... coefficient amplitude interaction wang geologist subsea system deflection dissipation liu characteristic reservoir geomechanics cosh frequency transmission geology geological subdiscipline xin-ying pan ming-yue song stiffness coefficient elastic coefficient laminated...

... simulation breaking melville interface mechanism fluid mech statistics investigation dissipation cavity equation wave steepness resistance popinet steepness fragmentation main cavity formation plunging ABSTRACT Plunging breaking wave involves the transfer of heat...

... the fluid and particles in the conveying direction to enhance computational efficiency. The impact of inclination angle on fluid pressure and energy dissipation is measured and assessed. The pressure drop and energy loss initially increase to a maximum and then decrease with the inclination angle increasing...

..., the Mandel-Cryer effect was observed. The sustained loading magnitude dominated the pore pressure dissipation. A drained criterion is given based on the systematic investigation. Furthermore, it is found that under different cyclic loads, both the surrounding pore pressure and the displacement of the plate...

... ABSTRACT This study presents an experimental investigation on dissipation mechanism of wave-induced gap resonance between two rectangular stationary floating structures (TRFSs). The forms of multiple floating structures including two identical fixed rectangular boxes are considered...

... based on a subgroup of the aspects that have an impact on the dissipation of vibrations in risers, which is the relative contribution of the layers, this work aims to measure the damping coefficients in a gradually dissected riser sample, i.e. successively measured after removing each layer to identify...

..., the wave energy dissipation of bimodal sea is mainly high frequency wind wave, and the energy dissipation of swell wave is slow. KEY WORDS: wave simulation; bimodal wave; wave transformation; Gulf of Guinea. INTRODUCTION The Gulf of Guinea is located in west Africa. As an open bay facing the Atlantic Ocean...

... on Submerged Structures for Wave Energy Dissipation Watusiri Suwannarat, Susumu Araki Department of Civil Engineering, Osaka University Suita, Osaka, Japan ABSTRACT The effects of stepped slopes on impermeable submerged structures are presented in terms of wave energy dissipation. The influences of various...

.... The results show that, the transient effect has significant influence on the free water surface of tank. Under harmonic excitation, the transient effect will arouse a larger peak value at the natural frequency, which requires a longer physical dissipation time to eliminate. Under random excitation...

... ABSTRACT Flat plate breakwater is widely studied for wave dissipation due to its good performance near the water surface and low cost in deep-water area. However, fixed flat plate suffers from low adaptability problem due to various incoming waves. This paper studies the wave dissipation...

.... In this paper we opted to calibrate the Manning coefficient, which acts as an additional dissipative term to limit overestimation and achieve accurate assessments. INTRODUCTION Wave overtopping is one of the main issue affecting coastal areas, especially in light of the ongoing sea level rise. It is indeed...

... ABSTRACT The effects of stepped slope on submerged breakwater are investigated for the efficiency of wave energy dissipation. This paper focuses on stepped submerged breakwater with different step sizes and crest widths, which are carried out on numerical simulation (OpenFOAM®). Regular waves...

... determines the interaction between particles by a simple limiter to decrease the inherent numerical dissipation. In the present work, three schemes (Standard- WCSPH, δ -SPH and Riemann–SPH) are firstly considered to simulate the case of an oscillating drop, as a classical free-surface flow benchmark...

... upstream oil & gas wave height artificial viscosity wave maker renormalization scheme interaction dissipation regular wave steepness wave numerical dissipation Proceedings of the Thirty-first (2021) International Ocean and Polar Engineering Conference www.isope.org Rhodes, Greece, June 20...

... transformation ocean energy dissipation low tide level funwave-tvd infragravity wave green line tide level wave height significant wave height engineering simulation wave energy sandbar storm wave transformation Proceedings of the Thirty-first (2021) International Ocean and Polar Engineering...

... for wave dissipation. Results show that a double plate configuration is more effective in attenuating wave energy than a single floe, regardless side effects that may occur due to nonlinear fluid motion overwashing the plates. INTRODUCTION Arctic sea ice is retreating in response to climate change (e.g...

... ABSTRACT The comprehension of the energy balance between the wind input, dissipation is still partially empirical. In this context, new field observations are still revealing important information about the sea surface dynamics. Wave breaking is the main source of wave energy dissipation...

... breaking can be captured as shock or hydraulic jump without any criteria and energy dissipation models. The parallel method of Message Passing Interface (MPI) is used to get acceleration of the simulation. Then, this model was applied to simulate deep-water wave propagation with breaking, including...

... protection. The SWAN (Simulating Waves Nearshore) model has achieved good simulating results on vegetation-induced wave dissipation in the condition of pure waves, while the effects of the tidal currents are ignored. A revised formula based on Hu Suzuki, Zitman, Uittewaal and Stive (2014) formulation...

... components are shown for the overall fluid domain and, successively, for two subregions of the fluid domain: the region in which the waves propagates in the wave flume and the region in which the fixed barge is located. The amount of energy dissipated in the latter region allows for the determination...