In this paper, we investigate wave attenuation caused by mangroves as a porous media. A 1-
D mathematical model is derived by modifying the shallow water equations (SWEs). Two …

In this paper, we investigate the wave attenuation by mangroves using modified 2D
Nonlinear Shallow Water Equations. Numerically, we solve the model using a staggered …

In this paper, we investigate the wave damping mechanism caused by the presence of
submerged bars using the Shallow Water Equations (SWEs). We first solve these equations …

In this research, we investigate how submarine landslides are able to produce extremely
damaging tsunami waves and estimate the maximum height of the waves in question using …

ABSTRACT A standing wave oscillation in a closed basin, known as a seiche, could cause
destruction when its period matches the period of another wave generated by external …

In this study, we examine numerous numerical approaches for solving the 1-Dimensional
Boussinesq problem. The proposed methods to be discussed include Mohapatra and …

In this research, we study the effect of bottom friction on the resonance in 2Dxy rectangular
basin using a mathematical model. The governing equations used are the shallow water …

Rapid detection and early warning systems demonstrate crucial significance in tsunami risk
reduction measures. So far, several tsunami observation networks have been deployed in …

Wave shoaling, which involves an increase in wave amplitude due to changes in water
depth, can damage shorelines. To mitigate this damage, we propose using porous …

A stepped revetment has proven to be able to attenuate wave run-up height and wave
overtopping discharge more effectively than a dike or a smooth-slope revetment does …