An exact analytical method is employed for studying the diffraction problems in an ocean
due to the presence of a specific type of cylinders. In this current work, two models are …

The interaction of linear water waves with a bottom-mounted surface-piercing compound
porous cylinder is investigated theoretically. Only the top (a≤ r≤ b) of the bottom cylinder …

We consider two coaxial vertical geometrical shapes in the form of a riding hollow cylinder
and a bottom-mounted solid cylinder, the latter being an approximation for a caisson. The …

The present study deals with the hydrodynamic force due to water wave interaction with a
floating compound porous cylinder in finite depth. The bottom (0≤ r≤ b) and top (a≤ r≤ b) …

Hydrodynamic coefficients due to horizontal oscillation in surge motion for a floating, hollow
cylinder placed above a fixed, coaxial, bottom-mounted cylinder are investigated within the …

Surge radiation problem due to two coaxial cylinders—one a riding hollow cylinder and the
other a submerged solid cylinder of greater radius at some distance above an impermeable …

This paper presents the second-order diffraction problem for a large vertical cylinder.
Expressions have been obtained for three second-order forces, namely waterline force …

Two coaxial vertical cylinders-one is a riding hollow cylinder and the other a solid cylinder of
greater radius at some distance above an impermeable horizontal bottom, were considered …

An analysis of the non-homogeneous term involved in the free surface condition for second
order wave diffraction on a pair of cylinders is presented. In the computations of the …

Computation of the non-homogeneous term arising in the nonlinear free surface condition
due to the second-order wave diffraction for a pair of cylinders under the assumption of an …