2006, Vol.13, pp.252-254

IClosed system of nonlinear equations for displacements, describing nondissipative wave processes in uniformly rotating compressible fluid on an any mechanically-equilibrium background is deduced. The equations are applicable for liquids (gases) with arbitrary two-parametric equation of state. The received relations can form the basis of calculations of parameters of strong acoustic fields in fast-rotating technical devices.
Key words: wave equations, rotating fluid

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