Data 24

Table 24. Mass fluxes on the wall. U₀ =10 m/s, 98-open,
(J_w • 10², kg/m²s), x (mm)

Tu₀=1%
h,mm	x=20	x=80	x=160	x=240	x=320	x=400	x=480
3	3,42	2,23	1,67	1,75	1,50	1,42	2,51
4,5	2,51	2,12	1,55	1,43	1,49	1,28	1,22
6	2,27	2,19	1,88	1,82	1,40	1,34	1,43
9	2,03	2,21	2,06	2,15	2,18	1,88	2,00
12	1,31	2,15	2,21	2,39	2,24	2,24	2,42
15	1,61	1,97	2,12	2,36	2,45	2,45	2,59
Tu₀=8%
h,mm	x=20	x=80	x=160	x=240	x=320	x=400	x=480
1,5	3,61	1,75	1,36	1,42	1,33	1,25	1,33
2	3,20	1,70	1,29	1,45	0,84	1,19	1,42
3	2,31	1,87	1,65	1,84	1,51	1,68	1,70
6	1,83	2,06	1,83	2,20	1,88	1,84	1,93
9	1,79	2,20	2,03	2,33	2,58	2,36	2,44
12	1,63	2,39	2,20	2,47	2,44	2,55	2,68
15	1,53	2,29	2,02	2,42	2,72	2,81	2,81
Tu₀=18%
h,mm	x=20	x=80	x=160	x=240	x=320	x=400	x=480
2	3,47	2,25	1,87	1,71	1,60	1,55	1,63
3	3,10	2,59	1,94	1,73	1,70	1,52	1,70
6	2,56	2,80	2,30	1,94	1,70	1,67	1,73
9	2,27	2,98	2,53	2,18	1,94	1,88	1,94
12	2,23	3,11	2,88	2,81	2,33	2,21	2,26
15	1,79	2,68	2,95	3,20	2,48	2,45	2,55

Presence of areas with abnormally high and null friction corresponds to the boundary layer with detachment and large-scale structures formed at the barrier flow.