Osorio Sanitaria

8/20/2019 Osorio Sanitaria

1/54

N° Areas Area total = 1371665.931 17807.70

2 9600.46 Area de manzanos = 944134.59

3 15535.12 Area de las calzadas = 427531.34

4 16164.66

5 15017.57

6 14310.75

7 14213.67

8 12971.11

9 12321.72

10 5700.41

11 4053.30

12 6061.85

13 6648.69

14 6463.2615 7131.58

16 8192.60

17 8143.42

18 10343.36

19 11080.51

20 3558.78

21 3378.9722 4873.13

23 4562.99

24 5142 07

DETERMINACION DEAREAS


2/54

24 5142 07

42 10788.14

43 9107.93

44 8459.00

45 4982.8346 5364.93

47 10225.04

48 8188.65

49 3556.98

50 1560.40

51 1375.51

52 1561.4853 3526.07

54 5216.85

55 9489.74

56 10819.94

57 9472.29

58 17581.31

59 16089.4860 39848.49

61 8492.95

62 6183.08

63 20632.08

64 4714.21

65 7116.68

66 5034.45

67 14106.93

68 9841.88

69 22046.52


3/54

87 9304.18

88 11006.31

89 2335.03

90 5171.3391 11304.13

92 1110.01

93 16830.71

94 4779.52

95 9485.69

96 7951.40

97 22818.9198 15007.40

99 8325.87

100 6395.29

101 11690.57

102 18681.12

103 7698.85

104 6720.35105 4748.90

106 2665.07

107 4383.62

108 2541.11

109 4921.42

110 3054.87

111 5524.10

112 2612.72

113 2921.82

114 1664.31


4/54

132 6512.05

133 10120.07

134 8816.31

135 2470.36


5/54

m2

m2

m2


6/54


7/54


8/54


9/54

AREASArea total = 184259.26

Area de manzanos = 145491.74

Area de las calzadas = 38767.52

Coefente ponderado para manzanos

35

!AN"AN#S 35

20

10

$#E%&$&EN'ES AREAS (AR$&A)ES

'E$*# 'E+A 0.75 AREA 'E+A 50922.109

'E$*# $A)A!&NA 0.9 AREA $A)A!&NA 50922.109

(A' $E!EN'# 0.45 AREA (A' 29098.348

+AR,&NES 0.15 AREA +AR,&NES 14549.17

$#E%&$&EN 0.6825

m2

m2

m2

Coeficiente de Escorrentia Ponderado

)= ( )+ )+ )) )( (∗ (∗ (∗ /(

(


10/54

Coefente ponderado para toda zona de trabajo

0.6220

Coefente ponderado total qe sera t!l!zado

_ )= ( _ ) _ )(_ ( (_ ∗ (_ _ ) _ ))) _ _( (_ ∗ (_ / ( (

) )

_ _( )=

Calculos para determinar caudales


11/54

'E$*# $A)A!&NA 'E$*# 'E+A

(A'S $E!EN'#

+AR,&NES

m2

m2

m2

m2

)


