... romberg quadrature method calculation time panel method water depth free surface green function algorithm engineering newman velocity potential reservoir simulation wave-structure interaction problem program fluhan software wadam element method integration method ABSTRACT...

.... The wave resistance for submerged ellipsoid is determined using a panel method. kelvin source potential flow panel method resistance single integral version numerical evaluation ship research newman integration evaluation submerged ellipsoid ellipsoid field disturbance wave resistance...

... drillstem testing free surface elevation pressure mode coefficient boundary condition equation resonance drillstem/well testing pinkster frequency newman integral equation computational result pressure patch interface AN EXTENDED BOUNDARY INTEGRAL EQUATION FOR STRUCTURES WITH OSCILLATORY...

... is analytically performed. cylinder kashiwagi operator amplitude genetic algorithm optimized parameter scattered-wave energy inner cylinder hydrodynamic interaction frequency newman artificial intelligence l-th body interaction wavenumber wave drift force velocity potential outer column...

... oil & gas numerical model fowt computation institute time omain imulation mooring system jonkman emi-submersible ype motion response displacement simulation wind turbine university subsea system water depth newman Time omain imulation of a emi-submersible ype loating ind...

... validation sensor Newman displacement CTOD value procedure plastic zone Development and Validation of a Low-Cost CTOD Procedure Carey Leroy Walters and Gerard van der Weijde Structural Dynamics, TNO Delft, The Netherlands ABSTRACT A low-cost variation of CTOD testing is proposed. This variation...

... second-order wave effects can highly affect the response of the free floating body. This happens because several effects can hardly be predicted when using linear (first-order) theory, such as wave drifting and interaction between wave trains of different frequencies (Murao, 1960; Newman, 1990 and 2004...

... ABSTRACT Recently, Riggs (2009) has emphasized the correct computation of hydrostatic and gravitational restoring for hydroelastic problems. His method gives restoring terms that differ from those used by Newman (1994) for non-zero draft. In this paper, the problem of wave-induced bending...

... panel method is shown. Numerical examples and comparison of wave drift forces calculated by Maruo's and Newman's far field method, Pinkster's near field method and present reciprocal form are shown. From these results the new calculation method seems to be valid. INTRODUCTION Some relations between...

... synthesis methodology with conventional formula developed by Newman and Raju (Newman and Raju, 1981) are performed. Total analytical cases calculated are 54, a/b = 0.1, 0.2, 0.5, 0.8, 1.0 and 2.0, a/t = 0.2, 0.5 and 0.8, b/c = 0.2, 0.4 and 0.5. The comparison results at (a/b, b/c) = (0.2, 0.2), (0.5, 0.2...

... model point transformation sonar machine learning newman underwater vehicle classification proceedings localization icp algorithm information application Underwater SLAM with ICP Localization and Neural Network Objects Classification G. Conte, D. Scaradozzi, S. M. Zanoli L. Gambella, G...

... as for radiation waves and hydrodynamic forces acting on a floating body in waves are known (Mei, 1989). For example, Haskind-Hanaoka theorem, symmetry of radiation forces between direction and mode, and Bessho-Newman relations (Bessho, 1965; Newman, 1975) etc. They are derived by using Green's second identity...

... is very heavy (280 ton) and was installed over a 1853 m water depth (Roveri et al, 2005) by the so-called pendulous installation method. porosity manifold plane non dimensional surge double body submersed body newman symmetry boundary condition rectangular prism mass coefficient rio de...

... williams upstream oil & gas marine transportation interaction ship newman series form green function finite water depth effect Paper No.: 2006-JSC-371 Li Page 1 Finite Water Depth Effect on Two Ship Interactions in Waves Lin Li Advanced Analysis Department, American Bureau of Shipping...

... available in the radiation-diffraction program WAMIT (Lee and Newman, 2001). The difference between cross-structure loads computed in earth-fixed coordinates and the same loads computed in body-fixed coordinates is illustrated. In the absence of any damping from viscous effects and separation, the computed...

... remains in estimating the overall motion of the ship in waves. equation journee calculation artificial intelligence newman singularity kd 0 wigley hull wave contour forward speed reservoir characterization velocity potential ship free surface elevation boundary condition upstream...

... as environmental condition. The wind and current forces are calculated from the empirical data provided by OCIMF (Oil Company International Marine Forum, 1994). Three different cases; (1) fully coupled system with Newman's approximation, (2) system (1) with mass-less riser modeling, (3) fully...

... exciting force grid upstream oil & gas newman coefficient exciting force Proceedings of the Tenth (2000) International Offshore and Polar Engineering Conference Seattle, USA, May 28-June 2, 2000 Copyright © 2000 by The International Society of Offshore and Polar Engineers ISBN 1-880653-46-X...

... of geometric symmetry planes can not be exploited and the constraints must be imposed in an ad-hoc manner. An efficient alternative is to define generalized modes as shown by Newman (1993, 1994, 1998). Care should be taken to define the generalized modes as either symmetric or anti-symmetric about geometric...

... artificial intelligence newman upstream oil & gas equation strake mob pfft algorithm strake thickness operator convergence grid singularity distribution discretization Proceedings of the Ninth (1999) International Offshore and Polar Engineering Conference Brest, France, May 30-June 4, 1999...