... oil & gas simulated velocity characteristic china government platform current velocity water circulation circulation simulation beach artificial flow creation reclamation project produced water discharge single platform water management minimum current velocity measuring point...

.... The importance of wave steepness and current velocity are identified in the simulations of wave-current interaction. INTRODUCTION For the study of free-surface flows in marine-engineering problems, a numerical wave tank (NWT) provides an alternative to conventional physical model tests. Towards a reliable...

... analysis current velocity Proceedings of the Thirty-second (2022) International Ocean and Polar Engineering Conference Shanghai, China, June 5 10, 2022 Copyright © 2022 by the International Society of Offshore and Polar Engineers (ISOPE) ISBN 978-1-880653-81-4; ISSN 1098-6189 www.isope.org Predictions...

... pollutant discharge flood tide water exchange haihua island water body culvert bridge pollutant tide current velocity sea area yangpu bay Proceedings of the Thirty-second (2022) International Ocean and Polar Engineering Conference Shanghai, China, June 5 10, 2022 Copyright © 2022...

... and corresponding current velocities are employed to investigate the responses of the riser. The numerical results indicate that the dominant crossflow and inline vibration modes are increased with the current velocity. The amplitudes of crossflow and inline vibration modes show periodic variations...

... such as an acoustic signal range; the number of ships; and current velocity to verify its robustness. Introduction Pollution of the marine environment by marine debris has been considered a serious problem. In particular; lost or discarded fishing gears cause fish to get caught in the invisible net and die; which...

...: Channel; Hydrodynamics, Topography, Surficial mouth of the conceptual channel. Due to the continuous narrowing of sediment, Residual current. the side boundary of the channel, the current velocity increases continuously. However, the current close to the side boundary is the INTRODUCTION first to increase...

... Abstract An analytical method to directly calculate fatigue lives for free spanning pipes has been derived from the works of Hobbs (1986) by adding fatigue calculations to screen the effect of Soil-Structure Interactions. Lives will depend on many parameters, especially sea current velocities...

... station tide yangtze estuary typhoon sediment concentration current velocity sediment transport runoff north passage neap tide sediment flux near-bottom high ssc ssc boundary layer high ssc observation period Proceedings of the Thirty-first (2021) International Ocean and Polar...

... for maintaining the submerged breakwaters and preserving the sandy beaches, a predictive model with high accuracy is required. engineering current field coastal engineering wave direction wave breaking computed result submerged breakwater zero-equation model bottom current velocity applicability...

... ABSTRACT This paper studies the fixing modes of netting system for the fully submerged aquaculture cage. Through physical model tests, the forces on column-netting structure model's tie points for different current velocities and different fixing modes were measured. The influence of netting...

... because of the low cost and high versatility. numerical simulation diameter floater frequency model test relation model test result water depth upstream oil & gas scr steel lazy wave riser simulation current velocity vibration frequency vortex viv amplitude amplitude riser...

... al., 2016). Therefore, understanding the basics of fluid structure, such as the current velocity in the bottom mixed layer (BML) and the intensity of vertical mixing (turbulent flow intensity), is important for assessing the effects of such mining on the environment. In particular, the development...

... structure trench system reduction wall-trench system current velocity submerged wall numerical model reservoir characterization simulation simulation case experiment current velocity variation suppression runup height Submerged Wall-Trench Systems to Suppress Tsunami Impact on Coast...

... maximum swirling strength normalized with the peak swirling strength under various current velocities. The instantaneous HSVs with the swirling strength much lower than Ω peak are present for the largest percentage of time. Superimposition of waves significantly affects the characteristics of the HSV...

... wave height high pressure current velocity wind velocity fluctuation ishikari-hama beach A Study on Wind Driven Current and Nearshore Current at Ishikari-Hama Beach Naoyuki Inukai1 and Keita Shinada2 1Department of Civil and Environmental Engineering, Nagaoka University of Technology Nagaoka...

... renewable energy dissipation msl tsunami water level variation coastline local model knowledge management interaction bathymetry current velocity current movement energy dissipation headland inundation artificial intelligence ocean energy simulation Tsunami Interaction with Bay Beaches...

... Cross brace 38 mm 1.0 mm Inclined brace 27 mm 1.0 mm Inner cross brace 16 mm 1.0 mm Testing System Environmental load cases were considered including solely currents, solely waves and coupled wave and current in this study. The present measurements were carried out based on current velocity (0-1.4m/s...

... accurate force and motion analysis. dijkstra main line drag coefficient displacement coefficient culture system line force reservoir simulation buoy raft culture system current velocity culture line experiment numerical model culture line model adjacent segment equation kelp raft...

..., and the depth of the water was 0.4 m in the tests. Steady current was generated by a pump located at one end of the flume. The Acoustic Doppler Velocimeter (ADV) was applied to measure the current velocity. The current-velocity variation 5 mm below the free surface shows that there was no significant surface...