1 |
Choi, S. J., 2017, A Study on the Evaluation and Development of Rubber Sealing Materials for High-Pressure Hydrogen Gas, KGS, pp.1
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2 |
Park, J. S., 2016, Failure Mode and Effects Analysis for Risk Management of Energy Storage System, Chungbuk University, Master Dissertation, pp.1
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3 |
Oh, D. S., 2008, Study of the Status and Safety Assessment of Domestic and Foreign Hydrogen Station, Hoseo University, Master Dissertation, pp.22
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4 |
Lee, D. H., 2007, A Study on Consequence Analysis and Safety of Hydrogen Station, Kwangwoon University, Master Dissertation, pp.17-18
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5 |
KS M 6518:2018 Physical testing method for vulcanized rubber
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6 |
Lee, S. W., 2016, A Study on the Life Prediction of EPDM for High-Pressure Hydrogen by the Accelerated Life Test, Seoul National University of Science and Technology, Ph. D. Dissertation, pp.52,57
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7 |
Kim, W. J., 2009, A Study on Reliability Evaluation by Analysis of Deterioration Test and Accelerated Life Test for Gas Products, pp.14-47
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8 |
Yamabe et al, Failure Behavior of Rubber O-ring under Cyclic Exposure to High-Pressure Hydrogen gas, Engineering Failure Analysis 2013.
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9 |
KS M 6641:2006 rubber term
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10 |
ASTM D572 - 04(2015) Standard Test Method for Rubber-Deterioration by Heat and Oxygen, ISO 1431-1:2012(en) Rubber, vulcanized or thermoplastic Resistance to ozone cracking, pp.1-2
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