Hi please could you jelp with this question and explain the method next to calcs? In the picture there are three bridge piers of diameter d=0.3m.The bridge must withstand a max flow rate of 70m3/s. Ignore surface effects and only consider the shaded region. The kinematic viscosity of water v=10^(-6). Determine the total drag force.
Hi please could you jelp with this question and explain the method next to calcs? In the picture there are three bridge piers of diameter d=0.3m.The bridge must withstand a max flow rate of 70m3/s. Ignore surface effects and only consider the shaded region. The kinematic viscosity of water v=10^(-6). Determine the total drag force.
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Hi please could you jelp with this question and explain the method next to calcs?
In the picture there are three bridge piers of diameter d=0.3m.The bridge must withstand a max flow rate of 70m3/s. Ignore surface effects and only consider the shaded region. The kinematic viscosity of water v=10^(-6). Determine the total drag force.
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Transcribed Image Text:CIT
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Transcribed Image Text:10
8
6
10-1
10-²
10¹ 2
10²
8
2
10
8
6
10¹
8
6
10°2
2 x 10¹4
V- D
2
2
Stokes law: C=24/R-
Infinite circular
cylinder
5
46810
10 2
468
Finite circular-
cylinder
L/D=5
10²
V D
810²
Sphere
2
Infinite square
cylinders
D
V-
V-
2
R=DV/v
5 10³ 2
1
Disk
dat
4 6 8 10³ Z
R=DV/v
V-D
4
V
D
Infinite
1:4 elliptical
cylinder
Infinite
plateL
to flow
Streamlined strut
c/D=4
L/c=5
5 104
2
V D
6 8 10 2
V D
.T
Ellipsoid 1: 1.8
5 105 2
V+
Airship hull
Ellipsoid 1:0.75
£.
8 10³
V-D
4 68
Infinite
circular
cylinder
SAM
2
LLL
5 10"
2D
3D
6 8 10
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