7.6 Ejercicio Metodo Cross Correcion de Caudales Rotado

CROSS 1

NOVOA

AB

L(km) 0.5

Chw 100

D(pulg) 8

k 0.0068979765

Q(lts/s) 35

1

hf   4. 4.99270295

AC

0.6

100

6

0.0336047625

15

-1

- 5 .0 6 4 3 2 8 1 9

0

100

1

0

0.5

1

0

0.5

100

6

0.0280039687

13

1

3. 3.23774523

BC

3.16611999 DQ=

CROSS 2

AB AC BC

HIDALGO

L(m) 500 600 0

Chw 100 100 100

D(m) 0.2032 0.1524 1

k 2477.5719869663 12070.052268605 0

Q(m3/s) 0.035 0.015 1

500

100

0.1524

10058.376890504

0.013

1

hf   4 .9 8 4 7 1 4 6 3 - 5 .0 5 6 2 6 8 9 0

1

3 .2 3 2 5 9 2 7 4

1 -1

3.16103846 DQ=

7.6 Calcule Calcule los caudales caudales en en las tuberías tuberías y las alturas alturas en los nodos par par potable que aparece en la Fig.P7.6. Utilice el método de Hardy-Cross las tuberías tuberías son de P!C P!C "#$%.%%&' "#$%.%%&' mm(. )as )as longitudes* longitudes* los di+metro di+metro pérdidas pérdidas menores menores para para cada cada una una de las las tubería tuberías s son los que que se indic se encuentran al mismo niel.

3) Méto Métoo o ! C"o C"oss ss po" po" D#"$% D#"$% &!'s &!'s#$ #$h h ( #l h#!" h#!" p"! p"!s! s!$'# $'# ! ! pé"' pé"'#s #s po" po" f"'$ f"'$ +,-M, L2 L2

C'"$u'to 1

7-8

L(m) 500 60 100

D(m) 0.2 0.25 0.25

Q(m3/s) 0.143 0.202977875 0.277022125

-1 -1

ht 3 6 .0 7 1 8 7 0 6 - 4 .5 8 9 5 5 6 9 8 - 1 3 .5 5 3 6 4 4 2

2-7

60

0.254

0.1521159165

-1

- 2 .4 6 4 3 3 3 1 2

1-2 8-1

1 -1 -1

1.4643363 DQ= 5D L2

C'"$u'to 1

7-8

L(m) 500 60 100

D(m) 0.2 0.25 0.25

Q(m3/s) 0.1184401323 0.2275377427 0.3015819926

2-7

60

0.254

0.1607789504

1-2 8-1

-1

ht 25.437264 - 5 .7 1 0 8 3 9 0 9 - 1 5 .9 5 0 7 0 9 8

-1

- 2 .7 3 9 0 5 1 7 1

1 -1

1.0366633 DQ= 2,C, L2 L2

C'"$u'to 1 1-2

L(m) 500

D(m) 0.2

Q(m3/s) 0.1166332734

1

ht 2 4 .7 2 3 4 9 9 3

8-1

60

0.25

0.2293446017

-1

- 5 .7 9 7 9 8 9 9 9

7-8

100

0.25

0.3033888516

-1

- 1 6 .1 3 4 5 0 1

2-7

60

0.254

0.152582906

-1 -1

- 2 .4 7 8 7 8 6 3 7

0.3177719 DQ= C,2 L2  L2 

C'"$u'to 1

7-8

L(m) 500 60 100

D(m) 0.2 0.25 0.25

Q(m3/s) 0.1160835655 0.2298943096 0.3039385595

2-7

60

0.254

0.1503664469

1-2 8-1

-1

ht 2 4 .5 0 8 2 2 8 5 - 5 .8 2 4 6 3 0 6 5 - 1 6 .1 9 0 6 1 8 6

-1

- 2 .4 1 0 5 5 1 2 7

1 -1

0.087478 DQ= Q-2 L2

C'"$u'to 1

7-8

L(m) 500 60 100

D(m) 0.2 0.25 0.25

Q(m3/s) 0.1159380029 0.2300398721 0.304084122

-1

ht 24.4513718 -5.83169496 -16.2054943

2-7

60

0.254

0.1492621684

-1

-2.37689727

1-2 8-1

1 -1

0.03783 DQ= 2 L2

C'"$u'to 1

7-8

L(m) 500 60 100

D(m) 0.2 0.25 0.25

Q(m3/s) 0.115872096 0.230105779 0.304150029

-1

ht 24.4256489 -5.83489485 -16.2122318

2-7

60

0.254

0.1490146163

-1

-2.3693841

1-2 8-1

1 -1

0.00913818 DQ=

,L2D:

