hydrodynamics

Technical Bulletin 2006

Our understanding of hydrodynamics is advancing rapidly, as is our ability to calculate the response of structures to an ever more detailed analysis of hydrodynamic forces.

The papers grouped in this section headline the challenges faced by hydrodynamic researchers, and the advances made.

Special reference is made to the application of hydrodynamic research to the design of very large LNG carriers.

There are also papers on the detailed research into specific local effects and hydro elastic coupling.

CONTENTS

Articles Authors

Nouveaux défis en hydrodynamique navale et offshore

P. Besse, X.B. Chen, S. Malenica, M. Zalar

Determination of hydrodynamic propeller forces and moments from measured deformations of line shafting

C. Andreau & R. Ville

Selected hydrodynamic issues in design of large LNG carriers

M. Zalar, S. Malenica & L. Diebold

Gravity waves with effect of surface tension and fluid viscosity

X.B. Chen, W.Y. Duan & D.Q. Lu

Potential flow below the capillary surface of a viscous fluid

X.B. Chen, D.Q. Lu, W.Y. Duan & A.T. Chwang

Middle-field formulation for the computation of wave-drift loads

X.B. Chen

Parametric roll - Validation of a numerical model

S. Malenica

The set-down in the second-order stokes' waves

X.B. Chen

Some aspects of of hydro-structure interfacing in seakeeping

S. Malenica, E. Stumpf, V. Delafosse, X.B. Chen,  & I. Senjanovic

An efficient hydroelastic model for wave induced coupled torsional and horizontal ship vibrations

S. Malenica, I. Senjanovic & S. Tomasevic

Bureau Veritas involvement in new design of large LNG carrier. Example of a 165,000 m3 LNG project

Ph. Cambos, B. Dabouis & M. Zalar

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