... be mapped to halfcircle to get wave loads. reservoir characterization mapping function plane application engineering conformal mapping coefficient wave load unit circular vertical cylinder boundary condition conformal transformation wave elevation upstream oil & gas cylinder bessel...

.../coastal areas (Isaacson and Cheung, 1993; Chen et al. 1999). Methods that can provide accurate predictions of forces and moment on submerged structures in combined waves and currents are required for the safe and cost efficient design of submerged structures in coastal areas. engineering vertical...

.... It is of great scientific significance and great engineering value to study the liquefaction and anti-liquefaction measures of the seabed soil under the action of waves for the stability of the offshore wind turbines, especially for the steady development of the offshore wind power foundation. Based...

... of wave obliquity on the wave-induced pore pressures and the resultant seabed liquefaction around the pipeline, which cannot be observed in 2-D numerical simulation. INTRODUCTION Nowadays, many offshore structures have been commonly constructed over the last few decades due to the growing engineering...

... anti-sloshing ideas keep emerging in the recent decade, trying to avoid damaging the membrane surface. free surface experiment rectangular tank foam thickness hydrodynamic pressure frequency ocean engineering amplitude flng tank history experimental study pressure sensor wave height...

... ABSTRACT Response in a porous seabed under dynamic environmental loading is a vital engineering issue in marine geotechnics. Lots of investigations for seabed response under dynamic loading have been developed through mathematical, numerical and experimental approaches. Most previous numerical...

... ABSTRACT Pile group is a commonly used structure in coastal and ocean engineering. The wave action on pile group structures has always been the focus of scholars' research. Because of the vortex shedding around the piles, small scale piles are different from large scale piles. Except inline...

... fft coordinate transformation subsea system ship hong turret ship line tension turret system surge engineering sway spread nonlinear yaw angle nonlinear analysis mooring system spread ship yaw spread system ship motion ABSTRACT Yaw angle is usually small in spread...

... transportation calculation wavelength drag force freight & logistics services amplitude ocean engineering overset region experiment short wavelength base mesh size free surface ship engineering lng carrier resistance CFD Application for Prediction of Ship Added Resistance in Waves Byung...

... subsea system fpso reservoir simulation semi-submersible platform force coefficient column corner radius increase amplitude column rounded ratio numerical simulation vortex-induced motion corner radius circular column floating production system engineering different column corner...

.... INTRODUCTION Sloshing is a typical fluid-structure coupling flow phenomenon with strong nonlinearity and randomness, which is involved in many fields such as marine engineering, aerospace engineering and nuclear engineering, and so on. For instance, in the process of liquefied natural gas and oil...

... into account during the initial design phase. In order to obtain the wind and current load coefficients, wind tunnel tests for vessels in multi-body arrangement were carried out at FORCE Technology. In case of current load, additional model tests were performed in the ocean engineering basin at the Korean...

... responsibility reduction incident velocity potential sustainable development engineering unidirectional wave mechanical connection equation interaction sustainability theory background lagrange multiplier multi-directional wave converter module excitation force renewable energy Sensitivity...

... upstream oil & gas interaction liquefaction kpa engineering equation of state loading experiment effective stress pore water pressure rotation fluid modeling vertical effective stress constitutive model principal stress rotation soil response current model principal stress...

... have been of substantial importance in ocean engineering (Liu et al., 2014). In specific, in line with advancement of marine technology for application of lightweight elastic materials, the hydroelasticity effects have become more significant, indicating the need for rigorous related studies...

... submarine pipeline absorption calculation result deformation interaction engineering offshore pipeline Analysis of the Impact of Dropped Objects and Trawl Board on Submarine Pipelines Considering Pipe-soil Interaction Yuliang Zhao, Fengyuan Jiang, Sheng Dong, Ri Zhang* College of Engineering, Ocean...

... saturation machine learning soil displacement engineering vicinity analytical solution offshore pipeline pore pressure liu trench layer ocean engineering equation boundary condition upstream oil & gas permeability artificial intelligence jeng wave-induced soil response...

... numerical model sustainable development wave condition engineering kg 1 2 air flowrate water column international conference owc device validation shalby energy converter device performance wave energy ocean energy water surface level orifice diameter sustainability Validation...

... positioning disturbance artificial intelligence reference signal matrix floating production system fpso model engineering trajectory operation subsea system positioning dynamic model pid controller Design a Stable PID Controller for Dynamic Positioning in FPSO Vessels Roberto Carmona R.1...

... upstream oil & gas destruction dynamic hardness deformation vladivostok engineering wellbore design tsuprik Model of the Cyclic Fracture of Sea Ice Vladimir G Tsuprik, Victor G Zanegin, Lev V Kim School of Engineering, Far Eastern Federal University Vladivostok, Russia ABSTRACT The futures...