L

hf/Q DQ Q
 CM>-: -6.69723502

L(km) BC 0.5

Chw 100

15.62688171

CD

0.6

100

-468.806451

BD

0.7

100

0

100

-51.593708

0.793786 ?7.34403776

hf/Q DQ Q-: 142.4204179 -0.002344004 0.0376996 -6.69715518 337.0845935 -0.002344004 ?0.01344004 15.62669542 0 -0.002344004 0.996996 -0.23440043 248.66098 -0.006707165 0.00679783 -51.5935767

L(m) BC 500 CD 600 BD 700 0

Chw 100 100 100 100

78.169914 ?0.007344

:LC-: a la red de distribución de agua on corrección de caudales. odas y los coe,icientes globales de n en dica ,igura. odos los nodos

Datos: !" A#t$%a &' (o&os CORR)CCION D) +!0,0015  R'so#/'(&o:

1) D!t!"!m'# 1234 R'so#/'(&o: 8! 480 #s

7) D!t!"m'# #os a$&a#'s &'

73 l/ 4

100 l/

< C3  l/

5

80 l/

8@8 l/

$'* % m!o"!s) (

tu!"'# 1--2 2--3 3--4 4--5 1--8

2

km 3.6 4.6 4.3 5.4 2.4

ht/Q DQ Q-: 252.2508431 -0.024559868 0.118440137 -17.1747326 22.61111946 -0.024559868 ?0.77343 12.09977574 48.92621549 -0.024559868 ?0.30181993 8.865670089 16.20036337 -0.008663034

?0.16089 5.695021344

8--7

3.8

7--6

3.2

6--5

4.3

2--7

2.4

3--6

5.4



C'"$u'to L(m) D(m) 60 0.254 200 0.2 80 0.25



150

0.3

tu!"'# 1--2 2--3 3--4

km 3.6 4.6 4.3

4--5

5.4

1--8

2.4

8--7

3.8

7--6

3.2

6--5

4.3

2--7

2.4

3--6

5.4

 

339.988414 ?0.07498

ht/Q DQ Q-: 214.7689593 -0.001806859 0.11663373 -1.52554623 25.09842552 -0.001806859 ?0.779344607 0.794091984 52.89012674 -0.001806859 ?0.30338887 0.599126944 17.0361338 0.008196044 ?0.1787906 -5.09770985



C'"$u'to L(m) D(m) 60 0.254 200 0.2 80 0.25



150

0.3

tu!"'# 1--2 2--3

km 3.6 4.6

 

309.93644 ?0.00180686

3--4

4.3

4--5

5.4

1--8

2.4

8--7

3.8

7--6

3.2

6--5

4.3

2--7

2.4

3--6

5.4

 CM>-: -0.47131308



C'"$u'to L(m) D(m) 60 0.254

0.239686426



200

0.2

0.181189215



80

0.25

16.24550505 0.002216459 ?0.1036644 -1.45262605



150

0.3

tu!"'# 1--2 2--3 3--4 4--5 1--8 8--7 7--6 6--5 2--7

km 3.6 4.6 4.3 5.4 2.4 3.8 3.2 4.3 2.4

3--6

5.4

ht/Q DQ Q
ht/Q DQ Q-: 211.1257384 -0.000145563 0.11938003 -0.12539463 25.33612362 -0.000145563 ?0.73003987 0.063317163 53.26937981 -0.000145563 ?0.304084177 0.047892099 16.03117794 0.001104279 ?0.149767168 -0.73439161

30.674198 ?0.000146



C'"$u'to L(m) D(m) 60 0.254 200 0.2 80 0.25



150

 

0.3

tu!"'# 1--2 2--3 3--4 4--5 1--8 8--7

km 3.6 4.6 4.3 5.4 2.4 3.8

7--6

3.2

6--5

4.3

2--7

2.4

3--6

5.4

C'"$u'to ht/Q DQ Q-: 210.9004056 -6.59069)-05 0.1187096 -0.0568467 25.35080073 -6.59069)-05 ?0.730109 0.02865022 53.29279985 -6.59069)-05 ?0.30410079 0.021673914 15.92431157 0.000247552 ?0.149014616 -0.16585049



