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DOI: 10.23671/VNC.2016.4.5994 On the Problem of Shear Flow Stability with Respect to Long-Wave Perturbations
Revina S. V.
Vladikavkaz Mathematical Journal 2016. Vol. 18. Issue 4.
Abstract:
To find secondary flow branching to the steady flow it is necessary to consider linear spectral problem and linear adjoint problem. Long-wave asymptotics of linear adjoint problem in two-dimensional case is under consideration. We assume the periodicity with spatial variables when one of the periods tends to infinity. Recurrence formulas are obtained for the $k$th term of the velocity and pressure asymptotics. If the deviation of the velocity from its period-average value is an odd function of spatial variable, the velocity coefficients are odd for odd $k$ and even for even \(k\). The relations between coefficients of linear adjoint problem and linear spectral problem are obtained.
Keywords: stability of two-dimensional viscous flows, long-wave asymptotics, linear adjoint problem
Language: Russian
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