12/54

ara el calclo

)+


13/54


14/54

17.692

14.232

12.341

16.709

20.913

17.52

12.54716.811

8.211

136.976


15/54


16/54

reerer


17/54

areas de a-orte a areas de a-orte a areas de a-orte

A1 0.573 A47 0.147 A93

A2 0.533 A48 0.148 A94

A3 0.721 A49 0.136 A95A4 0.671 A50 0.142 A96

A5 0.231 A51 0.138 A97

A6 0.25 A52 0.144 A98

A7 0.226 A53 0.273 A99

A8 0.244 A54 0.3 A100

A9 0.38 A55 0.304 A101

A10 0.395 A56 0.336 A102A11 0.398 A57 0.299 A103

A12 0.414 A58 0.329 A104

A13 0.387 A59 0.327 A105

A14 0.408 A60 0.363 A106

A15 0.412 A61 0.361 A107

A16 0.435 A62 0.385 A108

A17 0.44 A63 0.379 A109

A18 0.386 A64 0.404 A110

A19 0.389 A65 0.26 A111

A20 0.335 A66 0.233 A112

A21 0.42 A67 0.312 A113

A22 0.355 A68 0.279 A114

A23 0.349 A69 0.484 A115

A24 0.294 A70 0.68 A116

A25 0.289 A71 0.38 A117

A26 0.186 A72 0.374 A118

A27 0.223 A73 0.336 A119


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A45 0.14 A91 0.243 A137

A46 0.142 A92 0.181 A138

areas de a-orte a areas de a-orte a areas de a-orte

A139 0.169 A185 0.342 A231A140 0.188 A186 0.308 A232

A141 0.186 A187 0.336 A233

A142 0.185 A188 0.339 A234

A143 0.183 A189 0.349 A235

A144 0.216 A190 0.353 A236

A145 0.202 A191 0.363 A237

A146 0.201 A192 0.556 A238A147 0.189 A193 0.268 A239

A148 0.632 A194 1.105 A240

A149 0.556 A195 0.486 A241

A150 0.624 A196 0.303 A242

A151 0.549 A197 0.244 A243

A152 0.372 A198 0.349 A244

A153 0.294 A199 0.272 A245

A154 0.287 A200 0.574 A246

A155 0.168 A201 0.504 A247

A156 0.544 A202 0.479 A248

A157 0.493 A203 0.429 A249

A158 0.534 A204 0.496 A250

A159 0.43 A205 0.467 A251

A160 0.268 A206 0.477 A252

A161 0.283 A207 0.501 A253

A162 0.255 A208 0.286 A254

A163 0.263 A209 0.297 A255


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A181 0.348 A227 1.628 A273

A182 0.359 A228 0.35 A274

A183 0.333 A229 0.35 A275

A184 0.314 A230 0.361 A276areas de a-orte a areas de a-orte a areas de a-orte

A277 0.317 A323 0.362 A369

A278 0.294 A324 0.349 A370

A279 0.305 A325 0.369 A371

A280 0.294 A326 0.208 A372

A281 0.305 A327 0.205 A373

A282 0.384 A328 0.221 A374A283 0.394 A329 0.218 A375

A284 0.392 A330 0.209 A376

A285 0.405 A331 0.416 A377

A286 0.363 A332 0.112 A378

A287 0.375 A333 0.204 A379

A288 0.37 A334 0.341 A380

A289 0.384 A335 0.341 A381

A290 0.877 A336 0.362 A382

A291 0.708 A337 0.362 A383

A292 0.739 A338 0.356 A384

A293 0.547 A339 0.344 A385

A294 0.376 A340 0.355 A386

A295 0.296 A341 0.342 A387

A296 0.509 A342 0.387 A388

A297 0.443 A343 0.382 A389

A298 0.192 A344 0.406 A390

A299 0.189 A345 0.392


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A317 0.116 A363 0.455

A318 0.133 A364 0.538

A319 0.144 A365 0.529

A320 0.127 A366 0.626A321 0.137 A367 0.434

A322 0.347 A368 0.355


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a

0.177

0.185

0.1820.18

0.182

0.181

0.185

0.359

0.344

0.350.336

0.344

0.336

0.33

0.324

0.354

0.356

0.351

0.353

0.204

0.175

0.235

0.203

0.502

0.547

0.563

0.566


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0.175

0.176

a

0.3610.362

0.362

0.374 1s2

0.374

0.353

0.377

0.3410.364

0.391

0.418

0.378

0.404

0.354

0.357

0.362

0.365

0.178

0.208

0.211

0.249

0.254

0.183

0.112

0.288


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0.458

0.305

0.318

0.304a

0.575

0.453

0.223

0.24

0.202

0.217 d

0.526

0.575

0.459

0.53

0.422

0.453

0.474

0.509

0.199

0.208

0.197

0.205

0.332

0.403

0.365

0.444


24/54

1369760

erer


25/54

Frecuencia (años) 5

λ 1496.2761

η 0.7999959578

Ψ 0.178261

CAMARA AREA TRIBUTARIA (Ha) TC (min)

ENTRADA SAIDA !ARCIA ACUM" ENTRADA TRAM#

$ % 0.41 0.41 10 2.13

% & 0.58 0.99 12.13 0.31

' & 0.93 0.93 10.00 0.67

& 1 2.92 10.67 0.29

1.41 4.33 10.96 0.12

* %& 0.395 0.395 10.00 0.34%& 1.075 1.47 10.00 0.16

+ 0.18 5.98 10.16 0.14

+ , 1.46 7.44 10.31 0.19

, $- 0.17 7.61 10.50 0.32

$- $$ 0.56 8.17 10.82 0.20

$$ $' 0.54 8.71 11.02 0.56

$% %' 1.2 1.2 10.00 0.49

%' $& 1.15 2.35 10.49 0.46

$& $' 1.25 3.6 10.00 0.43

$' $ 1.17 13.48 10.43 0.21

$ $ 0.915 0.915 10.00 0.41

$ $* 0.44 14.835 10.41 0.19

$* $, 0.36 15.195 10.00 0.12

$+ $, 1.11 1.11 10.00 0.38

$, %- 0.43 16.735 10.38 0.16

%$ %- 0.13 0.13 10.00 1.02

%- %% 0.67 17.535 11.02 0.28

DISEÑO DE ALCANTARILLADO PLUIA

CALCULO DE CAUDALES


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ENTRADA SALIDA PARCIAL ACUM. ENTRADA TRAMO

* 21 22 2.531 2.531 10 0.44

22 23 0.386 2.917 10.44 0.56

23 34 2.183 5.1 11.00 0.72

* 33 34 0.854 0.854 10.00 1.23

34 Qda 1.023 6.977 11.23 0.95

* 4 Qda 0.863 0.863 10.00 0.41

* 3! !3 0.514 0.514 10.00 1.17

!3 Qda 2.127 2.641 11.17 0.21

* 3" Qda 1.908 1.908 10 0.46

* !! Qda 1.202 1.202 10 0.72* !" Qda 1.311 1.311 10 1.04

* !1 !2 1.122 1.122 10.00 1.21

!2 Qda 1.202 2.324 11.21 0.36

* #1 $4 0.496 0.496 10.00 1.56

$4 1%$ 0.473 0.969 11.56 1.25

1%$ 13# 0.433 1.402 12.81 0.73

13# 13$ 0.331 1.733 13.53 1.32

13$ 14% 1.317 3.05 14.85 0.66

14% 141 0.387 3.437 15.51 0.81

141 142 0.538 3.975 16.32 0.73

142 143 0.355 4.33 17.05 0.37

* #2 $! 0.974 0.974 10 1.13

$! $" 1.74 2.714 11.13 0.57

* #3 $" 0.601 0.601 10 1.04

$" $ 1.313 4.628 11.04 0.57

* #! $ 0.731 0.731 10 1.38

$ 113 2.046 7.405 11.38 0.85


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* 11% 111 1.635 1.635 10 0.59