L(m) 60 200 80

D(m) 0.254 0.2 0.25



150

0.3

tu!"'# 1--2 2--3 3--4 4--5 1--8 8--7 7--6 6--5

km 3.6 4.6 4.3 5.4 2.4 3.8 3.2 4.3

2--7

2.4

3--6

5.4

 

30.46831 ?6.90?0

ht/Q DQ Q-: 210.7983693 -1.61587)-05 0.11893 -0.01394532 25.35744594 -1.61587)-05 ?0.730171938 0.007022308 53.3034036 -1.61587)-05 ?0.304166188 0.005312752 15.90034693 0.000125132 ?0.148889484

30.3968 ?1.619?0

-0.0839731



C'"$u'to L(m) D(m) 60 0.254 200 0.2 80 0.25



150

 

0.3

+,D-D +:, CC:,-: A ;,-CC-: tu!"'# 1--2

km 3.6

2--3

4.6

3--4

4.3

4--5

5.4

1--8

2.4

8--7

3.8

7--6

3.2

6--5

4.3

2--7

2.4

3--6

5.4

DL ;-L

,  L: :D:

Q 4=0 l/4

< C3

5

Q =100 l/

D(pulg) k 6 0.028003969

Q(lts/s) 13

-1

hf hf/Q DQ Q
8

0.008277572

28

-1

-3.963141964 0.14154078 4.36314979 ?73.636807

8

0.009657167

22

1

2.9581251917 0.13446024 4.36314979 76.3631498

1

0

0.5

1

0

0 4.36314979 4.8631499

?4.74767004 0.7083 DQ=

D(m) k 0.1524 10058.37689 0.2032 2973.086384 0.2032 3468.600782 1

0

Q(m3/s) 0.013 -1 0.028 -1 0.022 1 0.5

4.3631499

hf hf/Q DQ Q
1

0

0 0.00436316 0.0436316

?4.736001486 74.770399 DQ=

"  

CA*DAL)S

o !l $#u#l !t"#t! 567!8

0.00436316

 $#u#l!s po" !l m!too !l p"of!so" o#o% (a%a(aso( #os a$&a#'s a#$#a&os o% '# to&o  #os a$&a#'s &' o#o% o%a&o s' a#$#a%o( o% o(

0 l/ 3

N$&o 8

93 l/

7

0 l/

3@1 l/

143 l/

6

2 ;

C7

1

< C1

<

60 l/

703 l/ M#t!"'#l

17@1 l/

+C ;..8

6

0 l/

7

174@9 l/

0 l/

480 l/

7 l/

+o" w#m!! ?#'

ʋ=

log 500 150 120 200 60

'#m!t"o 0.2 0.3 0.25 0.2 0.25

ks 0.0000015 0.0000015 0.0000015 0.0000015 0.0000015

Q 0 .143 3s 0 .093 3s 0.023 3s 0 .077 3s 

,! 797867.02409 345928.36009 102662.61009 429620.70528 906010.36705

f 0.012223 0.014062 0.017802 0.013564   0.011943

" hf   1578.08148  71.7234508 0.62033613 180.751248 0.09561741 700.447023 4.1529504 60.631025 2.49799931

100

0.25

0.0000015



1236513.6697

0.011374

96.2354233 7.38522742

80

0.25

0.0000015



557530.32089

0.012943

87.6104997 1.36686055

120

0.254

0.0000015



385888.67789

0.013800

129.427496 0.99854837

60

0.254

0.0000015



668290.69761

0.012552

58.8572836 1.36191352

200

0.2

0.0000015



206834.28019

0.015501

800.518472 1.10008803

Q(m3/s)  1 0.03707 1 0.12491 -1 0.093

1

ht ht/Q DQ Q-: 2.46433312 16.2003634 0.0086630339 0.16089   5.69502134 1.48331061 40.0132717 -0.005101759 0.0319681   -13.7623269 -2.42289778 19.397737 -0.015896834 ?0.14080304   12.7270165 1.02618089 11.0342031 -0.015896834 0.01031   -17.0933696

