Consider the boundary layer flow=1-(1-)1.5, 0

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Consider the boundary layer flow=1-(1-)¹5,
0<y< 8 and = 1, y ≥ 8. Using the von
Karman momentum integral equation Tw= PU2 de, write down the relation between 8 and x and calculate
Tw
the local drag coefficient Cf=
when Rez =
PU²
08=
08=
08=
08=
10vz
VU
7
10vz
U
20vz
VU Cf = 0.0067082
7
7
Cf = 0.0067082
2012
U 3
Cf = 0.0139431
C = 0.0139431
104 (where Re₂ = U₂).
Transcribed Image Text:Consider the boundary layer flow=1-(1-)¹5, 0<y< 8 and = 1, y ≥ 8. Using the von Karman momentum integral equation Tw= PU2 de, write down the relation between 8 and x and calculate Tw the local drag coefficient Cf= when Rez = PU² 08= 08= 08= 08= 10vz VU 7 10vz U 20vz VU Cf = 0.0067082 7 7 Cf = 0.0067082 2012 U 3 Cf = 0.0139431 C = 0.0139431 104 (where Re₂ = U₂).
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