111 113 2.24 3.875 10.59 0.73



113 12# 1.664 12.944 11.33 0.77

12# 13% 1.252 14.196 12.10 0.83

13% 131 1.809 16.005 12.93 0.38

* % 1 1.306 1.306 10 1.04

1 2 1.178 2.484 11.04 0.63

2 ## 0.649 3.133 11.67 0.91

## 1%% 3.074 6.207 12.58 0.63

1%% 121 1.518 7.725 13.22 0.41

121 12% 0.709 8.434 13.62 0.20* 11! 12% 1.201 1.201 10 0.62

12% 11$ 0.152 9.787 10.62 0.29

* 11 11$ 0.398 0.398 10 0.58

11$ 122 0.29 10.475 10.58 0.17

122 131 0.127 10.602 10.75 0.58

131 143 0.691 27.298 11.33 0.83

143 Qda 0.983 32.611 12.16 1.57

* 144 143 0.575 0.575 10 0.82

14" 14# 1.294 1.869 10.82 1.03

* 124 12! 0.316 0.316 10 1.15

12! 12" 1.445 1.761 11.15 1.02

12" 13 2.093 3.854 12.16 1.66

* 123 132 2.742 2.742 10 0.70

132 134 0.882 3.624 10.70 0.76

134 13! 1.724 5.348 11.46 0.55

13! 13 1.528 6.876 12.01 0.81

13 14 0.604 11.334 12.82 0.30


28/54

14 14# 0.977 12.311 13.13 0.91

14# Qda 0.847 15.027 11.85 0.90



* 4 #$ 1.954 1.954 10.00 1.04

#$ 1%3 0.35 2.304 11.04 0.73

1%3 1%4 2.331 4.635 11.77 0.67

* ! $% 0.709 0.709 10 2.36

$% 1%4 1.438 2.147 12.36 0.78

1%4 1%! 1.489 8.271 12.44 0.67

* " $1 0.683 0.683 10 1.00

$1 1%! 1.473 2.156 11.00 0.821%! 1% 1.866 12.293 11.82 0.86

1% 1%# 0.76 13.053 12.68 0.35

1%# #% 1.797 14.85 13.02 3.30

* # 0.711 0.711 10 1.05

* $2 # 1.218 1.218 10 2.01

# $ 1.071 3 11.05 0.43

$ #% 2.48 5.48 11.48 0.57

#% "" 1.571 21.901 12.05 1.00

"" Qda 0.908 22.809 13.06 1.18

* "3 "4 1.894 1.894 10 0.45

"4 Qda 1.195 3.089 10.45 1.86

* "2 Qda 1.272 1.272 10 0.65

124.404

20.761

1451650 1267391

1369760


29/54

-81890 -8.189


30/54

IC

CAUDA (./se0) #N1"

(mm/2) !ARCIA ACUM" (m)

315.9474635422 0.6220 223.993 223.993 123.81

270.6411532701 0.6220 271.429 495.422 66.59

315.9474635422 0.6220 508.081 508.081 130.04

299.9262558439 0.6220 518.62 1522.123 73.38

293.5809559551 0.6220 715.784 2237.907 22.99

315.9474635422 0.6220 215.798 215.798 58.14

315.9474635422 0.6220 587.298 803.096 37.97

311.9251136082 0.6220 97.086 3138.089 37.78

308.4257781908 0.6220 778.644 3916.733 39.69

303.9539669315 0.6220 89.349 4006.082 67.18

296.7077057509 0.6220 287.311 4293.393 39.62

292.3716901967 0.6220 273.001 4566.394 93.23

315.9474635422 0.6220 655.588 655.588 47.31

304.0954475934 0.6220 604.704 1260.292 51.94

315.9474635422 0.6220 682.905 1943.197 100.12

305.410718332 0.6220 617.882 7127.473 51.45

315.9474635422 0.6220 499.886 499.886 100.83

305.8393254463 0.6220 232.692 7860.051 20.33

315.9474635422 0.6220 196.677 8056.728 30.79

315.9474635422 0.6220 606.419 606.419 99.88

306.5586624202 0.6220 227.938 8891.085 41.42

315.9474635422 0.6220 71.022 71.022 99.05

292.3867395527 0.6220 338.741 9300.848 73.01


31/54

IC

CAUDAL (L&') LON+.

(mm',) PARCIAL ACUM. (m)

315.9474635422 0.6220 1382.745 1382.745 73.702

305.1830540116 0.6220 203.696 1586.441 96.611

292.6772011198 0.6220 1104.785 2691.226 103.144

315.9474635422 0.6220 466.56 466.56 98.949

287.909957319 0.6220 509.293 3667.079 158.041

315.9474635422 0.6220 471.477 471.477 51.961

315.9474635422 0.6220 280.81 280.81 130.296

289.199294312 0.6220 1063.653 1344.463 42.866

315.9474635422 0.6220 1042.386 1042.386 86.31

315.9474635422 0.6220 656.681 656.681 100.019315.9474635422 0.6220 716.23 716.23 68.455

315.9474635422 0.6220 612.975 612.975 119.242

288.2748230112 0.6220 599.165 1212.14 58.214

315.9474635422 0.6220 270.977 270.977 123.575

281.2994920081 0.6220 230.073 501.05 116.63

259.1837859651 0.6220 194.058 695.108 106.955

248.0068292484 0.6220 141.947 837.055 146.937

230.218414792 0.6220 524.277 1361.332 105.008

222.4030345765 0.6220 148.829 1510.161 125.882

213.5212241807 0.6220 198.636 1708.797 126.75

206.1317715092 0.6220 126.534 1835.331 64.23

315.9474635422 0.6220 532.119 532.119 128.513

290.0314852686 0.6220 872.629 1404.748 97.839

315.9474635422 0.6220 328.341 328.341 129.949

291.9598410926 0.6220 662.862 2395.951 120.119

315.9474635422 0.6220 399.363 399.363 138.03

284.8436496573 0.6220 1007.737 3803.051 119.851


32/54

315.9474635422 0.6220 893.239 893.239 101.807

301.6917985226 0.6220 1168.548 2061.787 120.1

IC

CAUDAL (L&') LON+.