7.097684 86.641 DQ=

?0.0189683

ʋ=

log 500 150 120

'#m!t"o 0.2 0.3 0.25

ks 0.0000015 0.0000015 0.0000015

Q ,! 0.11844013 660833.95058 0.07710317 286796.87618 0.01220492 54477.674629

f 0.012605 0.014553 0.020391

" hf   1627.40196 22.8293004 74.2288756 0.44128311 207.036987 0.03084027

200

0.2

0.0000015

0.06620492

369388.8314

0.013930

719.368272 3.15305737

60

0.25

0.0000015

0.22753774 1015633.2146

0.011728

59.5385088 3.08251248

100

0.25

0.0000015

0.30158199 1346135.7444

0.011228

94.996206 8.64006627

80

0.25

0.0000015

0.14080304 628485.82713

0.012683

85.8498105 1.70201514

120

0.254

0.0000015

0.09863082 433313.65681

0.013520

126.796349 1.23347974

60

0.254

0.0000015

0.16077895 706348.34373

0.012436

58.31714 1.50749054

200

0.2

0.0000015

0.03196871 178368.65328

0.015949

823.624748 0.84174303

Q(m3/s) 0.16078 1 0.03197 1 0.1408 -1

ht ht/Q DQ Q-: 2.73905171 17.0361338 -0.008196044 0.178791   -5.09770985 1.12674322 35.2451922 -0.004731241 0.07734   -14.7996005 -3.0439618 21.6185798 -0.010002903 ?0.10809   7.10418128

0.0771

0.72024089 9.34126215 -0.010002903 0.0610076   -12.9734016

1

1.470407 83.741169 DQ=

?0.0100079

ʋ=

log 500 150

'#m!t"o 0.2 0.3

ks 0.0000015 0.0000015

Q ,! 0.11663327 650752.62315 0.06710026 249589.56576

f 0.012637 0.014935

" hf   1631.5502 22.1945002 76.1773547 0.34298437

120

0.25

0.0000015

0.00693326 30947.180637

0.023219

235.749524 0.01133251

200

0.2

0.0000015

0.06093326 339975.71391

0.014138

730.1308 2.71087525

60

0.25

0.0000015

0.2293446

1023698.2766

0.011713

59.4642137 3.12775499

100

0.25

0.0000015

0.30338885 1354200.8063

0.011217

94.9102552 8.73599501

80

0.25

0.0000015

0.15080595 673134.59963

0.012538

84.8685548 1.93011744

120

0.254

0.0000015

0.10390248 456473.59184

0.013397

125.643175 1.35640922

60

0.254

0.0000015

0.15258291 670340.75461

0.012545

58.8271836 1.36958762

200

0.2

0.0000015

0.02723747 151970.80515

0.016456

849.832173 0.63047311

Q(m3/s) 0.15258 1 0.02724

1

0.15081

-1

0.0671

1

ht ht/Q DQ Q-: 2.47878637 16.2455051 -0.002216459 0.103664   -1.45262605 0.83735783 30.7428684 0.0002333087 0.0740   0.85657263 -3.46950548 23.0064237 -0.002766167 ?0.13711   1.83425588 0.55425664 8.26012616 -0.002766167

0.0643341   -4.12243827

0.400893 8.749733 DQ=

?0.007661

ʋ=

log 500 150 120 200 60 100 80 120 60

'#m!t"o 0.2 0.3 0.25 0.2 0.25 0.25 0.25 0.254 0.254

ks 0.0000015 0.0000015 0.0000015 0.0000015 0.0000015 0.0000015 0.0000015 0.0000015 0.0000015

Q 0.11608357 0.0643341 0.00393379 0.05793379 0.22989431 0.30393856 0.15357211 0.10690196 0.15036645

,! 647685.54089 239300.38997 17558.777433 323240.2099 1026151.9424 1356654.4721 685481.61057 469651.15405 660603.21018

f 0.012647 0.015054 0.026693 0.014268 0.011709 0.011214 0.012500 0.013331 0.012576

" 1632.82884 76.7836748 271.024102 736.810038 59.4417612 94.8842384 84.611965 125.020267 58.9712272

200

0.2

0.0000015

0.02747077 153272.54547

0.016429

848.403573 0.64024221

Q(m3/s) 0.15037 1 0.02747 1 0.15357 -1 0.06433

1

hf   22.0030122 0.3177981 0.00419401 2.47297296 3.14157991 8.76527765 1.9955219 1.42873514 1.33334348

ht ht/Q DQ Q-: 2.41055127 16.0311779 -0.001104279 0.1497671   -0.73439161 0.85068634 30.9669587 -0.00049197 0.076988   -1.79088473 -3.59190049 23.3890153 -0.001249841 ?0.148719   0.81384641 0.51201028 7.95861462 -0.001249841 0.0630847   -1.9427352

