Titlebook: Earthquakes, Tsunamis and Nuclear Risks; Prediction and Asses Katsuhiro Kamae Book‘‘‘‘‘‘‘‘ 2016 The Editor(s) (if applicable) and the Autho

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ved following the Fukushima accident.? In particular, the risk concept in a nuclear system regarding seismic motion and a tsunami beyond the design basis is indispensable. Therefore, research and development fo978-4-431-56702-8978-4-431-55822-4

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Multivariate Statistical Analysis for Seismotectonic Provinces Using Earthquake, Active Fault, and Cavity anomaly were assigned independently to each grid for principal component analysis. The first principal component of the principal analysis in this study represents the degree of tectonic activity for both the northeastern and southwestern Honshu islands. The resulting principal component score

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Extensive Area of Topographic Anaglyphs Covering Inland and Seafloor Derived Using a Detailed Digitaf interpretation of these images. The tectonic deformation on the shallow seafloor near Kisakata has also been identified, where the emergence of the lagoon associated with the Kisakata earthquake (M7.0) of 1804 was recorded in the historical documents. When anaglyphs from detailed DEM are extensive

ensemble

Relation Between Stress Drops and Depths of Strong Motion Generation Areas Based on Previous Broadba:105–116, 2011), and the absolute value is 4?MPa larger than that by Asano and Iwata (Pure Appl Geophys, 168:105–116, 2011). The depth dependency of stress drops for reverse faults is stronger than that for strike-slip faults. The total area of SMGAs is about 0.8 times of the total area of asperitie

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Development of Risk Assessment Methodology Against External Hazards for Sodium-Cooled Fast Reactorsthickness and tephra diameter. The forest fire hazard was evaluated based on numerical simulation which contributed to creating a response surface of frontal fire intensity and Monte Carlo simulation for excess probability calculation. After developing an event tree and failure probabilities, the sn

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Development of a New Mathematical Framework for Seismic Probabilistic Risk Assessment for Nuclear Poly related to the evaluation of core damage frequency (CDF) induced by earthquake, the methodology to evaluate the fragility utilizing expert knowledge, the probabilistic model to cope with the aleatory uncertainty as well as the development of analysing code including these considerations for the i

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