285.9652663088 0.6220 822.814 6687.652 64.857

271.2323546365 0.6220 587.193 7274.845 154.541

257.2313436148 0.6220 804.633 8079.478 66.222

315.9474635422 0.6220 713.499 713.499 117.448

291.8517669925 0.6220 594.488 1307.987 98.113

279.1483788767 0.6220 313.267 1621.254 117.861

262.9171910244 0.6220 1397.52 3018.774 128.056

252.7660157277 0.6220 663.477 3682.251 73.8

246.728950885 0.6220 302.483 3984.734 32.94315.9474635422 0.6220 656.135 656.135 81.893

300.9989000983 0.6220 79.112 4719.981 43.229

315.9474635422 0.6220 217.437 217.437 71.773

302.0252273236 0.6220 151.452 5088.87 23.72

298.2210942029 0.6220 65.49 5154.36 84.894

285.8934526081 0.6220 341.6 13575.438 128.184

270.1811563274 0.6220 459.244 15870.013 200

315.9474635422 0.6220 314.136 314.136 112.621

296.6515580509 0.6220 663.768 977.904 136.155

315.9474635422 0.6220 172.638 172.638 115.078

289.6870302582 0.6220 723.823 896.461 129.396

270.1764019636 0.6220 977.804 1874.265 121.952

315.9474635422 0.6220 1498.02 1498.02 86.516

299.24560128 0.6220 456.385 1954.405 67.353

283.3318459473 0.6220 844.633 2799.038 113.802

272.8171227698 0.6220 720.826 3519.864 124.561

258.9906638613 0.6220 270.493 5664.622 64.707


33/54

254.1756281958 0.6220 429.402 6094.024 126.86

275.8452037943 0.6220 404.002 6498.026 150

I

C

CAUDAL (L&') LON+.


315.9474635422 0.6220 1067.517 1067.517 117.196

291.9169865138 0.6220 176.67 1244.187 123.302

277.312494552 0.6220 1117.756 2361.943 117.547

315.9474635422 0.6220 387.344 387.344 119.025

266.6953001099 0.6220 663.146 1050.49 125.224

265.3616716302 0.6220 683.232 4095.665 129.249

315.9474635422 0.6220 373.139 373.139 120.835

292.695589423 0.6220 745.511 1118.65 127.361276.4189089974 0.6220 891.897 6106.212 97.314

261.339512828 0.6220 343.442 6449.654 81.979

255.7746694778 0.6220 794.769 7244.423 289.397

315.9474635422 0.6220 388.436 388.436 134.722

315.9474635422 0.6220 665.422 665.422 185.62

291.7506058501 0.6220 540.302 1594.16 70.105

282.9312650431 0.6220 1213.299 2807.459 99.806

272.0907545276 0.6220 739.137 10791.019 193.595

255.2465782725 0.6220 400.757 11191.776 193.325

315.9474635422 0.6220 1034.737 1034.737 84.272

304.9096094954 0.6220 630.049 1664.786 110.688

315.9474635422 0.6220 694.924 694.924 51.964


34/54


35/54

RU+OSIDAD %.%13

3iseño a .u4o 55eno 6n6n/D

#78 r

R2

ENTRADA SAIDA S D (mm) D (950) : (m/se0) (m) N# (m)

