Abstract
We have surveyed new technologies and research results for the accident management of nuclear power plants. And, based on the concept of using the existing plant capabilities for accident management, both in-vessel and ex-vessel strategies were identified and analyzed. When assessing accident management strategies, their effectiveness, adverse effects, and their feasibility must be considered. We have developed a framework for assessing the strategies with these factors in mind. We have applied the developed framework to assessing the strategies, including the likelihood that the operator correctly diagnoses the situation and successfully implements the strategies. Finally, the cavity flooding strategy was assessed by applying it to the station blackout sequence, which have been identified as one of the major contributors to risk at the reference plant. The thermohydraulic analyses with sensitivity calculations have been performed using MAAP 4 computer code. (Author).
Park, Chang Kyu;
Jae, Moo Sung;
Jo, Young Gyun;
Park, Rae Jun;
Kim, Jae Hwan;
Ha, Jae Ju;
Kang, Dae Il;
Choi, Sun Young;
Kim, Si Hwan
[1]
- Korea Atomic Energy Res. Inst., Taejon (Korea, Republic of)
Citation Formats
Park, Chang Kyu, Jae, Moo Sung, Jo, Young Gyun, Park, Rae Jun, Kim, Jae Hwan, Ha, Jae Ju, Kang, Dae Il, Choi, Sun Young, and Kim, Si Hwan.
Development of accident management technology and computer codes -A study for nuclear safety improvement-.
Korea, Republic of: N. p.,
1994.
Web.
Park, Chang Kyu, Jae, Moo Sung, Jo, Young Gyun, Park, Rae Jun, Kim, Jae Hwan, Ha, Jae Ju, Kang, Dae Il, Choi, Sun Young, & Kim, Si Hwan.
Development of accident management technology and computer codes -A study for nuclear safety improvement-.
Korea, Republic of.
Park, Chang Kyu, Jae, Moo Sung, Jo, Young Gyun, Park, Rae Jun, Kim, Jae Hwan, Ha, Jae Ju, Kang, Dae Il, Choi, Sun Young, and Kim, Si Hwan.
1994.
"Development of accident management technology and computer codes -A study for nuclear safety improvement-."
Korea, Republic of.
@misc{etde_10112269,
title = {Development of accident management technology and computer codes -A study for nuclear safety improvement-}
author = {Park, Chang Kyu, Jae, Moo Sung, Jo, Young Gyun, Park, Rae Jun, Kim, Jae Hwan, Ha, Jae Ju, Kang, Dae Il, Choi, Sun Young, and Kim, Si Hwan}
abstractNote = {We have surveyed new technologies and research results for the accident management of nuclear power plants. And, based on the concept of using the existing plant capabilities for accident management, both in-vessel and ex-vessel strategies were identified and analyzed. When assessing accident management strategies, their effectiveness, adverse effects, and their feasibility must be considered. We have developed a framework for assessing the strategies with these factors in mind. We have applied the developed framework to assessing the strategies, including the likelihood that the operator correctly diagnoses the situation and successfully implements the strategies. Finally, the cavity flooding strategy was assessed by applying it to the station blackout sequence, which have been identified as one of the major contributors to risk at the reference plant. The thermohydraulic analyses with sensitivity calculations have been performed using MAAP 4 computer code. (Author).}
place = {Korea, Republic of}
year = {1994}
month = {Jul}
}
title = {Development of accident management technology and computer codes -A study for nuclear safety improvement-}
author = {Park, Chang Kyu, Jae, Moo Sung, Jo, Young Gyun, Park, Rae Jun, Kim, Jae Hwan, Ha, Jae Ju, Kang, Dae Il, Choi, Sun Young, and Kim, Si Hwan}
abstractNote = {We have surveyed new technologies and research results for the accident management of nuclear power plants. And, based on the concept of using the existing plant capabilities for accident management, both in-vessel and ex-vessel strategies were identified and analyzed. When assessing accident management strategies, their effectiveness, adverse effects, and their feasibility must be considered. We have developed a framework for assessing the strategies with these factors in mind. We have applied the developed framework to assessing the strategies, including the likelihood that the operator correctly diagnoses the situation and successfully implements the strategies. Finally, the cavity flooding strategy was assessed by applying it to the station blackout sequence, which have been identified as one of the major contributors to risk at the reference plant. The thermohydraulic analyses with sensitivity calculations have been performed using MAAP 4 computer code. (Author).}
place = {Korea, Republic of}
year = {1994}
month = {Jul}
}