Direct numerical simulations of second-order Stokes wave driven smooth-walled oscillatory channel: investigation of net current formation,Journal of Turbulence

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Direct numerical simulations of second-order Stokes wave driven smooth-walled oscillatory channel: investigation of net current formation
Journal of Turbulence ( IF 1.5 ) Pub Date : 2019-06-03 , DOI: 10.1080/14685248.2019.1649415
C. E. Ozdemir _{1,

2,

3} , X. Yu ₄ , S. Sororian ₅ , L. Zhu ₆ , M. Tyagi _{2,

7} , S. Haddadian ₁ , D. Oliveira ₈ , C. N. Turnipseed ₁ , H. Kefelegn ₁

Affiliation

ABSTRACTIn wall-bounded time-periodic flows, nonlinearity, associated with higher harmonic term(s) in velocity and/or acceleration outside the boundary layer, can significantly change the wall turb...

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