Submarine landslides may generate super-tsunamis as they interact with water bodies such
as oceans, mountain lakes or reservoirs. These water bodies may contain solid objects …

We consider the possibilities of numerical hydrodynamic modeling for the construction of
cadastral maps of dangerous flood zones on the example of the Volgograd region. The …

The reduction of wave run-up induced by solitary waves at sloping beaches, by means of
submerged barriers has been investigated. To this purpose, 198 laboratory tests were …

Tsunamis have been responsible for the loss of almost a half million lives, widespread long
lasting destruction, profound environmental effects, and global financial crisis, within the last …

This article examines the experimental and numerical simulation of the processes of
distribution and interaction of tsunami-type gravitational waves with one barrier and a …

Solitary wave propagation over underwater shelves and bumps is examined using
straightforward analytical methods. Explicit solutions for wave propagation are obtained …

A theoretical model explaining the effect of anomalous suppression of the energy (up to
70%) of tsunami-type waves by thin (compared to the wavelength) underwater obstacles is …

Gravitational mass flows such as submarine and subaerial landslides and debris flows may
generate super tsunami waves as they are triggered, move down slope and impact water …

The article presents a study which aims to describe the process of interaction of a long
gravitation tsunami-type wave with two types of impermeable and sole underwater …

Приведены результаты исследований взаимодействия длинных волн типа цунами с
непроницаемыми затопленными преградами конечной толщины. Детально изучен …