Thin continuous flexible floating structures have been shown to have technical and
economic advantages for Offshore Floating Photovoltaic (OFPV) installations. In terms of …

The current study uses a linearized two-dimensional model to examine the impact of
scattering of waves by a thick rigid barrier over the non-uniform coastal bed morphology in …

Wave action over a submerged circular flexible porous membrane is investigated and the
impact of porosity in dampening the far-field wave amplitude is examined in a scattering of …

In this work we present a novel monolithic Finite Element method for the hydroelastic
analysis of very large floating structures (VLFS) with arbitrary shapes that is stable, energy …

This paper details the use of time series for solving finite element equations. It was aimed at
eliminating the discretization of time intervals to reduce calculation time and to obtain …

The dynamic behavior of a very large rectangular floating structure is considered. The
structure is modelled as a plate with free edges. Two different thicknesses are considered for …

In order to analyse the hydroelastic behaviour of the floating thin elastic plate, a numerical
model has been developed by coupling higher-order boundary element method (BEM) and …

With a proud and huge smile, I present my graduation thesis focused on the design of a
floating solar concept. It marks the end of my time at the Delft University of Technology …

abstract Wave action over a submerged circular flexible porous membrane is investigated
and the impact of porosity in dampening the far-field wave amplitude is examined in a …

Completed my studies as a Mechanical Engineer at the National Technical University of
Athens, the present thesis come as the capstone of my efforts for acquiring the Master …