The present study discusses an analytical simulation of the head-on collision between a pair
of hydroelastic solitary waves propagating in the opposite directions in the presence of a …

In the present study, a combined effect of current and compressive force on time dependent
flexural gravity wave motion in both the cases of single and two-layer fluids is analyzed in …

In the present manuscript, the time-dependent capillary gravity wave motion in the presence
of a current and an undulated permeable bottom is analyzed. The spectral method is used to …

In the present paper, the effect of bottom disturbances on wave generation in a viscous
liquid in the presence of uniform current is studied. The wave potential and Stokes stream …

The present study deals with the transient flexural gravity wave motion associated with
floating elastic plate in the presence of permeable bottom. Integral form of the floating plate …

This study examines the impact of a bottom explosion on wave generation in an inertial
surface, considering the roles of fluid viscosity, wave current, and the nature of a slippery …

In this study, an investigation is conducted into the interaction between water waves and a
bottom-standing, thick, porous, and trapezoidal-shaped breakwater under the influence of …

In the present manuscript, flexural gravity wave generation due to an initial disturbance in
the case of two-layer fluid of finite depth in the presence of current is analyzed in three …

Unsteady hydroelastic waves generated by impulsively starting surface and submerged
concentrated loads in a fluid with an underlying uniform current are studied analytically. The …

In this study, energy dissipation by bottom standing thick permeable breakwater in the
presence of current is investigated by considering linearized water wave theory. The …