction and change of the Imperial Palace as a central facility in Seoul. The road renovation of Seoul, which started in 1895, has established a modern, circular transportation system centered on Gyeongun-gung Palace, the Imperial Palace along with the tram line. In this urban structure, the imperial palace as a central facility of the former monarchy, unlike the previous palaces, could not be located at the top of a road with a longitudinal axis, and it expanded its territory around foreign legionaries and placed a new government office around the perimeter. However, the royal palace was moved to Changdeokgung Palace in 1907 with the throne of Sunjong. With the creation of Changdeokgung, which is the periphery of Seoul, as new royal palace, the status of the imperial palace in the city was remarkably weakened, and Gyeongun-gung, located in the center of Seoul, was also reduced to the current Deoksugung area, turning into an urban facility facing a modern street.

The palace byeoljeon(別殿), the King’s non-ceremonial space, were created as a space for the king to comfortably use and for the king to do what he wanted to do. The byeoljeon housed various types of spaces and were flexible in that they could be repurposed to meet the demands of the times. Nevertheless, their characteristic as palatial building created for the King’s convenience has remained unchanged. In this study, we examine the process by which such royal spaces were created by focusing on the reconstruction of the Changdeokgung Huijeongdang during Japanese occupation period, with a view to continuity and the transformation process. The reconstruction of Huijeongdang at the time may be considered along internal and external characteristics. Internally, Huijeongdang connected the symbolism of the king’s space as the palace byeoljeon. Externally, Huijeongdang is characterized by its mixture of traditional and western style, where western style structures were housed within traditional buildings. The plans for the block of Huijeongdang also included the coexistence of traditional building, western style building, and mixture of traditional and western style building. This reflects the characteristic continuity of the byeoljeon as well as the architectural techniques of the time, manifested together within a specific spatial block.

Seongjeonggak Hall in Changdeokgung Palace, although built after the Japanese Invasion in 1592, displays the architectural style and structure of Early Joseon period. It did not include ondol (Korean floor heating system) and contained Early Joseon style window frames. Later, King Jeongjo installed ondol as he repaired the building into a more convenient office. The initial construction of Seongjeonggak Hall was based on the architectural ideology of the Early Joseon Period, which divided up the space according to the season. Thus, the initial structure of the building consisted of a joint of a one-story building and a two-story building with the top floor of the latter specialized for hot and humid season. The two-story building was called ‘chimnu(寢樓)’, and its top floor was called ‘nu-chimsil(樓寢室)’

The main goal of the Green Building Council is to create a prosperous and sustainable future through cost control and energy saving. Some positive measures have been adopted by the Green Building Council to take the construction industry in order to promote sustainable cost control of the construction of a number of architectural practices. In order to reduce the consumption of fossil fuels in the future, sustainable development in the system of education in the construction of large-scale implementation. Green buildings are designed to reduce operating costs to reduce energy consumption, but some of the artical on green buildings consume more energy than non green buildings. In this paper, the construction cost and the construction period of the data is from the specific area of the 30 green building and 30 non green education construction. Statistical tests are used to determine whether there is a clear difference between the construction cost and the construction period. Test results show that the cost and duration of the green building are significantly higher than those of the non green building. The findings are helpful to further research on the life cycle of the building.

It was believed that Jeongnimsa temple was built after the capital was moved from Gongju to Buyeo. It was confirmed that it was built A.D. 625 ± 20 by conducting a paleomagnetic analysis on the fireplace, which was recently found at the bottom of Jungmunji(middle gate). Consequently, it is assumed that the temple was built in the early 7th century unlike the previous point of view. Therefore, this study evaluated if the fireplace at the bottom of Jungmunji was found at the geological stratum representing the Jeongnimsa temple. Moreover, the study examined when the fireplace at the bottom of Jungmunji was constructed on the soil stratum. It is possible that the fireplace was built in the early 7th century as shown in the paleomagnetic analysis. However, when we compared the soil strata of the Jungmunji and the existing five-story stone pagoda, it showed that the ground was prepared differently and they were built over a fairly long period of time. Furthermore, I discovered that there was a wooden pagoda under the five-story stone pagoda by examining the soil strata map. Therefore, previous studies evaluated the arrangement of auxiliary buildings of Jeongnimsa temple and concluded that it was built in the early 7th century. It is hard to determine when the temple was built based on the arrangement of auxiliary buildings, because it takes a long time to build a temple and auxiliary buildings can be relocated during this long construction period. Rather, we have to admit that there are various arrangement patterns through minor changes in buildings from the one pagoda and one main building(Geumdang) arrangement.

