... is introduced in the regular wave condition as a general method for calculating the amplitude of the total wave loading on any slender structure cross-section. In an irregular sea state, the most probable maximum (MPM) value of the wave load amplitude is expressed in terms of the MPM value of the relative flow...

... conducted, and it was found that some configurations, such as those with every two columns connected by one pontoon, have advantages over others. However, it is important to note that the choice of pontoon shape should be based on the wave loading conditions the floater will be exposed to. While a T-shaped...

... on the dynamic characteristics and hydrodynamics of JOWT-SC are discussed. jacket offshore wind turbine aquaculture cage wave load current mode superposition method Proceedings of the ASME 2022 41st International Conference on Ocean, Offshore and Arctic Engineering OMAE2022 June 5-10, 2022, Hamburg...

.... It would enhance the basic design of the platform geometry and the mooring system. floating solar parametric analysis numerical modelling wave load geometric design Proceedings of the ASME 2022 41st International Conference on Ocean, Offshore and Arctic Engineering OMAE2022 June 5-10, 2022...

.... Such a device is very innovative, being able to absorb a very percentage of incoming sea waves and to produce electrical energy via proper PTO. The focus of the paper has been the analysis of the impact wave loads acting on the modified U-OWC structure during extreme wave events. It has been observed...

... the fatigue damage of shaft bracket separately under the action of high-frequency load (propeller excitation force) or low-frequency load (wave load and local fatigue hydrodynamic force). Based on the linear cumulative damage theory, the fatigue damage under the combined action of the three kinds of fatigue...

... loads at the difference frequency, likely because of flow separation and viscous drag not accounted for in potential-flow theory. semisubmersible bichromatic waves difference frequency QTF low frequency 2 nd order wave load computational fluid dynamics CFD IEA wind OC6 INVESTIGATION...

.... In a typical wave load investigation, the wave force together with corresponding water particle velocity and acceleration are measured. The measured data is then analysed to calculate constant values for drag and inertia coefficients. One of the methods used in derivation of these coefficients is the method...

... on it are calculated by Morison’s equation integrating from the bottom to the instantaneous free surface. For that purpose the wave-motion in the time domain at the monopile is realized by a second-order random wave model. Non-linear Waves Wave Load Wind Energy Converter Proceedings of OMAE03: 22ND...

... the wave models is significant and the non-linear model yields higher fatigue damage than the linear one. Keywords: Non-linear Waves, Wave Load, Wind Energy Converter, Fatigue INTRODUCTION As energy production from wind power becomes more common, the lack of sites for wind power farms on land is turning...

... with water depths ranging from approximately 6 to 30 m. The change of location from land to sea changes the design requirements of wind energy converters. In addition to wind loads, the wave load on the structure has to be taken into account. Since a wind turbine is highly damped in the inline direction...