[HTML][HTML] A BEM model for wave forces on structures with thin porous elements
A boundary element method (BEM) model is presented for wave forces on structures
composed of solid and porous surfaces, where the porous surface can be subject to either a …
composed of solid and porous surfaces, where the porous surface can be subject to either a …
Water wave scattering by impermeable and perforated plates
In the field of offshore renewable energy, impermeable plates are used as underwater
lenses to amplify the wave amplitude, and perforated plates can harness wave energy as a …
lenses to amplify the wave amplitude, and perforated plates can harness wave energy as a …
Efficient methods free of irregular frequencies in wave and solid/porous structure interactions
The method of boundary integral equation is widely applied to compute and analyze wave–
structure interactions in marine and offshore engineering, and the application is also seen in …
structure interactions in marine and offshore engineering, and the application is also seen in …
Wave interactions with a cylinder surrounded by an arc-shaped breakwater
Inspired by the energy island used for energy storage, conversion, and transmission, this
study explores the water wave interactions with a bottom-standing cylinder surrounded by …
study explores the water wave interactions with a bottom-standing cylinder surrounded by …
Finite element-Dual boundary element method for hydroelastic analysis of very large floating structures protected by perforated barrier
This paper presents a Finite Element–Dual Boundary Element Method (FE-DBEM) for
hydroelastic analysis of very large floating structures protected by vertical perforated barrier …
hydroelastic analysis of very large floating structures protected by vertical perforated barrier …
Practical representation of flows due to general singularity distributions for wave diffraction–radiation by offshore structures in finite water depth
H Wu, J He, RC Zhu, CJ Yang, F Noblesse - European Journal of …, 2021 - Elsevier
The behavior of an offshore structure in regular waves–and the related (linear and
nonlinear) wave loads, added-mass and wave-damping coefficients, and body-motions–are …
nonlinear) wave loads, added-mass and wave-damping coefficients, and body-motions–are …
Practical flow-representations for arbitrary singularity-distributions in ship and offshore hydrodynamics, with applications to steady ship waves and wave diffraction …
Diffraction-radiation of regular waves by offshore structures and flows around ships
advancing in calm water or in regular waves are commonly analyzed via potential-flow …
advancing in calm water or in regular waves are commonly analyzed via potential-flow …
Prediction approach for wave forces on large-scale offshore structures under linear wave action
W Qiu, Z Wang, M Jiang, L Lin - Ocean Engineering, 2022 - Elsevier
This paper presents a numerical mothed that is implemented by applying higher-order
boundary elements in the hybrid integral equation method for predicting the wave forces on …
boundary elements in the hybrid integral equation method for predicting the wave forces on …
Diffraction–radiation of regular water waves and irregular frequencies: A straightforward flow-modeling approach and analysis
Diffraction–radiation of regular waves by a body such as an offshore structure or a moored
ship is considered within the classical framework of potential-flow theory, which is commonly …
ship is considered within the classical framework of potential-flow theory, which is commonly …