Sea-level rise due to climate change could significantly exacerbate tsunami disasters since
the sea level is a critical parameter affecting the intensity of tsunamis. Considering the …

This study examined the applicability of factorization machines with quantum annealing
(FMQA) to the field of landslide risk assessment for two specific black‐box optimization …

The criteria for zoning the surface fault rupture hazard (SFRH) along thrust faults are defined
by analysing the characteristics of the areas of coseismic surface faulting in thrust …

In this study, we present an optimization method for determining a cost‐effective sparse
configuration for tsunami gauges to realize the reconstruction of high‐resolution wave height …

In this paper, statistical emulation is shown to be an essential tool for the end-to-end
physical and numerical modelling of local tsunami impact, ie from the earthquake source to …

Earthquake and tsunami predictions comprise huge uncertainties, thus necessitating
probabilistic assessments for the design of defense facilities and urban planning. In recent …

The potential of a full-margin rupture along the Cascadia subduction zone poses a
significant threat over a populous region of North America. Traditional probabilistic tsunami …

This study presents a framework for rapid tsunami force predictions by the application of
mode-decomposition-based surrogate modeling with 2D–3D coupled numerical …

In this study, we propose a scenario superposition method for real‐time tsunami wave
prediction. In the offline phase, prior to actual tsunami occurrence, hypothetical tsunami …

Granular flow is a typical process that occurs in sediment disasters, including rockfalls,
avalanches and landslides, etc. The runout distance in granular flow is closely associated …