New scaling relationships of key earthquake source parameters are developed by uniformly
and systematically analyzing 226 finite-fault rupture models from the SRCMOD database …

We solve the nonlinear shallow water-wave equations over a linearly sloping beach as an
initial-boundary value problem under general initial conditions, ie, an initial wave profile with …

We introduce a new parameter, tsunami runup predictor (TRP), relating the accelerating
phase of the wave to the length of the beach slope over which the wave is travelling. We …

SUMMARY The 1992 September 1 Nicaragua tsunami manifested itself with an initial
shoreline recession, resulting in a fundamental change in approach to define the initial …

Tsunami run-up is a key value to determine when calculating and assessing the tsunami
hazard in a tsunami-prone area. Run-up can be accurately calculated by means of …

In this study, the N-wave profile is fitted to the seafloor deformation for a large set of
earthquake scenarios, ie, assuming that the seafloor deformation resulting from an …

This study investigates the drifting dynamics of objects caused by tsunamis and storm
surges, focusing on the influence of solitary wave size, container weight, and revetment type …

Tsunami disasters pose a significant threat to coastal communities. In the last decades,
tsunamis caused enormous destruction and exceeding 250000 fatalities. International efforts …

Nello studio fisico e matematico dei maremoti, l'interazione con la costa, detto anche
problema del run-up rappresenta ancora oggi una grande sfida. Da un lato, si tratta forse del …

An analytical solution is derived concerning the linear run-up for any given initial wave
generated over a sloping bathymetry. Due to the simplicity of the linear formulation, complex …