1 권영주, "추락낙하 충돌 시 가해지는 충격력에 대한경수로(PWR) 처분용기의 구조해석" 한국전산구조공학회 24 (24): 211-222, 2011
2 권영주, "추락낙하 사고 시 지면과의 충돌충격에 의하여 다양한 고준위폐기물 처분용기모델에 발생하는 응력에 대한 유한요소해석 비교연구" 한국전산구조공학회 30 (30): 415-426, 2017
3 권영주, "사고로 지면으로 추락낙하 충돌하는 고준위폐기물 처분용기에 대한 기구동역학 해석: 이론" 한국전산구조공학회 26 (26): 359-372, 2013
4 권영주, "사고로 지면에 추락낙하 충돌하는 고준위폐기물 처분용기에 발생하는 충격력" 대한기계학회 40 (40): 469-481, 2016
5 이영신, "모드중첩기법을 이용한 CASK의 동적충격응답해석" 한국전산구조공학회 18 (18): 373-383, 2005
6 Zhou, W., "The Thermal-hydrological Impact on Increased Spent Fuel Storage Capacity in Yucca Mountain Repository" 170 : 336-352, 2010
7 Kwon, Y. J., "Structural Analysis for the Determination of Design Variables of Spent Nuclear Fuel Disposal Canister" 15 (15): 327-338, 2001
8 Pugliese, G., "Spent Fuel Transport Cask Thermal Evaluation under Normal and Accident Conditions" 240 : 1699-1706, 2010
9 Teper, W. W., "Simplified Method for Predicting Impact Loads of Solid-walled Transportation Packagings for Radioactive Materials" 111 : 316-321, 1989
10 KINS, "Regulatory Standards and Guides No.KINS/RSN12.00for PWR"
1 권영주, "추락낙하 충돌 시 가해지는 충격력에 대한경수로(PWR) 처분용기의 구조해석" 한국전산구조공학회 24 (24): 211-222, 2011
2 권영주, "추락낙하 사고 시 지면과의 충돌충격에 의하여 다양한 고준위폐기물 처분용기모델에 발생하는 응력에 대한 유한요소해석 비교연구" 한국전산구조공학회 30 (30): 415-426, 2017
3 권영주, "사고로 지면으로 추락낙하 충돌하는 고준위폐기물 처분용기에 대한 기구동역학 해석: 이론" 한국전산구조공학회 26 (26): 359-372, 2013
4 권영주, "사고로 지면에 추락낙하 충돌하는 고준위폐기물 처분용기에 발생하는 충격력" 대한기계학회 40 (40): 469-481, 2016
5 이영신, "모드중첩기법을 이용한 CASK의 동적충격응답해석" 한국전산구조공학회 18 (18): 373-383, 2005
6 Zhou, W., "The Thermal-hydrological Impact on Increased Spent Fuel Storage Capacity in Yucca Mountain Repository" 170 : 336-352, 2010
7 Kwon, Y. J., "Structural Analysis for the Determination of Design Variables of Spent Nuclear Fuel Disposal Canister" 15 (15): 327-338, 2001
8 Pugliese, G., "Spent Fuel Transport Cask Thermal Evaluation under Normal and Accident Conditions" 240 : 1699-1706, 2010
9 Teper, W. W., "Simplified Method for Predicting Impact Loads of Solid-walled Transportation Packagings for Radioactive Materials" 111 : 316-321, 1989
10 KINS, "Regulatory Standards and Guides No.KINS/RSN12.00for PWR"
11 MOST, "Regulations on Shipping and Transportation of the Radioactive Materials"
12 NSSC, "Notice 2014-50: Regulations on Shipping and Transportation of the Radioactive Materials"
13 "NRC Regulatory Guide 7.6, Design Criteria for the Structural Analysis of Shipping Cask Containment Vessels"
14 Dierch, R., "Investigation of the Impact Behaviour of Wooden Impact Limiter" 150 : 341-348, 1994
15 Aquaro, D, "Impact Tests on Scale Models of a Shock Absorber for LWR Spent Fuel Transport Packaging" 1983
16 IAEA, "IAEA Safety Standards Series No.ST-1"
17 Kwon, Y. J., "Finite Element Analysis of Transient Heat Transfer in and Around a Deep Geological Repository for a Spent Nuclear Fuel Disposal Canister and the Heat Generation of the Spent Nuclear Fuel" 164 : 264-296, 2010
18 Wang, B., "Finite Element Analysis of Stresses and Deformations Occurring in the Spent Nuclear Fuel(SNF) Disposal Canister Deposited in a Deep Geological Repository" 266 : 166-179, 2014
19 Zhou, C. Y., "Drop/Impact Tests and Analysis of Typical Portable Eletronic Devices" 50 : 905-917, 2008
20 Lee, J. Y., "Concept of a Korean Reference Disposal System for Spent Fuel" 44 (44): 1565-1573, 2007
21 Miller, G. K., "Calculation of Impact Loads for High Energy Drops of Cylindrical Containers" 13 (13): 511-526, 1993
22 Choi, W. S., "A Simple Sizing Optimization Technique for an Impact Limiter Based on Dynamic Material Properties" 240 : 925-932, 2010