Self-Similar Intermediate Structures in Turbulent Boundary L(20)

Self-Similar Intermediate Structures in Turbulent Boundary Layers At Large Reynolds Numbers

Figure4.(b)TheexperimentsbyNaguib,(1992).Reθ=6,240.Bothself-similarinterme-diateregions(I)and(II)areclearlyseen.

Figure4.(c)TheexperimentsbyNagibandHites,(1995).Reθ=9,590.Bothself-similarintermediateregions(I)and(II)areclearlyseen.

Figure4.(d)TheexperimentsbyNagibandHites,(1995).Reθ=13,800.Bothself-similarintermediateregions(I)and(II)areclearlyseen.

Figure4.(e)TheexperimentsbyNagibandHites,(1995).Reθ=21,300.Bothself-similarintermediateregions(I)and(II)areclearlyseen.

Figure4.(f)TheexperimentsbyNagibandHites,(1995).Reθ=29,900.Bothself-similarintermediateregions(I)and(II)areclearlyseen.

Figure4.(g)TheexperimentsbyNagibandHites,(1995).Reθ=41,800.Bothself-similarintermediateregions(I)and(II)areclearlyseen.

Figure4.(h)TheexperimentsbyNagibandHites,(1995).Reθ=48,900.Bothself-similarintermediateregions(I)and(II)areclearlyseen.

Figure5.(a)TheexperimentsofSmith,(1994).Reθ=4,996.The rstself-similarinter-mediateregion(I)isclearlyseen,thesecondregion(II)canberevealed.

Figure5.(b)TheexperimentsofSmith,(1994).Reθ=12,990.The rstself-similarintermediateregion(I)isclearlyseen,thesecondregion(II)canberevealed.

Figure6.TheexperimentsofKrogstadandAntonia,(1998).Reθ=12,570.Bothself-similarintermediateregions(I)and(II)areclearlyseen.

Figure7.(a)TheexperimentsbyHancockandBradshaw,(1989)–ageneralview. ,seeFigure8(a);+,seeFigure8(b);×,seeFigure8(c);2,seeFigure8(d); ,seeFigure8(e); ,seeFigure8(f); ,seeFigure8(g).