ABSTRACT

This paper presents a review on the hydroelastic response of very large floating structures in near-shore and shallow water over sea-bottom with significant variability and complex bathymetry. A review is provided of the modelling approaches based on various numerical methods used in hydroelastic theory. At first, a basic general mathematical formulation of wave diffraction by a floating elastic structure over variable depth under linearized water wave theory and structural response is presented. Next, the hydroelastic analysis of various types of numerical models associated with different arrangements of floating elastic structures is reviewed. Finally, conclusions and useful recommendations in relation to future research developments and directions within the field of flexible floating structures are discussed.