Development of the evaluation methodology for earthquake resistance of the engineered barrier system (III)

Mori, Koji*; Neyama, Atsushi*; Nakagawa, Koichi*

JNC TJ8400 2000-064, 175 Pages, 2000/03

JNC-TJ8400-2000-064.pdf:5.23MB

In this study, the following tasks have been performed in order to evaluate the stability of earthquake resistance for the engineered barrier system(EBS) of High Level Waste (HLW) geological isolation system. (1)validation studies for the liquefaction model. The function of single-phase analysis without interaction between soil and pore water in three-dimensional effective stress analysis code, which had been developed in this study, have been verified using by actual vibration test data. This fiscal year, some validation studies for the function of liquefaction analysis was conducted usig by actual measured data through the laboratory liquefaction test. (2)Supplemental Studies for JNC Second Progress Report. Through the JNC second progress report, it was considered that the stability of earthquake resistance of the engineered barrier system would be maintained under the major seismic event. At the same time we have recognized that several model parameters for joint-crack element, which takes into account for the response behavior of material discontinuous surface such as between overpack and buffer material, will become important in the response behavior of the whole EBS. This year, we have studied about several topics, which arise from technical discussion on JNC second progress report and we have discussed about total seismic stability of EBS. (3)Supplemental Studies for joint study with NRIDP. At this fiscal year, the joint study with National Research Institute for Disaster Prevention (NRIDP) will be final stage. UP to this day, incremental validation studies had been continued using by mesuared data obtained from vibration test. In this final stage, validation analysis has been conducted again using by current version new analysis code and maintained the validation data which will be contribute to the joint study mentioned above.

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PNC TJ1458 98-003, 242 Pages, 1998/02

PNC-TJ1458-98-003.pdf:9.81MB

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Mori, Koji*; Neyama, Atsushi*; *; Nishimura, Kazuya*

PNC TJ1458 97-003, 179 Pages, 1997/02

PNC-TJ1458-97-003.pdf:5.75MB

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*; Neyama, Atsushi*; Nishimura, Kazuya*; *

PNC TJ1458 96-001, 190 Pages, 1996/02

PNC-TJ1458-96-001.pdf:4.12MB

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PNC TJ1458 95-003, 81 Pages, 1995/03

PNC-TJ1458-95-003.pdf:1.84MB

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*; Neyama, Atsushi*; Nakagawa, Koichi*

PNC TJ1458 95-001, 101 Pages, 1995/03

PNC-TJ1458-95-001.pdf:2.2MB

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Tokizawa, Takayuki

PNC TJ1458 94-003, 122 Pages, 1994/03

PNC-TJ1458-94-003.pdf:2.91MB

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PNC TJ1458 94-001, 80 Pages, 1994/02

PNC-TJ1458-94-001.pdf:1.43MB

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PNC TJ1458 93-001, 554 Pages, 1993/02

PNC-TJ1458-93-001.pdf:19.98MB

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