1 |
KDHC, "Business Manual of Group Energy Enterprise," Korea District Heating Corporation Manual, 1(3), 22-43(2010).
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2 |
KDHC, "Thermal Piping Facility Construction Work Guide," Korea District Heating Corporation Manual, 2(1), 40-60(2010).
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3 |
KDHC, "Thermal Piping Equipment Technical Manual (Dual insulated pipeline)," Korea District Heating Corporation Manual, 2(1), 202-213(2010).
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4 |
https://www.kdhc.co.kr/content.do?sgrp=S22&siteCmsCd=CM3654&topCmsCd=CM3692&cmsCd=CM3702&pnum=1&cnum=0.
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5 |
Park, S. B., "Development of a Probability Model for Water Main Burst Risks Using the Leakage Type Analysis Methods," University of Seoul, Department of Environmental Engineering Graduate School, 5-9(2008).
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6 |
Kim, M. J., "A Probability model for burst risks of water pipies using statistic methods", University of Seoul, Department of Environmental Engineering Graduate School, 2004.
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7 |
Lee, H. S. and Lim, J.-H., "SPSS 22 Manual," Jyphyunjae Publishing Co., ISBN 978-89-97304-42-4, pp366-386(2015).
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8 |
Kleiner, Y. and Rajani, B., 2001, "Comprehensive Review of Structural Deterioration of Water Mains : Statistical Models," Urban Water, 3, pp131-150.
DOI
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9 |
Kim, B. S., "A Study on Management of Gas Transportation Pipelines Based on Integrity Assessment System", Dept. of Chemical Engineering The Graduate School of Kwangwoon University, 38-62(2012).
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10 |
KOSHA Guide, "Technical Guidelines for Pipeline Major Accident Emergency Planning," Korea Occupational Safety & Health Agency, M-157-2012.
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11 |
Korea District Heating Corporation, http://www.kdhc.co.kr
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12 |
KDHC, "Thermal Piping Facility Maintenance Management Guide Book," Korea District Heating Corporation, 2(1), 141-180(2010).
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13 |
Kim, G. B., "Analysis of Accident Cause and Statistical Accident Probability Model of District Heating Pipeline," Seoul National University of Science & Technology, Department of Energy& Environment Graduate School, 29-30(2017).
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