doi: 10.18698/2309-3684-2019-4-1530
It is demonstrated that all 36 added mass and inertia coefficients of a body located in an unbounded ideal incompressible liquid may be introduced for the momentary state of rest by using acceleration potentials instead of classical velocity potentials specifying generally not-existent irrotational unseparated flows. The meaning of this conception is investigated with respect to real liquids having the compressibility property, by means of a numerical experiment fulfilled in the framework of an acoustical approach.
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