Impact Factor

    Wave mixing

    2008, Vol. 4, No. 4, pp.  483-496

    Author(s): Ganiev R. F., Reviznikov D. L., Ukrainsky L. E.

    The paper studies wave-mixing processes in plane and axisymmetric flowing channels. Basing on the original dipole method we suggest an efficient approach to mathematical modeling of such processes. Extensive simulations show that instead of traditional mechanical mixers homogeneous mixtures can be produced in the intense vortex wakes downstream of a body. The paper shows that axisymmetric tangential swirl channels hold much promise.
    Keywords: wave stirring, vortex streets, admixture homogenization, numerical methods, dipole method
    Citation: Ganiev R. F., Reviznikov D. L., Ukrainsky L. E., Wave mixing, Rus. J. Nonlin. Dyn., 2008, Vol. 4, No. 4, pp.  483-496

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