figuras seminario

8/17/2019 figuras seminario

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1. Figura 4.13


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2. Tabla 3.1

0,0250,0300,0460,0580,0790,010,470,063,791

0,00023


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3. Tabla 3.8


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4. Tabla 3.16


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5. Tabla 3.36


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6. Figura 4.14


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7. Figura 4.13


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Punto-

Tramo

Unidades Q V

h v C j Φ Longitud tubería en m JPresi

ón

Acum

Tota! ! " s m " s m

#riccion m " m

Pu!g

$ori% Vert Acc Tota! m m c a

& ' ( ) * + , . &/ && &' &( &) &*

1 2.00

1 - 2 2 2 0.13 1.03 0.05 0.0001 0.098 ½ 1.2 2.0 2.17 5.37 0.53 4.582 – 33 – 44 – 55 – 6

m7 – 88 – 99 –10 12 130 3.15 1.56 0.12 150 0.046 2 8.0 -9.63 4.09 21.72 1.0 0.00

9 –11 110 110 2.84 1.40 -0.10 150

-0.038 2 0.0 3.0 3.26 6.26 -0.024 11.17

11-

1212-13

SISTEMA POR GRAVEDAD


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9. Figura 4.14


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1 . Figura 4.16


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11. Figura 4.15


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SISTEMA POR PRESI!"

Punto-

Tramo

Unidades Q V h v C j Φ Longitud tubería en m JPresi

ón

Acum Tota! ! " s m " s m

#riccion m " m

Pu!g

$ori% Vert Acc Tota! m m c a

& ' ( ) * + , . &/ && &' &( &) &*

110.0

0

1 - 2 2 2 0.13 1.03 0.050.000

1 0.098 ½ 1.20 2.00 2.17 5.37 0.53 12.582 – 33 – 44 – 5

5 – 6 7 7 0.38 3.00 0.460.000

1 0.64 ½ 1.00 0.00 0.30 1.30 0.83 14.07

m 7 7 0.38 3.00 ½ 2.00 16.07 7 – 8 7 7 0.38 3.00 0.46

0.0001 0.64 ½ 1.00 0.00 0.00 1.00 0.64 17.17

8 – 99 –1010-1111-12


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12. Tabla 4.11


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13. Tabla 2.1


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14. Figura 5.18 a


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15.Tabla 5.3


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16.Tabla 6.2


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18.Figura 5.18#

19 T bl 5 43


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19.Tabla 5.43

RELACIONE !I"R#$LICA

% & %O

Re'()*+,

0.00 0.01 0.02 0.03 0.04 0.05 0.06 0.07 0.08 0.09

0.0

& "O 0 000 0 061 0 099 0 126 0 148 0 168 0 185 0 200 0 215 0 228/ & / O 0 000 0 272 0 327 0 366 0 398 0 426 0 450 0 473 0 495 0 515" & " O 0 000 0 041 0 067 0 086 0 102 0 116 0 128 0 140 0 151 0 161A & AO 0 000 0 025 0 051 0 073 0 092 0 110 0 127 0 143 0 157 0 172

& O 0 000 0 195 0 273 0 328 0 375 0 415 0 452 0 485 0 515 0 542

0.1

& "O 0 241 0 253 0 264 0 275 0 286 0 296 0 306 0 316 0 325 0 334/ & / O 0 534 0 553 0 564 0 575 0 586 0 596 0 606 0 616 0 626 0 636" & " O 0 170 0 179 0 188 0 197 0 205 0 213 0 221 0 229 0 236 0 244A & AO 0 185 0 199 0 211 0 224 0 236 0 248 0 259 0 271 0 282 0 293

& O 0 568 0 592 0 615 0 637 0 658 0 678 0 697 0 715 0 732 0 748

0.2

& "O 0 343 0 352 0 361 0 369 0 377 0 385 0 393 0 401 0 409 0 417/ & / O 0 645 0 655 0 664 0 673 0 681 0 690 0 699 0 707 0 715 0 724" & " O 0 251 0 258 0 266 0 273 0 280 0 287 0 294 0 300 0 307 0 314A & AO 0 304 0 314 0 325 0 335 0 345 0 355 0 365 0 375 0 385 0 394

& O

0 764 0 779 0 794 0 809 0 822 0 836 0 849 0 862 0 874 0 885


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RELACIONE !I"R#$LICA

% & %ORe'()*+

, 0.00 0.01 0.02 0.03 0.04 0.05 0.06 0.07 0.08 0.09

0.3

& "O 0 424 0 432 0 439 0 446 0 453 0 460 0 468 0 475 0 482 0 488/ & / O 0 732 0 740 0 747 0 755 0 763 0 770 0 778 0 785 0 792 0 799" & " O 0 321 0 328 0 334 0 341 0 348 0 354 0 361 0 368 0 374 0 381A & AO 0 404 0 413 0 422 0 432 0 441 0 450 0 459 0 468 0 476 0 485

