... intelligence, machine learning, and deep learning to ship design. The computer vision (CV) technology could import the recognition functionally of geometry to programs, and there are many successful engineering applications already. As the pictures and voices, the ship offset table is a matrix carrying...

... Engineering at the Indian Institute of Technology Madras, Chennai, Tamil Nadu, India. They analyzed the scale effects and proposed a combined Cuomo-Froude method for scaling up the impact pressure of small-scale results. Besides, they also discussed the impact pressure and forces of different types...

... panel resolution phase shift amplitude floating production storage & offloading expansion method experimental result modal expansion method jacobi wave amplitude displacement wave condition panel size mode number vibration engineering thickness Proceedings of the Thirty-second...

... seawall equation fse modeling & simulation engineering accuracy upstream oil & gas sensor grid resolution recurve wave impact wg 5 grigoriadis parapet interaction reservoir simulation experiment timeframe navier-stoke equation interface wave period ABSTRACT...

... upstream oil & gas bridge structural response ground transportation solitary wave load stiffness girder bridge solitary wave force deformation bridge deck tank experiment rubber bearing wave force total deformation engineering vertical stiffness interaction numerical wave...

... when the attack angle is ±8°. air transportation underwater glider wing flexibility lift-drag ratio passenger transportation attack angle deformation engineering hydrodynamic performance drag force variation flexible wing young glider hydrodynamic force lift force numerical study...

.... INTRODUCTION Vortex-Induced Vibrations (VIV) have been known to engineers for more than 400 years, first observed by Leonardo da Vinci as "Aeolian Tones," sounds created by vortex-induced pressure fluctuations as the wind passes around obstacles. Extensive studies on the subject have since been conducted...

... available to simulate IG wave processes. wave energy infragravity wave ig wave height wave height long wave chancay bay ig wave energy engineering significant wave height 0 mean wave period 20 empirical formula free long wave ocean swell wave ig wave proceedings port geophysical...

... and shape. Analysis of the platform column wave run-up, air gap changes, and other issues, discuss the impact of the main parameters of the platform on the motion performance. It has become the focus of increasing attention of ocean engineering and aerospace scientists to select relevant parameters...

... profile at a decadal scale (Larson et al, 2013; Larson et al, 2016). permeable submerged breakwater evolution relative submerged depth configuration breakwater sediment transport experiment erosion reservoir characterization wave height engineering submerged breakwater coastal...

... ABSTRACT With the developments of the reclamation projects, the physical and mechanical properties of the reef limestone have become a hotspot in the ocean engineering. However, it is difficult to obtain natural reef limestone samples. MICP (Microbially Induced Calcium Carbonate Precipitation...

...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 The Influence of Oil Film...

... harbor tug hydrodynamic performance zhang drift angle marine transportation longitudinal force engineering ocean engineering maneuverability mesh reference frame coefficient tug ship lateral force numerical investigation piaggio simulation coordinate system convergence study...

... speed conditions, thereby improving the propulsion efficiency of the ducted propeller in given conditions. In addition, the duct also has a significant optimization effect on the propeller flow field. The propeller wake working behind ship has been significantly improved, so the main engine power can...

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... method is widely used in the field of ocean engineering, such as tidal turbines and water turbines (Turnock et al., 2011; Dominguez et al., 2016). reservoir simulation shallow water virtual disk axial velocity contour upstream oil & gas discretized propeller method resistance body force...

.... regular wave engineering t-foil encounter period trimaran resistance trimaran seakeeping performance experimental result cfd study pitch motion wavelength grid numerically simulated result ocean engineering motion response amplitude equation naoe-foam-sjtu solver Proceedings...

... ABSTRACT CFD (Computational Fluid Dynamics) technology is widely used in ship, port and ocean engineering field. The numerical wave tank based on CFD can avoid the error in the actual experiment, and has the advantages of low cost, high flexibility, etc., compared with the physical wave tank...

... engineering equation ocean engineering application solver regular wave coefficient ABSTRACT The fast-growing floating offshore wind turbines (FOWTs) urge a reliable tool for coupled analyses. While most studies utilize the quasistatic mooring model, the mooring dynamics has rarely been included...

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