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Sol PC2 2015 2

The document contains data and calculations related to fluid dynamics, including velocity, pressure loss, and drag coefficients. It presents various linear equations with their corresponding R² values, indicating the strength of the relationships. Additionally, it includes statistical metrics such as mean, standard deviation, and specific parameters for two different wind conditions over several years.

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Victor Maza
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42 views8 pages

Sol PC2 2015 2

The document contains data and calculations related to fluid dynamics, including velocity, pressure loss, and drag coefficients. It presents various linear equations with their corresponding R² values, indicating the strength of the relationships. Additionally, it includes statistical metrics such as mean, standard deviation, and specific parameters for two different wind conditions over several years.

Uploaded by

Victor Maza
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as XLSX, PDF, TXT or read online on Scribd
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p y

1 1.5 0.024 -1.312 4.000


f(x) = 0.2462743485x - 1.114422525
2 2.2 0.049 -1.105 R² = 0.9265842498
3 2.3 0.073 -0.961 3.000
4 2.4 0.098 -0.845
5 2.4 0.122 -0.744 2.000
6 2.4 0.146 -0.653
7 2.5 0.171 -0.570 Column D
1.000
8 3.0 0.195 -0.491 Linear (Column D)
9 3.7 0.220 -0.416
10 4.0 0.244 -0.344 0.000
0.0 5.0 10.0 15.0 20.0 25.0 30.0
11 4.0 0.268 -0.274
12 4.0 0.293 -0.206 -1.000
13 4.0 0.317 -0.139
14 4.3 0.341 -0.072 -2.000
15 4.4 0.366 -0.006
16 4.5 0.390 0.061
17 4.7 0.415 0.127 0.995
18 5.0 0.439 0.195 U200= 24.6121636
19 5.3 0.463 0.262
20 5.4 0.488 0.332
21 5.5 0.512 0.402
22 6.0 0.537 0.474
23 7.0 0.561 0.548
24 7.0 0.585 0.625 Y vs U
25 7.0 0.610 0.704 30.0
26 7.1 0.634 0.786
27 7.3 0.659 0.873 25.0
28 7.5 0.683 0.964
29 20.0
8.2 0.707 1.061
30 f(x) = 3.7624066635x + 4.6871822724
8.2 0.732 1.164 R² 15.0
= 0.9265842498
31 8.4 0.756 1.274
32 9.2 0.780 1.395 10.0
33 9.7 0.805 1.528
5.0
34 10.2 0.829 1.676
35 10.5 0.854 1.844 0.0
36 10.6 0.878 2.040 -2.000 -1.000 0.000 1.000 2.000 3.000 4.000
37 11.0 0.902 2.276
38 15.4 0.927 2.577
39 17.5 0.951 2.996
40 24.0 0.976 3.701

med 6.7
des 4.51779317
a 3.52250888
u 4.69930787
-1.312 1.5
-1.105 2.2
-0.961 2.3
-0.845 2.4
-0.744 2.4
-0.653 2.4
Column D -0.570 2.5
Linear (Column D) -0.491 3.0
-0.416 3.7
-0.344 4.0
-0.274 4.0
-0.206 4.0
-0.139 4.0
-0.072 4.3
-0.006 4.4
0.061 4.5
0.127 4.7
0.195 5.0
0.262 5.3
0.332 5.4
0.402 5.5
0.474 6.0
0.548 7.0
Y vs U 0.625 7.0
0.704 7.0
0.786 7.1
0.873 7.3
0.964 7.5
Column N 1.061 8.2
6635x + 4.6871822724 Linear (Column N)
498
1.164 8.2
1.274 8.4
1.395 9.2
1.528 9.7
1.676 10.2
1.844 10.5
.000 2.000 3.000 4.000 2.040 10.6
2.276 11.0
2.577 15.4
2.996 17.5
3.701 24.0
VIENTO 1 VIENTO 2
1971 4.0 2.6 UR= 10
1972 4.4 5.8
1973 1.2 9.2
1974 3.6 19.3
1975 3.2 9.0
1976 19.2 11.2
1977 8.4 10.1
1978 1.8 6.6
1979 4.3 8.0
1980 3.2 3.3
1981 1.9 7.7
1982 1.9 2.8
1983 3.8 4.7
1984 5.7 8.3
1985 3.0 12.1
1986 5.6 4.8
1987 3.2 11.7
1988 5.6 9.0
1989 3.2 16.9
1990 1.8 10.7
media 4.448 8.696
desv 3.870 4.344
a 3.018 3.387
u 2.706 6.741
R 11.719 3.150
Rresultante= 2.66
u dif 11.8
10 10.5
13 10.8 11.6
16 10.7 11.4
19 10.9 f(x) = 0.0338293217x + 10.3047702407
11.2 R² = 0.52944542
22 11.3
25 11.6 11
28 11.1
32 11.12 10.8 Column B
Linear (Column B)
10.6
Pendiente= 0.0338
k= -0.0327 10.4

10.2
Intercepto= 10.305
s= 9.968 10

9.8
l= 30.000 5 10 15 20 25 30 35

La velocidad:
U50= 92.3522 m/s
Column B
Linear (Column B)
Velocidad a 60m
V60= 2.844 m/s

Calculamos K:
K= 0.111
Cd= 0.150
Fd= 0.743 N
La perdida de presion
DP= 0.550 Pa
Relacion de solidez 0.3
Relacion de aspecto 12
Correccion 0.96
Relacion de espaciamiento 3
Apantallamiento 0.77

Coeficiente de arrastre: 2 para largo infinito

CD1 1.92
CD2 1.4784
CD 3.3984

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