0.181344 8.3466 DQ=

?0.00174984

ʋ=

log 500 150 120 200 60 100

'#m!t"o 0.2 0.3 0.25 0.2 0.25 0.25

ks 0.0000015 0.0000015 0.0000015 0.0000015 0.0000015 0.0000015

Q 0.115938 0.06308425 0.00317592 0.05717592 0.23003987 0.30408412

,! 646873.37802 234651.41706 14175.95763 319011.68515 1026801.6727 1357304.2024

f 0.012650 0.015110 0.028212 0.014302 0.011708 0.011214

" 1633.16874 77.0688352 286.442952 738.569069 59.4358274 94.8773594

80

0.25

0.0000015

0.15482195 691060.37807

0.012483

84.4979816 2.02540287

120

0.254

0.0000015

0.10765983

472980.7011

0.013314

124.866445 1.44728182

60

0.254

0.0000015

0.14926217 655751.79561

0.012591

59.0440203 1.31545324

200

0.2

0.0000015

0.0269788

0.016487   851.434876

Q(m3/s) 0.14926 1 0.02698 1 0.15482 -1 0.06308

1

150527.61086

hf   21.9524344 0.30670493 0.00288919 2.41444531 3.14524549 8.77303934

0.6197219

ht ht/Q DQ Q-: 2.37689727 15.9243116 -0.000247552 0.14901467   -0.16585049 0.82269591 30.4941571 2.507184)-05 0.0700388   0.09293161 -3.64787134 23.5617188 -0.000313459 ?0.11341   0.20246416 0.49344434 7.82198894 -0.000313459

0.06708   -0.49688939

0.0416619 .807164 DQ=

?0.00031346

ʋ=

log 500 150 120 200 60 100 80 120

'#m!t"o 0.2 0.3 0.25 0.2 0.25 0.25 0.25 0.254

ks 0.0000015 0.0000015 0.0000015 0.0000015 0.0000015 0.0000015 0.0000015 0.0000015

Q 0.1158721 0.0627708 0.00283738 0.05683738 0.23010578 0.30415003 0.15513541 0.10799836

,! 646505.65185 233485.45906 12664.897841 317122.86041 1027095.8536 1357598.3834 692459.52767 474467.96467

f 0.012651 0.015125 0.029065 0.014317 0.011707 0.011213 0.012479 0.013307

" 1633.32282 77.141505 295.100461 739.364624 59.4331424 94.8742462 84.4695812 124.798187

60

0.254

0.0000015

0.14901462 654664.22803

0.012595

59.0604342 1.31145796

200

0.2

0.0000015

0.02700388 150667.49859

0.016484

851.278648 0.62076035

Q(m3/s) 0.14901 1 0.027 1 0.15514 -1 0.06277

1

ht ht/Q DQ Q-: 2.3693841 15.9003469 -0.000125132 0.14888948   -0.0839731 0.82411179 30.518277 -0.00005867 0.0769471   -0.21726497 -3.66197404 23.6050169 -0.000141291 ?0.176   0.09107588 0.48883911 7.78768385 -0.000141291

0.0703609 .811374 DQ=

?0.00014179

0.067679   -0.22509024

hf   21.9295518 0.30395086 0.00237578 2.38850878 3.14690582 8.77655467 2.03292909 1.45560179

ʋ=

log 500

'#m!t"o 0.2

ks 0.0000015

Q ,! 0.11585594 646415.49455

f 0.012651

" hf   1633.36061 21.9239432

150

0.3

0.0000015

0.0626295

232959.90608

0.015131

77.1744149 0.30271316

120

0.25

0.0000015

0.00275476 12296.112419

0.029295

297.435455 0.00225716

200

0.2

0.0000015

0.05675476 316661.87864

0.014321

739.55972 2.38219819

60

0.25

0.0000015

0.23012194 1027167.9794

0.011707

59.4324842 3.14731295

100

0.25

0.0000015

0.30416619 1357670.5092

0.011213

94.8734831 8.77741665

80

0.25

0.0000015

0.1552767

693090.19125

0.012477

84.456804 2.03632573

120

0.254

0.0000015

0.10808098 474830.94245

0.013305

124.78157 1.45763566

60

0.254

0.0000015

0.14888948 654114.48616

0.012597

59.0687445 1.30944056

200

0.2

0.0000015

0.02694521 150340.15089

0.016491

851.644533 0.61833154

7@ l/

0 l/

4

3

100 l/

< 6@ l/

67@630 l/

C3

0 l/

76@94 l/

@@@@@@@@7 C7

< 148@



llllll6

108@081  l/

 @@@@@@@

1@7 l/ 0 l/

1.13 m

18.89 1.76 m

3=0 l/

3

Q 7=60 l/ Q 1 2 ;

