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경미한 급성 두부외상환자에서 SPECT , q - EEG 및 CT의 비교
김소연(So Yon Kim),김영중(Young Jung Kim),이석호(Suk Ho Lee),김진석(Jin Seok Kim),문희승(Hee Seung Moon),이숭구(Sung Ku Lee),박병익(Byung Yik Park),이권전(Gwon Jeon Lee),김갑득(Kap Deuk Kim),김호전(Ho Joeng Kim),조경형(Kyeung Hyeung 대한핵의학회 1993 핵의학 분자영상 Vol.27 No.2
N/A Functional cerebral impairments have been verified objectively by brain SPECT and q-EEG (quantitative electroencephalography). Microcerebral circulatory defects without anatomical changes cannot be detected by the brain CT or MRI. Brain SPECT using Tc-99m-HMPAO (Hexamethyl propyleneamine oxime) as a key radioisotope may be accepted as the useful method for identifying functional cerebral impairments. We studied 25 patients with mild head trauma to define whether the SPECT was helpful in detecting cerebral impairment. Results were as follows: The SPECT was positive in 23 patients out of 25, q-EEG positive in 16 patients and brain CT was positive in 3 cases. SPECT and q-EEG were more sensitive than CT. SPECT would be more useful method than brain CT to investigate cerebral function after head injury.
김갑득(Kim Gap-Deug) 대한건축학회 2009 대한건축학회 학술발표대회 논문집 - 계획계/구조계 Vol.29 No.1(계획계)
In recent years, one of the common problems for the world has been the high price of oil. Because of that, every country is trying to cut back on emissions of greenhouse gases. According to Bali roadmap, all the nations have to bring forward the amount of cutback on emissions of greenhouse gases. Even at the meeting of G8 summit, they made this issue on the top of the list of agreements. In Korea, lots of researches have been made on this issue in building constructions using New Renewable Energy, and through improving the efficiency of energy in buildings. However we have not done much about using Hydrogen fuel cell on this issue. Even though many researches have been done on Hydrogen Fuel cell itself for some time, it actually has not been used in buildings, just in plants. In this research, by looking into the developing cases of building construction using Hydrogen fuel cell to cut back on emissions of greenhouse gases in other countries, we suggest how Carbon zerohouse should be evolved.
김갑득(Kim Gap-Deug) 대한건축학회 2009 대한건축학회논문집 Vol.25 No.6
The development of a new building system which can produce inexpensive quality housing is needed for the supply of affordable housing. The increase of labor cost due to the lack of building technicians and the decrease of skilled craftsmen prevents inexpensive quality housing from being distributed without difficulty. OSM construction method that shortens the duration of field construction and maximize the factory work to improve the quality of construction is environment-friendly in that it has the high percentage of reusing materials. In this study in order for affordable housing to be diffused using module unit adapted OSM system, the standardized roof panel is suggested and system which can be put together easily with less intial cost is developed to minimizes the cost of framework. Also the system which uses module unit and panel structure to make long span and to prevent overlapping subsidiary materials as well as the system which improves execution process and maintenance due to using module unit is introduced.
에너지 모니터링 가시화 시스템을 위한 도시 모델링 저작도구 개발
김갑득(Kim Gap-Deug),김상희(Kim Sang-Hee),임현창(Yim Hyun-Chang),최진원(Choi Jin-Won) 대한건축학회 2010 대한건축학회논문집 Vol.26 No.10
EnerISS is a software system in which a state-of-the-art urban energy control technology is integrated. This system is ultimately aimed at developing energy-saving, ubiquitous-ecology city, usable in city planning and operating steps. As a branch module of the EnerISS, EnerISS Solution(Modeler/Viewer) was developed to visualize energy distribution, demand and consumption status of a target city. This visualization tool operated by city planers, energy-monitoring engineers, and even consumers is expected to virtually derive an energy conservation and efficient use/supply. First of all, the tool should be able to model space and buildings of the target city in terms of accurate geographic information and to express real-time energy information. One part of the packages, called EnerISS Modeler was therefore developed to build the GIS-based city models in which energy data can be input. The software package contains various user-friendly background functions such as create, open, save, view, navigate, etc. This paper is introducing the development process, theoretical background, and functional explanation for the developed modeling software. One city model was selected as an application example to examine and demonstrate the applicability and efficiency.