1 2 0.00194 559.06 24.000 0.9667 0.398 0.653 OK 3.764 0.176

2 3 0.04000 426.889 18.000 3.6234 0.307 0.671 OK 3.840 0.133

4 3 0.03168 450.207 18.000 3.2246 0.330 0.721 OK 4.057 0.137

3 5 0.03025 685.279 28.000 4.2303 0.496 0.697 OK 3.952 0.210

5 6 0.01218 939.111 38.000 3.2904 0.680 0.704 OK 3.983 0.286

7 23 0.03406 322.149 14.000 2.8278 0.230 0.646 OK 3.734 0.102

23 6 0.03582 522.365 22.000 3.9197 0.375 0.671 OK 3.839 0.163

6 8 0.02000 971.385 40.000 4.3631 0.698 0.687 OK 3.910 0.299

8 9 0.01000 1202.075 48.000 3.4839 0.872 0.715 OK 4.032 0.364

9 10 0.01000 1212.286 48.000 3.4839 0.882 0.724 OK 4.068 0.365

10 11 0.00800 1297.346 52.000 3.2869 0.939 0.711 OK 4.014 0.393

11 14 0.00500 1450.001 58.000 2.7947 1.049 0.712 OK 4.019 0.439

12 24 0.00400 730.189 30.000 1.6107 0.527 0.692 OK 3.928 0.225

24 13 0.00400 932.987 38.000 1.8856 0.674 0.698 OK 3.956 0.286

13 14 0.02100 804.198 32.000 3.8528 0.586 0.721 OK 4.059 0.243

14 15 0.01000 1504.651 60.000 4.0427 1.090 0.715 OK 4.031 0.454

16 15 0.05000 410.776 18.000 4.0511 0.291 0.637 OK 3.697 0.131

15 17 0.00100 2403.641 96.000 1.7489 1.732 0.710 OK 4.010 0.726

17 19 0.01137 1537.940 62.000 4.4060 1.109 0.704 OK 3.984 0.467

18 19 0.05717 430.681 18.000 4.3318 0.310 0.679 OK 3.874 0.134

19 20 0.01000 1634.719 66.000 4.3079 1.178 0.703 OK 3.976 0.497

21 20 0.01757 240.416 10.000 1.6229 0.175 0.687 OK 3.910 0.075

20 22 0.01000 1662.574 66.000 4.3079 1.205 0.719 OK 4.047 0.501

"#$%#$' &'*


36/54

di- a &/0 n n n'D

O 5

R,

ENTRADA SALIDA S D (mm) D (6) 78idad (m) NO (m)

* 21 22 0.01004 812.90 34.000 2.7739 0.582 0.674 OK 3.854 0.253

22 23 0.01076 844.85 34.000 2.8716 0.613 0.710 OK 4.009 0.257

23 34 0.00475 1200.70 48.000 2.4011 0.871 0.714 OK 4.027 0.363

* 33 34 0.00303 677.10 28.000 1.3389 0.488 0.686 OK 3.904 0.209

34 Qda 0.00569 1303.53 52.000 2.7720 0.945 0.716 OK 4.034 0.394

* 47 Qda 0.01039 539.53 22.000 2.1110 0.392 0.701 OK 3.967 0.166

* 35 53 0.01051 443.29 18.000 1.8573 0.323 0.706 OK 3.991 0.136

53 Qda 0.01796 721.29 30.000 3.4130 0.518 0.680 OK 3.879 0.224

* 36 Qda 0.01842 652.54 26.000 3.1420 0.477 0.722 OK 4.060 0.197

* 55 Qda 0.01000 615.31 26.000 2.3150 0.440 0.667 OK 3.822 0.192* 56 Qda 0.00146 911.83 36.000 1.0989 0.666 0.728 OK 4.090 0.274

* 51 52 0.00453 695.60 28.000 1.6370 0.506 0.711 OK 4.014 0.212

52 Qda 0.01134 756.27 30.000 2.7120 0.552 0.725 OK 4.075 0.228

* 81 94 0.00405 523.04 22.000 1.3180 0.376 0.672 OK 3.844 0.163

94 109 0.00454 644.68 26.000 1.5598 0.469 0.710 OK 4.008 0.196

109 138 0.01253 602.54 24.000 2.4567 0.440 0.723 OK 4.064 0.182

138 139 0.00531 758.86 30.000 1.8558 0.555 0.728 OK 4.090 0.228

139 140 0.01009 807.41 32.000 2.6707 0.590 0.725 OK 4.077 0.243

140 141 0.00810 874.74 36.000 2.5883 0.630 0.689 OK 3.916 0.269

141 142 0.01000 880.73 36.000 2.8759 0.636 0.695 OK 3.943 0.270

142 143 0.01000 904.64 36.000 2.8759 0.659 0.721 OK 4.055 0.273

* 82 95 0.00747 600.61 24.000 1.8969 0.439 0.719 OK 4.050 0.182

95 96 0.01175 793.97 32.000 2.8820 0.576 0.709 OK 4.005 0.242

* 83 96 0.01154 461.90 20.000 2.0878 0.329 0.647 OK 3.738 0.146

96 97 0.01399 938.75 38.000 3.5264 0.679 0.704 OK 3.982 0.286

* 85 97 0.00645 554.38 22.000 1.6633 0.406 0.727 OK 4.083 0.167

97 113 0.00350 1447.51 58.000 2.3383 1.047 0.711 OK 4.012 0.438


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* 110 111 0.01522 638.26 26.000 2.8560 0.463 0.700 OK 3.967 0.196

111 113 0.00783 989.34 40.000 2.7300 0.716 0.705 OK 3.985 0.302

di- a &/0 n n n'D

O 5

R,


113 128 0.00062 2474.51 98.000 1.3961 1.788 0.718 OK 4.045 0.743

128 130 0.00500 1726.68 68.000 3.1074 1.255 0.726 OK 4.081 0.517

130 131 0.00400 1872.70 74.000 2.9405 1.358 0.722 OK 4.064 0.562

* 70 71 0.00596 699.44 28.000 1.8777 0.510 0.717 OK 4.038 0.212

71 72 0.00948 804.75 32.000 2.5887 0.587 0.722 OK 4.062 0.243

72 88 0.00492 986.36 40.000 2.1640 0.713 0.702 OK 3.973 0.301

88 100 0.01046 1081.08 44.000 3.3623 0.780 0.698 OK 3.955 0.331

100 121 0.00718 1249.84 50.000 3.0335 0.906 0.713 OK 4.023 0.378

121 120 0.00516 1369.66 54.000 2.7070 0.997 0.727 OK 4.083 0.411* 115 120 0.00891 628.57 26.000 2.1852 0.453 0.686 OK 3.905 0.194

