At the 16th IWWWFB we presented results for the deformation of a VLFP with constant elastic parameters. The short-wave theory we presented made use of an integral-differential equation. The theory is extended for finite water depth making use of a special choice of the Green’s function. In this presentation we apply the ray method to the inhomogeneous case. The constant parameter case serve
At the moment, the world is at the verge of an energy transition. One of the most promising green re...
A novel frequency domain numerical method for Very Large Floating Structure (VLFS) hydroelasticity i...
The linear three-dimensional problem of flexural-gravity wave (hydro-elastic wave) diffraction by a ...
Diffraction of surface waves by a very large floating platform is studied for the case of finite wat...
Due to the growth of their population, urban development and the corresponding expansion of land use...
In this paper the recently developed semi-analytic method to solve the free-surface wave inter-actio...
In the present study, the wave scattering due to very large floating structure (VLFS) is analysed co...
SummaryIn the present study, the wave scattering due to very large floating structure (VLFS) is anal...
It was at the 11th IWWWFB that the late professor Ohkusu [5] draw my attention to the problem of int...
As a model for a homogeneous sheet of floating sea-ice undergoing periodic vertical loading, we trea...
Thin continuous flexible floating structures have been shown to have technical and economic advantag...
Floating offshore solar platforms (FOSPs) are envisaged to become Ultra Large Floating Structures (U...
Studies on the behavior of large floating structures have been motivated by the design of platforms ...
AbstractA new physical model for very large floating structures (VLFSs) connected with an immersed m...
It has been a general practice to model a very large, mat-like, floating body (such as ice floes and...
At the moment, the world is at the verge of an energy transition. One of the most promising green re...
A novel frequency domain numerical method for Very Large Floating Structure (VLFS) hydroelasticity i...
The linear three-dimensional problem of flexural-gravity wave (hydro-elastic wave) diffraction by a ...
Diffraction of surface waves by a very large floating platform is studied for the case of finite wat...
Due to the growth of their population, urban development and the corresponding expansion of land use...
In this paper the recently developed semi-analytic method to solve the free-surface wave inter-actio...
In the present study, the wave scattering due to very large floating structure (VLFS) is analysed co...
SummaryIn the present study, the wave scattering due to very large floating structure (VLFS) is anal...
It was at the 11th IWWWFB that the late professor Ohkusu [5] draw my attention to the problem of int...
As a model for a homogeneous sheet of floating sea-ice undergoing periodic vertical loading, we trea...
Thin continuous flexible floating structures have been shown to have technical and economic advantag...
Floating offshore solar platforms (FOSPs) are envisaged to become Ultra Large Floating Structures (U...
Studies on the behavior of large floating structures have been motivated by the design of platforms ...
AbstractA new physical model for very large floating structures (VLFSs) connected with an immersed m...
It has been a general practice to model a very large, mat-like, floating body (such as ice floes and...
At the moment, the world is at the verge of an energy transition. One of the most promising green re...
A novel frequency domain numerical method for Very Large Floating Structure (VLFS) hydroelasticity i...
The linear three-dimensional problem of flexural-gravity wave (hydro-elastic wave) diffraction by a ...