... united states government artificial intelligence capex united kingdom government social responsibility lcoe asia government sustainable development investment aep opex case study element cost scene 3 wec wave energy project sustainability europe government ocean energy wave...

... upstream oil & gas wave energy united states government reservoir surveillance production control cylinder jacket structure regime germany government sub-sea system flow pattern water depth cross section wave direction dependency orientation flow field europe government...

... vegetation zone artificial mangrove model laboratory study vegetation model wave energy ABSTRACT Mangroves can attenuate wave energy efficiently. However, the effect of a mangrove canopy on wave attenuation is controversial. A series of laboratory experiments under regular waves were conducted...

... value of 97.5s), respectively. Most of large IG waves closely related to high swell waves appear at 190-315°. With the bispectral method, it is found that the bound wave energy only contributed a small amount (at most 10%) of the observed IG wave energy at 25 m depth. Edge wave is the main component...

... sustainability transmission coefficient coefficient sustainable development attenuation vegetation investigation social responsibility emergent vegetation wave energy experimental study sandbar ocean energy renewable energy wave attenuation sandbar crest vegetation area...

.... frequency thickness vegetation china dune transmission coefficient wave energy wave attenuation sustainability engineering water depth wd 0 scenario social responsibility experimental observation dissipation coefficient coefficient erosion sandbar crest Proceedings of the Thirty-first...

.... The results show that with increasing tide level, the surf zone moves onshore remarkably. In the presence of a sandbar, wave breaks in advance, cross–shore wave energy distribution changes, the long wave energy is reduced, and the short wave energy increases. INTRODUCTION In the context of global climate...

... model is trained to optimize the varying bathymetry that enables wave energy focusing, using the specified RNN outputs and loss function. We show that the trained RNN model successfully produces different varying bathymetries that are optimized to reflect and diffract incident wave energy to various...

... Abstract The paper introduces a wind-wave coupling power generation system based on semi-submersible platform and the hydrodynamic performance and power conversion efficiency are considered. The two degree of freedom wave energy module is divided into three processes: single heave, single...

... Abstract To further solve the problems of system stability and energy conversion efficiency in the development of wave energy utilization to deep water, the perforated damping plate is considered based on the existed point-absorber wave energy converter in this study. A new form of dual-buoy...

... ABSTRACT The objective of this study is to discuss the hydrodynamic performance of a wave energy converter using floating panels. A scale model was built in the laboratory at Hohai University, and then was employed to investigate the performance of developed wave energy device. In the physical...

... propagate wave energy reservoir characterization front slope fundamental frequency incident wave period plateau waveform interaction short incident wave period trough wave period variation upstream oil & gas iw propagate Interaction Between Internal Waves and Surface Waves Over a Slope...

.... wave energy experiment equilibrium surge motion limitation foil autonomous controller experimental study application kumar target position specification subsea system water depth initial design thrust force floater wavelength renewable energy model condition Initial Design...

... wave energy by 50% (Dick and Brebner, 1968). Designing breakwaters with low submergence can be dangerous for navigation. On the other hand, the more submergence decreases the more protection decreases. The main challenge in building submerged breakwaters is to guarantee the effectiveness...

... ABSTRACT Wave energy is one of the most promising renewables not only because the resource is very large, but also because the power is much more consistent than wind-, solar- and tidal power. Wave is at the same time more predictable than wind and solar. The economic performance...

... energy type and calculate their proportion in the power supply system, based on the analysis of resource reserves and distribution for island. requirement island daguan island ocean energy renewable energy electricity requirement constraint condition social responsibility wave energy...

... ABSTRACT The objective of this study is to discuss the structure and hydrodynamic performance of a shoreline wave energy converter coupled with breakwater. A scale model was built in the laboratory at Hohai University, and then was employed to investigate the performance of developed wave...

... hybrid wind-wave system amplitude wind turbine coefficient frequency domain social responsibility sustainability wind energy subsea system motion response wave energy converter simulation ocean energy renewable energy proceedings equation wave energy sesam sustainable...

... ABSTRACT This paper examines the experimental data on ice floes collisions from the HYDRALAB+ Transnational Access project: Loads on Structure and Waves in Ice (LS-WICE). The paper quantifies the contribution from ice-floes collisions to wave energy attenuation. Time-domain and different...

... machine learning artificial intelligence propulsive efficiency renewable energy wusv propulsor foil ocean energy efficiency flow-field disturbance wave energy coefficient tfp subsea system propulsive performance foil quantity thrust force vehicle simulation tandem foil...