120 119 0.00370 1553.37 62.000 2.5134 1.124 0.714 OK 4.026 0.469

* 117 119 0.01519 375.87 16.000 2.0643 0.270 0.663 OK 3.807 0.118

119 122 0.00295 1667.16 66.000 2.3398 1.209 0.721 OK 4.059 0.501

122 131 0.00318 1651.75 66.000 2.4293 1.194 0.712 OK 4.019 0.499

131 143 0.00200 2590.74 102.000 2.5753 1.875 0.724 OK 4.070 0.775

143 Qda 0.00105 3099.76 124.000 2.1254 2.227 0.707 OK 3.996 0.936

* 144 143 0.01598 427.40 18.000 2.2902 0.307 0.672 OK 3.844 0.134

146 148 0.00749 754.19 30.000 2.2041 0.550 0.722 OK 4.063 0.228

* 124 125 0.00999 372.90 16.000 1.6741 0.267 0.656 OK 3.777 0.118

125 126 0.00696 740.11 30.000 2.1247 0.537 0.704 OK 3.983 0.226

126 137 0.00100 1404.10 56.000 1.2209 1.018 0.715 OK 4.032 0.424

* 123 132 0.00474 964.26 38.000 2.0527 0.704 0.730 OK 4.096 0.289

132 134 0.00163 1301.46 52.000 1.4837 0.943 0.714 OK 4.027 0.394

134 135 0.01151 1032.19 42.000 3.4193 0.745 0.698 OK 3.957 0.316

135 137 0.00466 1332.63 54.000 2.5725 0.961 0.701 OK 3.967 0.406

137 147 0.00804 1438.10 58.000 3.5439 1.038 0.704 OK 3.984 0.437


38/54

147 148 0.00252 1837.22 74.000 2.3340 1.323 0.704 OK 3.983 0.558

148 Qda 0.00400 1725.81 68.000 2.7793 1.254 0.726 OK 4.079 0.517

di- a &/0 n n n'D

O 5

R,


* 74 89 0.00427 866.00 36.000 1.8793 0.621 0.679 OK 3.876 0.268

89 103 0.01217 753.66 30.000 2.8095 0.550 0.722 OK 4.060 0.228

103 104 0.00851 1024.94 42.000 2.9402 0.738 0.692 OK 3.929 0.315

* 75 90 0.00100 777.36 32.000 0.8408 0.560 0.689 OK 3.918 0.240

90 104 0.01198 709.41 28.000 2.6622 0.519 0.730 OK 4.099 0.213

104 105 0.00774 1282.53 52.000 3.2330 0.925 0.700 OK 3.966 0.391

* 76 91 0.01068 491.68 20.000 2.0085 0.357 0.704 OK 3.980 0.151

91 105 0.01044 745.31 30.000 2.6022 0.542 0.711 OK 4.012 0.227105 107 0.00144 2042.00 82.000 1.8893 1.471 0.706 OK 3.992 0.619