C7

1

< C1

< ;..8

6 6=80

l/

7 Q =0 l/

Q 8=0 l/

 CM>-: -51.5937080208 -15.5826778058 19.8324990255 872.6299571235

 CM>-: -51.5935767134 -15.5827166426 19.8325484542 0.872632132

 

($/&a&

 '
=$>'%/a

Lo(?/t$& 

D/a't%o 

C@

8--1

60

0.2

150

151.5869

0.0665

8--7

100

0.25

150

85.2157

0.0907

7--2

60

0.254

150

47.3256

0.1246

7--6

80

0.25

150

68.1726

0.1023

6--5

120

0.25

150

102.2589

0.0822

6--3

200

0.2

150

505.2896

0.0347

%

1%1(

CA*DAL)S AL=AN=)S S) CALC*LAN O

L'"o B u# #l#""'#g# Co'$'o D'#m!t"o (mm)

Chw

$ost#t!

10

2oos

=$>'%/a  

1--2 2--3 3--4 4--5

1.141

ht = hf < hm

0.000001141

" 185.9104287015 46.9238942127 90.9556444065 278.8656430523 50.7659410641

hm 3.8016823565 0.405844761 0.0481155359 1.6533943977 2.0915576731

ht 36.071870568 1.0261808867 0.1437329459 5.806344795 4.5895569802

tu!"'#   1--2   2--3   3--4   4--5   1--8

)$a/E( &' Co((

Q17<0@06= Q73<0@0 Q34<0@0 Q4
80.3794066848

6.1684167638 13.553644182

8--7

67.6879214188

1.0560372295 2.4228977771

7--6

85.3600819426

0.6585630816 1.6571114479

6--5

47.6428364331

1.1024196003 2.4643331208

2--7

0.3832225821

3--6

278.8656430523

1.483310612

4-5

L(m) 200 120 200

D(m) 0.2 0.25 0.2

C'"$u'to 3 Q(m3/s) 0.03707047 -1 0.023 1 0.077 1

5-6

120

0.254

0.08783574

6-3 3-4

-1

ht ht/Q   -1.48331061 40.0132717 0.14373295 6.24925852 5.8063448 75.4070753 -1.65711145 18.8660264

7.809668 140.3637 DQ=

?0.010908

1.141 0.000001141

" 185.9104287015 46.9238942127 90.9556444065

hm ht 2.607963568 25.437263963 0.2789577763 0.7202408888 0.0135487702 0.0443890395

tu!"'# 1--2 2--3 3--4

278.8656430523

1.2222937918 4.3753511663

4--5

50.7659410641

2.6283266096 5.7108390888

1--8

80.3794066848

7.3106435449 15.950709814

8--7

67.6879214188

1.3419466632 3.0439617983

7--6

85.3600819426

0.8303861428 2.0638658788

6--5

47.6428364331

1.2315611705 2.7390517106

2--7

278.8656430523

0.2850001917

1.12674322  

3--6

4-5

L(m) 200 120 200

D(m) 0.2 0.25 0.2

C'"$u'to 3 Q(m3/s) 0.03196871 -1 0.01220492 1 0.06620492 1

5-6

120

0.254

0.09863082

6-3 3-4

-1

ht ht/Q   -1.12674322 35.2451922 0.04438904 3.63697768 4.37535117 66.0880013 -2.06386588 20.9251623

