Seite - 1043 - in Book of Full Papers - Symposium Hydro Engineering

COMMISSION INTERNATIONALE DES GRANDS BARRAGES ------- VINGT-SIXIÈME CONGRÈS DES GRANDS BARRAGES Autriche, juillet 2018 ------- A DEVELOPMENT OF HYDROLOGIC RISK ANALYSIS MODEL FOR SMALL RESERVOIRS BASED ON BAYESIAN NETWORK * Jin-Guk KIM1 , Hyun-Han KWON2*, Byoung-Han CHOI 3 1. Ph.D Course of the Department of Civil Engineering, CHONBUK NATIONAL UNIVERSITY 2. Associate Professor of the Department of Civil Engineering, CHONBUK NATIONAL UNIVERSITY 3. Senior Researcher of the Rural Research Institute, KOREA RURAL COMMUNITY CORPORATION SOUTH KOREA (Tel: +82-63-270-2426, Fax: +82-63-270-2421, e-mail: kwon@jbnu.ac.kr) 1. ABSTRACT Typhoon-induced storm surge along with heavy rainfall has been recognized as the most frequently reported hazards for water-related hazards in South Korea. Moreover, it has been widely acknowledged that the frequency and intensity of typhoons (or abnormal low-pressure system) are likely to increase over time due to the potential impact of climate change. There are 14,000 small reservoirs in South Korea and various issues related to the reservoir safety. A hydrologic reservoir risk analysis requires a systematic process to ensure dependency relationships among key hydrologic variables (e.g. precipitation, * A DEVELOPMENT OF HYDRAULIC-HYDROLOGIC RISK ANALYSIS MODEL FOR SMALL RESERVOIRS BASED ON BAYESIAN NETWORK 1043