107 108 0.01000 1449.31 58.000 3.9524 1.049 0.712 OK 4.017 0.439

108 80 0.00066 2520.12 100.000 1.4600 1.819 0.716 OK 4.036 0.758

* 77 78 0.01217 487.07 20.000 2.1441 0.353 0.695 OK 3.942 0.150

* 92 78 0.00366 746.61 30.000 1.5407 0.543 0.713 OK 4.020 0.227

78 79 0.00884 878.16 36.000 2.7040 0.633 0.692 OK 3.931 0.270

79 80 0.00731 1125.17 46.000 2.8954 0.810 0.693 OK 3.935 0.345

80 66 0.00418 2070.20 82.000 3.2189 1.498 0.719 OK 4.050 0.622

66 Qda 0.00259 2295.77 92.000 2.7358 1.653 0.707 OK 3.997 0.695

* 63 64 0.01614 667.06 28.000 3.0900 0.478 0.672 OK 3.845 0.208

64 Qda 0.00063 1464.60 58.000 0.9920 1.064 0.722 OK 4.062 0.440

* 62 Qda 0.00231 827.25 34.000 1.3305 0.596 0.690 OK 3.923 0.255


39/54


40/54

< >

PROFUNDIDAD (m) 1.50

: #7 T #7 CAMARA C#TA DE ENTRADA !R#FUNDIDAD

(m/s) N# (!a) N# ENTRADA SAIDA TERREN# RADIER m

1.064 OK 3.350 OK 1 2 1833.20 1831.70 1.500

4.017 OK 52.360 OK 2 3 1832.96 1829.16 3.800

3.632 OK 42.462 OK 4 3 1832.78 1830.62 2.164

4.733 OK 62.437 OK 3 5 1828.66 1826.50 2.163

3.689 OK 34.230 OK 5 6 1826.44 1824.28 2.163

3.103 OK 34.144 OK 7 23 1829.50 1827.34 2.163

4.345 OK 57.301 OK 23 6 1827.52 1825.36 2.163

4.866 OK 58.695 OK 6 8 1826.16 1823.36 2.800

3.918 OK 35.665 OK 8 9 1825.98 1823.18 2.800

3.927 OK 35.778 OK 9 10 1825.75 1822.78 2.967

3.693 OK 30.857 OK 10 11 1824.41 1822.11 2.299

3.141 OK 21.522 OK 11 14 1824.39 1821.79 2.596

1.799 OK 8.822 OK 12 24 1825.60 1823.30 2.300

2.110 OK 11.210 OK 24 13 1825.31 1822.91 2.400

4.340 OK 50.052 OK 13 14 1825.25 1823.75 1.500

4.547 OK 44.578 OK 14 15 1821.96 1819.36 2.600

4.428 OK 64.064 OK 16 15 1827.80 1825.20 2.600

1.964 OK 7.119 OK 15 17 1820.54 1817.34 3.200

4.940 OK 52.139 OK 17 19 1820.24 1818.74 1.500

4.817 OK 75.170 OK 18 19 1825.60 1824.10 1.500

4.828 OK 48.775 OK 19 20 1819.89 1818.39 1.500

1.810 OK 12.890 OK 21 20 1821.08 1819.72 1.364

4.850 OK 49.107 OK 20 22 1819.34 1817.98 1.365

TA!LA DE CO


41/54

7 O T O CAMARA COTA DE ENTRADA PRO9UNDIDAD

(m') NO (Pa) NO ENTRADA SALIDA TERRENO RADIER m

3.079 OK 24.870 OK * 21 22 399.29 397.79 1.500

3.225 OK 27.126 OK 22 23 398.55 397.05 1.500

2.700 OK 16.934 OK 23 34 397.51 396.01 1.500

1.492 OK 6.220 OK * 33 34 397.32 395.82 1.499

3.118 OK 21.988 OK 34 Qda 397.02 395.52 1.499

2.364 OK 16.877 OK * 47 Qda 398.00 396.50 1.500

2.084 OK 14.002 OK * 35 53 407.55 406.05 1.500

3.797 OK 39.381 OK 53 Qda 406.18 404.68 1.499

3.540 OK 35.673 OK * 36 Qda 406.40 404.90 1.500

2.562 OK 18.861 OK * 55 Qda 404.50 403.00 1.500

1.240 OK 3.925 OK * 56 Qda 402.50 401.00 1.500

1.839 OK 9.409 OK * 51 52 400.70 399.20 1.500

3.058 OK 25.372 OK 52 Qda 400.16 398.66 1.500

1.462 OK 6.483 OK * 81 94 407.21 405.71 1.500

1.752 OK 8.751 OK 94 109 406.71 405.21 1.500

2.768 OK 22.407 OK 109 138 406.18 404.68 1.500

2.094 OK 11.895 OK 138 139 404.84 403.34 1.500

3.011 OK 24.084 OK 139 140 404.06 402.56 1.500

2.888 OK 21.408 OK 140 141 403.00 401.50 1.500

3.215 OK 26.512 OK 141 142 401.98 399.48 2.500

3.239 OK 26.804 OK 142 143 399.90 398.21 1.687

2.136 OK 13.342 OK * 82 95 405.90 404.36 1.540

3.236 OK 27.867 OK 95 96 404.94 403.40 1.540

2.292 OK 16.537 OK * 83 96 405.29 403.79 1.500

3.953 OK 39.310 OK 96 97 403.79 402.29 1.500

1.876 OK 10.589 OK * 85 97 403.00 401.50 1.500

2.627 OK 15.055 OK 97 113 402.11 400.61 1.500


42/54

3.199 OK 29.216 OK * 110 111 404.18 402.68 1.500

3.061 OK 23.167 OK 111 113 402.63 401.13 1.500



1.571 OK 4.520 OK 113 128 401.69 400.19 1.5003.505 OK 25.369 OK 128 130 401.65 398.65 3.000

3.313 OK 22.055 OK 130 131 399.50 397.50 2.000

2.113 OK 12.406 OK * 70 71 402.05 400.55 1.500

2.917 OK 22.601 OK 71 72 401.35 399.85 1.500

2.425 OK 14.539 OK 72 88 400.42 398.92 1.500

3.762 OK 33.937 OK 88 100 399.84 398.34 1.500

3.410 OK 26.652 OK 100 121 398.50 397.00 1.499

3.054 OK 20.795 OK 121 120 399.03 396.47 2.559

2.436 OK 16.985 OK * 115 120 399.93 398.43 1.500

2.826 OK 17.036 OK 120 119 399.20 397.70 1.500

2.282 OK 17.595 OK * 117 119 400.13 398.63 1.500

2.636 OK 14.501 OK 119 122 399.04 397.54 1.500

2.730 OK 15.577 OK 122 131 398.97 397.47 1.500

2.903 OK 15.207 OK 131 143 398.70 397.20 1.500

2.385 OK 9.641 OK 143 Qda 399.11 396.94 2.167

2.540 OK 20.931 OK * 144 143 397.50 396.00 1.500

2.483 OK 16.741 OK 146 148 395.70 394.20 1.500

