D. A.
Galitsyn V. A.
Trotsenko ABSTRACT The paper proposes a technique for determination of the hydrodynamic coefficients of the equations of motion of a solid body with a cavity shaped like a rectangular parallelepiped when the body is in a transverse motion. This technique is based on solving the basic boundary-value problems by the modified method of conjugation of solutions and takes into account the singularities in the first-order derivatives of the unknown functions at the partition walls' edges. The efficiency of the algorithm and several results of evaluation of the frequencies and associated masses of a liquid filling the cavity are analyzed.
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