.... In this study, a state-of-the-art Kalman Filter (KF) framework aided by a Finite Element (FE) analysis is employed for nonlinear state estimation and, consequently, structural damage identification of an offshore steel jacket structure subjected to unknown extreme wave loads. The outcome of this approach...

... sustainability china government wind energy social responsibility sustainable development amplitude frequency united states government wind turbine turbine motion response wave load freedom turbine system asia government sub-sea system platform wind speed wind load surge...

... ABSTRACT In order to study the combination effect of wind load and wave load on sea-crossing bridges, the observation data of wind and wave near the bridge site and the inversion data of wind and wave calculated by numerical model are used to fit the characteristic values of wind speed, wave...

... ABSTRACT An analysis method for the global structural strength of the cylindrical FPSO is established. The hydrodynamic model is developed by AQWA. The characteristic parameters suitable for cylindrical FPSO are proposed and the wave loads under different design wave parameters are obtained...

.... Since such a system is very stiff in the vertical degrees of freedom, it is sensitive to high-frequency loads which can generate a resonant response. The literature has indeed highlighted the contribution of high-frequency wave loads, such as third-order ringing loads, to the risk of slack-line events...

... ABSTRACT In this paper, the computation of wave loads on a ship in an ice channel is carried out through a boundary integral equation method. The ice channel is confined between two semi-infinite ice sheets. The linearized velocity potential theory is used for the fluid flow and the thin...

... ABSTRACT This paper presents an experimental study on wave loads and hydro-elastic responses of a very large container ship in irregular waves. A segmented ship model with variable cross-sections backbone is newly designed to meet similarity conditions of vertical, horizontal and torsional...

... ABSTRACT In the coastal engineering, the prediction of wave load on a coastal wall structure plays a crucial role for evaluating the reliability and survivability of the structure. This paper contributes to the multi-scale comparative study conducted in the ISOPE 2022 regarding the regular...

...-coupled analysis, although the second-order wave loads are used in the un-coupled method. INTRODUCTION In recent years, the exploration of offshore wind has moved from shallow waters to deep waters, and the floating offshore wind turbine (FOWT) is considered a competitive candidate to harvest wind...

...) studied the short-term fatigue failure properties of SPAR floating OWT under random wind and wave loadings, and considered the effects of simulated length, wind and wave misalignment, wind effect and wave effect on fatigue damage. Lin Chen (2018) proposed a method to describe wave flow interaction model...

... platform hull order wave force wave load ABSTRACT In order to prevent the overturning of the platform caused by punch-through accident, the deep water jack-up may preload with hull close to the water surface which is called "preloading in wave". The platform operates under wave impact loads...

... upstream oil & gas artificial intelligence floating production storage and offloading mooring system floating production system fpso anti-motion structure platform heave motion simulation wave load hydrodynamic performance machine learning fcd horizontal motion floating...

... investigation numerical model chamber wall resonance hydrodynamic pressure wave load frequency domain surface elevation ocean engineering Proceedings of the Thirty-first (2021) International Ocean and Polar Engineering Conference www.isope.org Rhodes, Greece, June 20 25, 2021 Copyright © 2021...

... with the return period of 1 and 10 years based on the JONSWAP spectrum. The wave load on the containment boom can be obtained from the simulation and be imported into the in-place analysis of the anchor pile by SACS. The analyses can determine the overall behavior of the piles and establish the maximum stress...

... Abstract Most structures for floating solar photovoltaic systems consist of multiple modules which are made up of many buoys and connection beams. The hydrodynamic analysis on the total structure should be conducted to estimate wave loads on the structure precisely. However, considerable...

..., the focusing wave load peaks are different, and the peaks of the focusing waves and vertical cylinders in a physical wave tank, and wave load varied with the focusing wave period and wave incident angle. investigated the frequency components of wave forces through wavelet Under the action of wave focusing from...

... random wave load where the structure is exposed. The varying wave were collected by performing numerical simulation (finite element height and wave loading direction can exert a confounding influence on model) of the platform with various wave height and wave direction. the measured structural responses...

... Abstract The current evaluation methods of hull wave load include numerical simulation, model experiment and real ship experiment. Numerical simulation combined with model experiment is a reasonable and economical method to evaluate hull wave load. For ships with bottom sonar opening...

... in the literature due to the difficulty of measuring accurately the mudline moment. We analysed the carefully measured wave loads from the tests in the Kelvin tank in the University of Strathclyde where a four-phase method is employed to extract the harmonic wave loads. The mudline moment shows a ‘Stokes-like...

... a better understanding on tsunami-induced destructions, this paper studies the wave loads and structural responses of coastal bridge structures caused by tsunami waves. Firstly, a self-developed numerical wave tank which solves the incompressible Navier-Stokes (N-S) equations is built based...