Abstract
Computational determination of the effect(s) of an attached mass or the variation of the relative vibration eigenfrequencies in arbitrary multicomponent hydroelastic systems of tubes or bars is considered. The approach is intended for the entire range of variation of the system parameters. The developed program code allows a user to rapidly determine these parameters for all types of heat exchange devices. Generalized data can be used for design and computations of the vibration strength as well as frequency detuning of the considered structures.
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