1.77913111 17.89334 DQ= 1.141 0.000001141

" 185.9104287015 46.9238942127

hm ht 2.5289991372 24.723499311 0.2112722659 0.5542566368

tu!"'# 1--2 2--3

?0.007166

90.9556444065

0.0043722495 0.0157047593

3--4

278.8656430523

1.0353897809 3.7462650284

4--5

50.7659410641

2.670235009 5.7979899947

1--8

80.3794066848

7.3985060332 16.134501045

8--7

67.6879214188

1.5393880337 3.4695054752

7--6

85.3600819426

0.9215240085 2.2779332304

6--5

47.6428364331

1.1091987546 2.4787863701

2--7

0.2068847192 0.8373578337  

3--6

278.8656430523

6-3

L(m) 200

D(m) 0.2

C'"$u'to 3 Q(m3/s) 0.02723747 -1

3-4

120

0.25

0.00693326

1

0.01570476 2.26513267

4-5

200

0.2

0.06093326

1

3.74626503 61.4814451

5-6

120

0.254

0.10390248

-1

-2.27793323 21.9237618

ht ht/Q   -0.83735783 30.7428684

0.646687 116.413708 DQ=

?0.00799948

1.141 0.000001141

" 185.9104287015 46.9238942127 90.9556444065 278.8656430523 50.7659410641 80.3794066848 67.6879214188 85.3600819426 47.6428364331

hm 2.5052163077 0.194212175 0.0014075094 0.9359633553 2.683050731 7.4253409121 1.5963785909 0.9754974242 1.077207789

ht 24.508228478 0.5120102763 0.0056015204 3.4089363177 5.8246306458 16.190618566 3.5919004906 2.4042325633 2.4105512676

tu!"'# 1--2 2--3 3--4 4--5 1--8 8--7 7--6 6--5 2--7

278.8656430523

0.2104441344 0.8506863446  

3--6

4-5

L(m) 200 120 200

D(m) 0.2 0.25 0.2

C'"$u'to 3 Q(m3/s) 0.02747077 -1 0.00393379 1 0.05793379 1

5-6

120

0.254

0.10690196

6-3 3-4

-1

ht ht/Q   -0.85068634 30.9669587 0.00560152 1.42395116 3.40893632 58.8419384 -2.40423256 22.4900708

0.1961893 113.77919 DQ= 1.141 0.000001141

?0.0008

" 185.9104287015 46.9238942127 90.9556444065 278.8656430523 50.7659410641 80.3794066848

hm 2.4989374335 0.1867394183 0.0009174187 0.9116355822 2.6864494699 7.4324549184

ht 24.451371837 0.4934443434 0.0038066083 3.3260808892 5.8316949576 16.205494254

tu!"'# 1--2 2--3 3--4 4--5 1--8 8--7

67.6879214188

1.6224684662 3.6478713408

7--6

85.3600819426

0.9893778442 2.4366596613

6--5

47.6428364331

1.0614440388 2.3768972744  

2--7

278.8656430523

0.2029740057 0.8226959104  

3--6

C'"$u'to 3

4-5

L(m) 200 120 200

D(m) 0.2 0.25 0.2

Q(m3/s) 0.0269788 -1 0.00317592 1 0.05717592 1

ht ht/Q   -0.82269591 30.4941571 0.00380661 1.1985861 3.32608089 58.1727613

5-6

120

0.254

0.10765983

-2.43665966 22.6329516

6-3 3-4

-1

0.003193 117.49846 DQ=

?0.0003383

1.141 0.000001141

" 185.9104287015 46.9238942127 90.9556444065 278.8656430523 50.7659410641 80.3794066848 67.6879214188 85.3600819426

hm 2.4960971141 0.1848882522 0.0007322614 0.9008722008 2.6879890378 7.4356770753 1.6290449514 0.9956097225

ht 24.425648886 0.4888391128 0.0031080422 3.2893809766 5.8348948532 16.21223175 3.6619740449 2.4512115114

tu!"'# 1--2 2--3 3--4 4--5 1--8 8--7 7--6 6--5

47.6428364331

1.0579261381

2.369384098

2--7

278.8656430523

0.2033514351 0.8241117866  

3--6

4-5

L(m) 200 120 200

D(m) 0.2 0.25 0.2

C'"$u'to 3 Q(m3/s) 0.02700388 -1 0.00283738 1 0.05683738 1

5-6

120

0.254

0.10799836

6-3 3-4

-1

ht ht/Q   -0.82411179 30.518277 0.00310804 1.09538973 3.28938098 57.8735455 -2.45121151 22.6967479

0.01167 DQ=

117.18396 ?8.7671?0

1.141 0.000001141

" 185.9104287015

hm ht 2.4954009851 24.419344186

tu!"'# 1--2

46.9238942127

0.1840568581

0.486770019

2--3

90.9556444065

0.0006902373 0.0029473928

3--4

278.8656430523

0.8982550207 3.2804532155

4--5

50.7659410641

2.6883665688 5.8356795172

1--8

80.3794066848

7.4364671744 16.213883823

8--7

67.6879214188

1.6320136365 3.6683393633

7--6

85.3600819426

0.9971336292 2.4547692883

6--5

47.6428364331

1.0561501373 2.3655907015

2--7

0.2024687721 0.8208003131  

3--6

278.8656430523

Q(m3/s)