Geum’yeok-dang house in Andong was originally constructed in 1558. The original floor plan of the upper base featured a 90-degree tilted ‘日’ shape, and had inner court(內庭) on each side of ‘Jungdang(中堂, center hall)’ building that was placed on the south-north axis. When designing the building, the Neo-Confucian client of Geum’yeok-dang applied his understanding of how Ga’rye(家禮) defined the structure of ritual space. Consequently, ‘Daecheong(大廳)’, the place where guests were greeted and ancestral rites and coming of age ceremonies for male were held, was built in a protruding fashion. ‘Jungdang’[otherwise known as ‘Jeongchim(正寢)’], where coming of age ceremonies for females were held, the master of the house faced death, and memorials for close ancestors were held, was placed at the center of the residence on the south-north axis. The Geum’yeok-dang today was greatly renovated in the early and mid 18th century, due to the spread of ‘Ondol’ heating system. As the Ondol heating system became popular, the pre-existing drawbacks and the inconvenience of the house stood out clearly. As a result, the house was renovated into today’s structure consisting of ‘口’ shape ‘Anchae’ and ‘Daecheongchae’ in separate building.

Coastal eupseongs, which are mainly built in the period of late Goryeo and early Joseon period, are essential materials in studying the history of Joseon period eupseongs. The purpose of this study is to connect the annexation of local districts with the relocation of local government office, so as to categorize the types of coastal-eupseongs and examine the background of their constructions and relocations. Coastal eupseongs are mainly divided into 'maintenance type' and 'Mergence type' according to the annexation of local districts, and maintenance type is broken down into fortress type and non-fortress type in accordance with the existence of old eupseongs(fortresses). Coastal eupseongs can also be categorized into 'application type' and 'relocation type' depending on whether ex-local government offices were reutilized or relocated. Maintenance type is 'fortress-application type'(Gimhae·Gosung·Old Ulsan-eupseong), 'non-fortress-application type'(New Ulsan-eupseong), 'fortress-relocation type'(Dongrae․Kijang․Geojegohyunseong․ Ulsan(Jwabyeongyoung)-eupseong), 'non-fortress-relocation type'(Sacheon․ Hadong·Jinhae-eupseong·Geojesadeongseong) are differentiated by type. Mergence type is divided into 'Merger of Villages after Castle Relocation Type(Changwon·Namhae·Gonyang-eupseong)', 'Merger of Villages before Castle Relacation Type(Ungcheon-eupseong)'. Coastal-eupseongs are moved to other places in need of more affluent water supply(Gimhae·Gijang-eupseong) and wider usable area(Namhae·Gohyunseong-eupseong). Eupseongs were enlarged owing to the population growth, caused by annexations of local districts.(Ungcheon-eupseong) 'Seonso'(navy yard) is a unique feature which cannot be seen in inland eupseongs.

The examples of developing a building site after the Woongjin period are mainly found in temple sites, tile-roofed building sites of unidentified features, and palace remains including the pavilion site with the river in the front(임류각지) inside the Castle of Gongsan, Gongjoo,. In case of the Hanseong period, a glimpse of the features has been gained in Poongnab mud castle and Mongchon mud castle, but the excavated relics are not yet enough to make some data out of them. After the Woongjin period of Baejae, the earth-ramming development method was used mostly to construct a building site, which is divided into horizontal and slant raising of the ground level. Both are used simultaneously, but there are the significant differences in the way of raising the ground level between them. Particularly, in case of the Wanggoong-ri relics in Iksan, the ground level was raised in a narrow line slantly, which is differentiated from other slant raising of the ground level, and its time of construction also is after that of others. In addition, the board-building development method used for narrow space is usually found in the remains since the seventh century. However, there are not enough the relics of Baekjae to reveal the whole aspect of building site development. It should be studied later through the subsequent excavation and research.

Construction period is one of the most important factors which influence on cost and quality in nuclear power plant construction. As part of continued efforts for the competent reactor type, the construction improvements such as application of mechanical rebar splice, optimum lift height for concrete placement and enlargement of liner plate module in the reactor building wall are developed to minimize the construction period. This study referred to knowledge and experiences from APR+(Advanced Power Reactor Plus) technical development. The proposed method can be applied to the APR+ in the near future.

Construction period is one of the most important factors which influence on cost and quality in nuclear power plant construction. As part of continued efforts for the competent reactor type, a dome liner plate module in the reactor containment building is developed to minimize the construction period. This study referred to knowledge and experiences from APR+(Advanced Power Reactor Plus) technical development. The proposed method can be applied to the APR+ in the near future.

I investigated heat insulation condition and analyzes connection of construction period, heat insulation property for making databases related of heat insulation deterioration and repair reinforcement in existing building