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피난 시뮬레이션 환경 구축을 위한 소방 Property Set 확장 방안에 관한 기초 연구
원정혜(Won, Jung-Hye),김태훈(Kim, Tae-Hoon),추승연(Choo, Seung-Yeon) 대한건축학회 2021 대한건축학회 학술발표대회 논문집 Vol.41 No.2
Although evacuation simulation has recently been required due to high demand, it is not realistic in Korea due to the use of the non-coupling method. Combined use with BIM would improve the current evacuation simulation environment. Therefore, we propose to build a fire safety P-set containing fire information for evacuation simulation. Analyzing prior studies in the civil engineering field, we present ways to establish a P-set considering how to establish the logic of the new property and maintaining existing schemas. To maintain the interoperability of the IFC, we present an analysis of the relationship between the elements we want to expand and existing schemas. It is believed that this method can be used not only in firefighting but also in other fields.
Two New Records of Shiphonophores (Hydrozoa: Siphonophora) in Korea
박정희,원정혜,Park, Jung-Hee,Won, Jung-Hye The Korean Society of Systematic Zoology 2005 Animal Systematics, Evolution and Diversity Vol.21 No.2
대한해협 $(33^{\circ}59'N-129^{\circ}17'E)$과 여수에서 2002년 9월에 Issacs-Kidd Midwater 저인망으로 채집된 관해파리류를 동정 분류한 결과 관해파리목의 두컵관해파리아목에 속하는 카미소두겹관해파리 (Diphyes chamissonis)와 에시솔츠심해컵해파리 (Abylopsis schscholtzi)가 각각 한국 미기록종으로 밝혀져 재기재하여 보고한다. 본 연구의 결과 한국산 관해파리류는 4과 6종이 된다. Some siphonophores were collected from the Korea Strait, $33^{\circ}59'N-129^{\circ}17'E$ and Yeosu with Issacs-Kidd Midwater trawl net in Sep. 2002. They were identified into Diphyes chamissonis is Huxley, 1859 and Abylopsis eschscholtzi(Huxley, 1859) in the suborder Calycophorae of the order Siphonophora, respectively. They are new to the Korean fauna. As a result of this work, six siphonophores of four families have been reported in Korea.
Systematic Relationship of the Anthozoan Orders Based on the Partial Nuclear 18S rDNA Sequences
송전임,원정혜,Song, Jun-Im,Won, Jung-Hye The Korean Society for Integrative Biology 1997 Korean journal of biological sciences Vol.1 No.1
Systematic relationship of 13 species representing seven orders of anthozoans, and one hydrozoan as an outgroup, were investigated. Distance and parsimony methods were used to analyze nucleotide sequence data obtained from the 18S rDNA. The inferred phylogeny indicates that two orders, Ceriantharia and Antipatharia within subclass Ceriantipatharia, are not closely related to each other. Instead, the former appears to be the most ancestral group among anthozoans but the latter is more closely related to order Actiniaria within subclass Zoantharia. The result also indicates that the actiniarian may not be a monophyletic group, because Epiactis Japonica is related more to order Scleractinia. Subclass Octocorallia appears to be a monophyletic group, within which order Pennatulacea diversed at first, and then orders Alcyonacea and Gorgonacea diversed later.
송준임,이인숙,원정혜 ( Jun Im Song,In Sook Lee,Jung Hye Won ) 한국환경생물학회 1995 환경생물 : 환경생물학회지 Vol.13 No.2
For the biosystematic studies on the marine fouling invertebrates in Korea, a faunal and ecological study on macrozoobenthos was carried out at Onsan Bay, where have been affected by the industrial progress due to the economic development. The materials were collected from Onsan Bay and unpolluted area by qualitative and quantitative sampling methods. Macrobenthic animals collected during the study were identified 243 species in total which were consisting of 11 spp. in Hydrozoa. 10 spp. in Anthozoa among Cnidaria, 16 spp. in Polyplacophora. 126 spp. in Gastropoda, 42 spp. in Bivalvia among Mollusca. and 38 spp. in Ascidiacea. And they were 42 spp. from Onsan and 88 spp. from Ulgi in summer season and 106 spp. from Ch`undo and 107 spp. from Tangsa in winter season. The species composition seems to be related to seasonal variation and polluted conditions. Macrobenthic communities indicated that the number of species were more and more depending on unpolluted conditions, and the abundance and the biomass were more and more depending on polluted conditions. The dominant species investigated in these sites according to the importance value (Ⅳ) were as follows: Obelia geniculata, Mytilus edulis, Ostrea circumpicta at Onsan: Botrylloides violaceus, Mytilus edulis, Crassostrea gigas at Ch`undo: Melithaea flabellifera at Ulgi: Symplectoscyphus hozowai at Tangsa. And their vertical distribution and the substrata of each sites were investigated and observed altogether. In order to understand the structure of macrobenthic community, such as ecological indices like species diversity(H), eveness(e) and dominance(C) were measured: H: 1.40-2.21: e: 0.21-0.36: C: 0.44-0.53.