• Title/Summary/Keyword: Seong Sam-mun

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실리콘 열전소자 기술

  • Jang, Mun-Gyu;Park, Yeong-Sam;Jeon, Myeong-Sim;Hyeon, Yeong-Hun;Choe, Seong-Jin
    • Proceedings of the Korean Vacuum Society Conference
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    • 2009.08a
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    • pp.140-140
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    • 2009

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Fire Risk Assessment of Temple Components in Young-dong Areas using Fire Loads (영동지역 사찰의 구성요소별 화재하중을 통한 화재위험성 평가)

  • Lee, Hae-Pyeong;Kim, Su-Young
    • Journal of the Korean Society of Hazard Mitigation
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    • v.10 no.3
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    • pp.71-75
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    • 2010

  • In this study, we have assessed the fire risk of Buddhist temples located in Youngdong area by means of fire loads of components. First, we categorized the components into Buddhist temples (Dae-Ung-Jeon, Pal-Sang-Jeon), Sam-Seong-Gak (Chil-Seong-Gak, San-Sin-Gak), a Buddhist temple dormitory (Sim-Geom-Dang, Seol-Seon-Dang), Lu, Il-Ju-Mun and then carried out a field survey. Then, we examined the area of each room, types as well as quantity and dimension of combustibles. The fire loads calculated in this way were 446.96 $kg/m^2$ for Buddhist temples, 331.71 $kg/m^2$ for Sam-Seong-Gak, 164.14 $kg/m^2$ for the Buddhist temple dormitory, 463.91 $kg/m^2$ for Lu and 1042.14 $kg/m^2$ for Il-Ju-Mun, thus showing Il-Ju-Mun with the biggest fire load. We speculate that this is because construction materials were similar in size and quantity to others albeit the area of Il-Ju-Mun is smallest.

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