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Steady streaming
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DOI：10.1146/annurev.fluid.33.1.43.png)
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Abstract
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The time-average of a fluctuating flow often results in a nonzero mean. Such steady streaming may result directly from the action of an oscillatory nonconservative body force or, if such a force is conservative, indirectly through the action of Reynolds stresses in the main body of the fluid or in thin boundary layers at no-slip boundaries. A theory for such streaming flows is developed for homogeneous fluids. For flows with a free surface it is demonstrated that a mechanism for steady streaming exists even in an inviscid fluid. Diverse areas in which steady streaming flows may be important are discussed.
Keywords:
oscillatory flow
time-average
Reynolds stress
acoustics
heat transfer
water waves
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30.2
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611
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1.9W
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