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Numerical simulation of tsunami runup in northern Chile based on non-uniform k22 slip distributions
(Springer, 2015)
A large seismic gap lies along northern Chile and could potentially trigger a M (w) similar to 8.8-9.0 megathrust earthquake as pointed out in several studies. The April 1, 2014, Pisagua earthquake broke the middle segment ...
Implications on 1 + 1 D tsunami runup modeling due to time features of the earthquake source
(Springer, 2018)
The time characteristics of the seismic source are usually neglected in tsunami modeling, due to the difference in the time scale of both processes. Nonetheless, there are just a few analytical studies that intended to ...
The runup on a multilinear sloping beach model
(Oxford Univ Press, 2015)
A general method of solution for the runup evolution and some analytical results concerning a more general bathymetry than a canonical sloping beach model are presented. We studied theoretically the water wave elevation ...
Estudio teórico del runup de tsunamis en una batimetría simple con aplicación a la subducción chilena
(Universidad de Chile, 2013)
Las alturas máximas del tsunami (alturas de runup) son unos de los parámetros de mayor interés, ya que su predicción estima el peligro al cual se ve expuesta la población. Bajo esta perspectiva, el objetivo principal de ...
Assessment of interseismic coupling models to estimate inundation and runup
(2015)
Tsunami inundation maps are powerful tool to design evacuation plans of coastal communities, additionally can be used as guide of territorial planning and assessment of structural damages in port facilities. The precision ...
Simple estimation of linear 1+1 D long wave run-up
(Oxford University Press, 2017-05)
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 transformations are unnecessary, hence ...
Effect of submarine canyions on tsunami propagation
(Cigiden, 2015)
Effect of submarine canyions on tsunami propagation
(Cigiden, 2015)