1.845 OK 11.522 OK * 124 125 397.55 396.05 1.500

2.382 OK 15.441 OK 125 126 396.40 394.90 1.500

1.373 OK 4.161 OK 126 137 395.50 394.00 1.500

2.317 OK 13.456 OK * 123 132 397.93 396.43 1.500

1.668 OK 6.295 OK 132 134 397.52 396.02 1.500

3.827 OK 35.655 OK 134 135 397.41 395.91 1.500

2.881 OK 18.579 OK 135 137 396.10 394.60 1.500

3.974 OK 34.491 OK 137 147 395.52 394.02 1.500


43/54

2.617 OK 13.790 OK 147 148 395.00 393.50 1.500

3.134 OK 20.292 OK 148 Qda 394.68 392.18 2.500



2.090 OK 11.231 OK * 74 89 399.50 398.00 1.500

3.165 OK 27.194 OK 89 103 399.00 397.50 1.500

3.284 OK 26.279 OK 103 104 397.50 396.00 1.501

0.938 OK 2.350 OK * 75 90 398.00 396.50 1.501

3.005 OK 25.065 OK 90 104 398.00 396.38 1.620

3.621 OK 29.712 OK 104 105 396.50 394.88 1.621

2.252 OK 15.792 OK * 76 91 398.12 396.62 1.500

2.923 OK 23.229 OK 91 105 396.83 395.33 1.5012.120 OK 8.740 OK 105 107 395.50 394.00 1.500

4.441 OK 43.036 OK 107 108 395.64 393.14 2.500

1.642 OK 4.906 OK 108 80 394.00 392.32 1.680

2.397 OK 17.922 OK * 77 78 396.80 395.30 1.500

1.732 OK 8.149 OK * 92 78 395.84 394.34 1.500

3.021 OK 23.405 OK 78 79 395.16 393.66 1.499

3.235 OK 24.742 OK 79 80 394.54 393.04 1.499

3.624 OK 25.509 OK 80 66 393.81 392.13 1.681

3.070 OK 17.647 OK 66 Qda 393.00 391.32 1.680

3.428 OK 32.888 OK * 63 64 394.83 393.33 1.500

1.118 OK 2.722 OK 64 Qda 393.47 391.97 1.500

1.485 OK 5.771 OK * 62 Qda 396.12 394.62 1.500


44/54


45/54

C#TA DE SAIDA !R#FUNDIDAD

TERREN# RADIER m

1832.96 1831.46 1.500 s 1.50

1828.66 1826.50 2.164 s 3.80

1828.66 1826.50 2.163 s 2.16

1826.44 1824.28 2.163 s 2.16

1826.16 1824.00 2.163 s 2.16

1827.52 1825.36 2.163 s 2.16

1826.16 1824.00 2.163 s 2.16

1825.98 1822.60 3.376 s 2.80

1825.75 1822.78 2.967 s 2.80

1824.41 1822.11 2.299 s 2.97

1824.39 1821.79 2.596 s 2.30

1821.96 1821.33 2.300 s 2.60

1825.31 1823.11 2.400 s 2.30

1825.25 1822.70 1.800 s 2.40

1821.96 1821.65 2.600 s 1.50

1820.54 1818.85 2.600 s 2.60

1820.54 1820.16 3.200 s 2.60

1820.24 1817.32 2.920 s 3.20

1819.89 1818.39 1.500 s 1.50

1819.89 1818.39 1.500 s 1.50

1819.34 1817.98 1.364 s 1.50

1819.34 1817.98 1.365 s 1.36

1817.52 1817.25 1.900s 1.36

TAS


46/54

COTA DE SALIDA PRO9UNDIDAD

TERRENO RADIER m s

398.55 397.05 1.500 s

397.51 396.01 1.500 s397.02 395.52 1.499 s

397.02 395.52 1.499 s

396.12 394.62 1.499 s

397.46 395.96 1.500 s

406.18 404.68 1.499 s

406.95 403.91 3.039 s

404.81 403.31 1.500 s

403.50 402.00 1.500 s

402.40 400.90 1.500 s

400.16 398.66 1.500 s

399.50 398.00 1.500 s

406.71 405.21 1.500 s

406.18 404.68 1.500 s

404.84 403.34 1.500 s

404.06 402.56 1.500 s

403.00 401.50 1.500 s

401.98 400.48 1.500 s

399.90 398.21 1.687 s

399.11 397.57 1.540 s

404.94 403.40 1.540 s

403.79 402.25 1.539 s

403.79 402.29 1.500 s

402.11 400.61 1.500 s

402.11 400.61 1.500 s

401.69 400.19 1.500 s


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402.63 401.13 1.500 s

401.69 400.19 1.500 s


TERRENO RADIER m s

401.65 400.15 1.500 s399.50 397.88 1.623 s

398.70 397.24 1.465 s

401.35 399.85 1.500 s

400.42 398.92 1.500 s

399.84 398.34 1.500 s

398.50 397.00 1.499 s

399.03 396.47 2.559 s

399.20 396.30 2.899 s

399.20 397.70 1.500 s

399.04 397.54 1.500 s

399.04 397.54 1.500 s

398.97 397.47 1.500 s

398.70 397.20 1.500 s

399.11 396.94 2.167 s

398.90 396.73 2.167 s

395.70 394.20 1.500 s

394.68 393.18 1.499 s

396.40 394.90 1.500 s

395.50 394.00 1.500 s

395.52 393.88 1.642 s

397.52 396.02 1.500 s

397.41 395.91 1.500 s

396.10 394.60 1.500 s

395.52 394.02 1.500 s

395.00 393.50 1.500 s


48/54

394.68 393.18 1.500 s

393.24 391.58 1.660 s


TERRENO RADIER m s399.00 397.50 1.500 s

397.50 396.00 1.501 s

396.50 395.00 1.501 s

398.00 396.38 1.620 s

396.50 394.88 1.621 s

395.50 393.88 1.621 s

396.83 395.33 1.501 s

395.50 394.00 1.500 s395.64 393.86 1.780 s

394.00 392.32 1.680 s

393.81 392.13 1.681 s

395.16 393.66 1.500 s

395.16 393.66 1.499 s

394.54 393.04 1.499 s

393.81 392.31 1.499 s

393.00 391.32 1.680 s

392.50 390.82 1.681 s

393.47 391.97 1.500 s

393.40 391.90 1.500 s

396.00 394.50 1.500 s


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REFERENCIAS


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Documents

Osorio Sanitaria