모듈러 건축물의 내력벽 2시간 내화성능에 관한 실험적 연구
김갑득(Kim, Gap-Deug),이재승(Lee, Jae-Sung),손승문(Son, Seung-Mun),이방섭(Lee, Bang-Sub) 대한건축학회 2014 大韓建築學會論文集 : 構造系 Vol.30 No.4
To higher the buildings, fire resistance performance is needed following the purposes and dimensions of the buildings. Especially, two hours fire resistance performance should be satisfied for the buildings above the 4th floor and under the 12th floor. In the case of load bearing walls with steel stud, two hours fire resistance performance have never been recognized in Korea. This study was conducted to investigate two hours fire resistance performance of load bearing walls with steel stud in structural elements of modular buildings. Test specimens in this study were redesigned in the basis of typical load bearing walls used in Europe and North America. The load bearing walls ensuring two hours fire resistance performance were suggested from the test results of this study. The load bearing walls with fireproof board of 45mm thickness secured two hours fire resistance performance in this study.
해외 OSM(Off-Site Manufactured)공법 기술 요소 및 사례 연구
김갑득(Kim Gap-Deug),이재승(Lee Jae-Seung),조봉호(Cho Bong-Ho),유영동(Yu Young-Dong) 대한건축학회 2008 대한건축학회 학술발표대회 논문집 - 계획계/구조계 Vol.28 No.1(계획계)
The purpose of this study is to indicate the guideline in domestic technology development by investigating and analyzing technologies on OSM construction methods in advanced countries. The OSM construction methods were initiated from the Europe and U.S.A, and the market has been expanded gradually. Presently, the OSM construction methods are applied widely in the real construction sites. In the Germany and United Kingdom, large companies are manufacturing modular units used as the OSM system. In the case of the United Kingdom, Yorkon, Terrapin, Caledonian, Corns, Ayrframe, and Britspace are representative companies producing OSM module units. In the Germany, Alho, Caldolto, and SABU are very large companies producing the module units and Rannela Metals is a representative company producing the module units in the Finland. They are continually developing the OSM system using the modular units.
김성아(Kim Sung-Ah),김갑득(Kim Gap-Deug) 대한건축학회 2009 대한건축학회논문집 Vol.25 No.7
The purpose of this study is to propose a urban energy monitoring visualization environment in the context of the U-Eco City R&D Project. As the smart control of energy resource increases its importance for the sustainable growth of the built environment, how to monitor the energy usage in the city becomes the foremost task. Such a monitoring system should be accessible non only to the suppliers and decision makers, but to the consumers providing customized views and comprehensive information. Advances in major visualization systems show the integration of wide-area geographic information with the environment data, fed with real-time monitoring data. On the other hand, some research-oriented systems command user-oriented features such as multiple layers of information, metaphoric way of data representation, and logical LOD. We have analyzed these R&D efforts and conceptualized the energy monitoring system which combines the 3D geographic platform with urban spatial information model in a dynamic way. Advanced user-oriented features have been also integrated into the design of user interfaces. The system will is being developed towards the application of testbed and will eventually be used for the monitoring and control of U-Eco city energy supply.
방화석고보드를 적용한 MCO 보의 내화공법에 관한 연구
이재승(Lee Jae-Sung),김흥열(Kim Heung-Yeal),조봉호(Cho Bong-Ho),김형준(Kim Hyung-Jun),김갑득(Kim Gap-Deug) 대한건축학회 2008 大韓建築學會論文集 : 構造系 Vol.24 No.11
Modular construction method is based on pre-fabricated unit module in a factory and assembling of the unit module in a construction site. The main advantage of the modular system is that the construction time can be reduced by small weather impact on scheduling, the relatively easy availability of machines and services in a well-structured factory environment, and so on. Fire-proofing paints have been used as the fire resistance material in modular buildings. However, in the modular system, the fire resistance method using the paint is uneconomical due to several painting works and long drying time. The purpose of this study is to develop the fire resistance system of the MCO beam (Modular Construction Optimized Beam) using fireproof board to reduce the construction time for fire resistance. This study presents a proper fire resistance system for the modular buildings using fireproof board with optimized values for thickness of fireproof board and space between MCO beam and fireproof board.