7-8

0.11894 ?0.73017194 ?0.30416619

2-7

?0.14888948

7-2 6-7

0.14888948 0.0769471 ?0.176

2-3

0.067679

6-3 4-5

?0.0769471 0.00746 0.0646

5-6

?0.10808098

1-2 8-1

60 l/ 11@86 l/

3-6

1

C1

<

730@177 l/

89 l/

3-4

8 EEEE 480 l/ 04@166 l/

19.138 m

0 m

71.670 m

77.391 m

 as$/&o 3s

 as$/&o #s

 as$/&o 3s

0.2030 3s

203 #s

1--2

0.143 3s

0.2770 3s

277 #s

2--3

0.093 3s

0.1521 3s

152.1 #s

3--4

0.023 3s

0.1249 3s

124.9 #s

4--5

0.077 3s

0.0878 3s

87.8 #s

1--8

0.2030 3s

0.0371 3s

37.1 #s

8--7

0.2770 3s

7--6

0.1249 3s

6--5

0.0878 3s

2--7

0.1521 3s

3--6

0.0371 3s

)C*ACION D) CON=IN*IDAD $/&a& a $sa%

@703 Q17 Q73 0@1

=$>'%/a

 as$/&o 3s  

0.143

 

0.093 0.0230 3s 0.0770 3s

 

DQ 0.0051017587 -0.0107950751 -0.0107950751

Q
 CM>-: ?0.031968069   -13.7623269 0.0177049749   -46.9351091 0.0667049749   -14.019578

-0.0107950751

?0.098630818   12.2900709

DQ 0.0047312409 -0.0052716625 -0.0052716625

Q
 CM>-: ?0.0773466   -14.7996005 0.0069337674   -43.1929119 0.0609337674   -7.96264397

-0.0052716625

?0.1039074804   5.34484309

DQ -0.0002333087 -0.0029994756

Q-: ?0.07404   0.85657263 0.003933868   -43.2621096 0.0933868   -4.92255868

-0.0029994756

?0.10690196   2.88681809

DQ 0.0004919699 -0.0007578712 -0.0007578712

Q-: ?0.076988048   -1.79088473 0.0031916   -19.265691 0.01916   -1.30816793

-0.0007578712

?0.1069873   0.70894046

-0.0029994756

DQ -2.5071837796)-05 -0.0003385308 -0.0003385308

Q-: ?0.07003866   0.09293161 0.007833848   -10.6593137 0.06833848   -0.59208638

-0.0003385308

?0.10998381   0.31444487

DQ 0.00005867 -0.000082621 -0.000082621

Q-: ?0.07694706   -0.21726497 0.0074638   -2.91187048 0.064638   -0.14536378

-0.000082621

?0.10808099   0.07650206

Q  11.86 l/s 730.177 l/s 304.166 l/s 148.889 l/s 148.889 l/s 76.94 l/s 1.7 l/s 67.630 l/s 76.94 l/s 7. l/s 6. l/s 108.081 l/s

36.64 m

tu!"'# 1--2 2--3

ht 28.380  2.482 

3--4

1.625 

4--5

0.237 

1--8

13.360 

8--7

14.249 

7--6

3.512 

6--5

1.602 

2--7

0.771 

3--6

0.262 

( 1.85185 C/%$/to

I

2u!"'# > >C

og'tu (km) 0. 0.6

Chw 140 140

D (plg) 8 6

k 0.00369976 0.01807161

C

0.

140

6

0.0101801

Q (l/s) 1.   1   0.   1 1 S*FA=ORIA

hf   0.00783807 0.01802161 0.00416054 0 0 0.03002022 D 

0 l

14@3 l/

hf/Q 0.00522538 0.01802161 0.00832109 0 0

DQ

Q
C#m'o 1.5

0

1

0

0.5

0

1

0

1

0

0.03156808 -0.51352311

0 l/

84@3 l/ 

< C3

10@7 l/

3@6 l/

60 l/ 7@7 l/

48

C7

< 18 l/

100 l/

179@8 l/

8@4 l/ 80 l/

0 l/

C1

33.8 l/

<

4

0 l/

 l/