Determination of the forces of interaction in problems of the dynamics of a floating body containing liquid loads

The forces of integration in a rigid floating body containing cavities partially filled by a uniform fluid are determined by introducing three coordinate systems: one stationary and two moving. The moving systems are used to introduce the Euler-Krylov angles characterizing the rolling, pitching, and...

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Bibliographic Details
Published in:Chemical week 1999-03, Vol.161 (11), p.740-746
Main Author: Lukovskii, I A
Format: Magazinearticle
Language:English
Subjects:
Boundary value problems
Cavitation
Equations of motion
Flow patterns
Hydrodynamics
Incompressible flow
Kinematics
Ships
Vectors
Online Access:Get full text
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Summary:The forces of integration in a rigid floating body containing cavities partially filled by a uniform fluid are determined by introducing three coordinate systems: one stationary and two moving. The moving systems are used to introduce the Euler-Krylov angles characterizing the rolling, pitching, and keeling of the ship.
ISSN:0009-272X