Energy spectra of velocity pulsations in a turbulent boundary layer on a penetrable plate

Alimpiev, A. I.; Mamonov, V. N.; Mironov, B. P.

doi:10.1007/bf00850955

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Oct Oct Kt[l_exp(_~lrez)]e Ou~ Ke1/2o C~av~ 10 I O~ ] (V+aaej/2l)e Ux-~x +Ur Or1

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1981

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“…4 for Re 0 = 3 -104 and m 0 = 0.02 over different pipe sections. As in boundary-layer flows on permeable surfaces [12][13][14][15], under the effect of blowing the fluctuation maximum is shifted somewhat from the wall to the stream, and its value increases. In the viscous sublayer domain the degree of turbulence diminishes since the fluctuations are forced back from the wall by the blown fluid.…”

Section: Oct Oct Kt[l_exp(_~lrez)]e Ou~ Ke1/2o C~av~ 10 I O~ ] (V+aaej/2l)e Ux-~x +Ur Ormentioning

confidence: 99%

Turbulent fluid flow in a circular pipe with uniform blowing through porous walls

Eroshenko

Ershov

Zaichik

1981

Journal of Engineering Physics

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NOTATION L, d, vortex tube length and diameter; dd, diaphragm diameter; Ld, distance between the tangential inlet channels and the location of the pressure, transducer; Fin, area of the tangential inlet channels; AP, pressure drop in the vortex tube; AP'h.f., AP/.I., AP' E, amplitudes of the low-and high-frequency pressure fluctuations and the total pressure fluctuation level; f/.f., fh.f., low-and high-frequency pressure fluctuation frequencies; p, relative mass flow rate of the cooled air; and ATx, ATg, air cooling and heating effects in the vortex tube.

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Section: Oct Oct Kt[l_exp(_~lrez)]e Ou~ Ke1/2o C~av~ 10 I O~ ] (V+aaej/2l)e Ux-~x +Ur Ormentioning

confidence: 99%

Turbulent fluid flow in a circular pipe with uniform blowing through porous walls

Eroshenko

Ershov

Zaichik

1981

Journal of Engineering Physics

View full text Add to dashboard Cite

show abstract

Energy spectra of velocity pulsations in a turbulent boundary layer on a penetrable plate

Cited by 1 publication

References 4 publications

Turbulent fluid flow in a circular pipe with uniform blowing through porous walls

Turbulent fluid flow in a circular pipe with uniform blowing through porous walls

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