& O 0 897 0 908 0 918 0 929 0 939 0 949 0 959 0 968 0 978 0 987

0.4

& "O 0 495 0 502 0 509 0 516 0 522 0 529 0 535 0 542 0 549 0 555/ & / O 0 806 0 813 0 820 0 827 0 833 0 840 0 846 0 853 0 859 0 865" & " O 0 388 0 395 0 402 0 408 0 415 0 422 0 429 0 436 0 443 0 450A & AO 0 494 0 503 0 511 0 520 0 528 0 537 0 545 0 553 0 562 0 570

& O 0 996 1 004 1 013 1 021 1 029 1 037 1 045 1 052 1 059 1 067

0.5

& "O 0 561 0 568 0 574 0 581 0 587 0 594 0 600 0 606 0 613 0 619/ & / O 0 861 0 866 0 871 0 876 0 881 0 886 0 891 0 896 0 901 0 905" & " O 0 458 0 465 0 472 0 479 0 487 0 494 0 502 0 510 0 518 0 526A & AO 0 578 0 586 0 594 0 602 0 610 0 618 0 626 0 634 0 642 0 650

& O 1 074 1 080 1 087 1 093 1 100 1 106 1 112 1 118 1 124 1 129


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RELACIONE !I"R#$LICA% & %O

Re'()*+, 0.00 0.01 0.02 0.03 0.04 0.05 0.06 0.07 0.08 0.09

0.6

& "O 0 625 0 632 0 638 0 644 0 651 0 657 0 663 0 670 0 676 0 683/ & / O 0 910 0 915 0 919 0 924 0 928 0 933 0 937 0 942 0 946 0 950

" & " O 0 534 0 542 0 550 0 559 0 568 0 576 0 585 0 595 0 604 0 614A & AO 0 658 0 666 0 674 0 681 0 689 0 697 0 704 0 712 0 720 0 727

& O 1 135 1 140 1 145 1 150 1 155 1 159 1 164 1 168 1 173 1 177

0.7

& "O 0 689 0 695 0 702 0 709 0 715 0 721 0 728 0 735 0 741 0 748/ & / O 0 954 0 959 0 963 0 967 0 971 0 975 0 978 0 982 0 986 0 990" & " O 0 623 0 633 0 644 0 654 0 665 0 677 0 688 0 700 0 713 0 725A & AO 0 735 0 742 0 750 0 757 0 765 0 772 0 780 0 787 0 795 0 802

& O 1 181 1 184 1 188 1 191 1 194 1 197 1 200 1 202 1 205 1 207

0.8

& "O 0 755 0 761 0 768 0 775 0 782 0 789 0 796 0 804 0 811 0 818/ & / O 0 993 0 997 1 000 1 003 1 007 1 010 1 013 1 016 1 019 1 022" & " O 0 739 0 753 0 767 0 783 0 798 0 815 0 833 0 852 0 871 0 892

A & AO 0 810 0 817 0 824 0 832 0 839 0 847 0 854 0 861 0 869 0 876 & O 1 209 1 211 1 213 1 214 1 215 1 216 1 217 1 217 1 217 1 217

0.9

& "O 0 826 0 834 0 842 0 850 0 858 0 867 0 875 0 884 0 894 0 904/ & / O 1 024 1 027 1 029 1 032 1 034 1 036 1 037 1 039 1 040 1 047" & " O 0 915 0 940 0 966 0 995 1 027 1 063 1 103 1 149 1 202 1 265A & AO 0 883 0 891 0 896 0 906 0 913 0 921 0 928 0 936 0 943 0 951

& O 1 217 1 216 1 215 1 214 1 213 1 211 1 209 1 206 1 202 1 198

2 T bl 5 44


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2 .Tabla 5.44

Tabla 5.45

M$%i&' ()&*r' +* u(i+a+*, -'r ba a(/*,.

M$%i&' -ara ra&al*, 0'ri '(/al*,.


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22.Tabla 5.48

Pr' *##i ( 0'ri '(/al *( & 2 +* $r*a ,*r i+a$l#ul' +* ba a(/*, +* agua, llu ia,.


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23.Tabla 5.49

Pr' *##i ( 0'ri '(/al *( & 2 +* $r*a ,*r i+a$l#ul' +* #'l*#/'r*, +* agua, llu ia,.


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24.Tabla 5.6


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25.Figura 5.18#


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26.Tabla 5.46


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37. Dia-',i/i a 121

V *( & ,

/ = 354 % & 2 m& ---- % e, m 3&h ---- = 0.7236 ( ---- e, mm

C ( u ( ' m 3 & h 5 18 4 58 4 14 3 8 3 54 3 13 2 5 2 14

A ) e o : ( ' ; ( , * < ( o ) ( ' * e 4 0 .

u ' : . m m . / E L O C I " A " e , m & 3&4 20 96 5 77 5 10 4 61 4 23 3 94 3 49 2 78 2 381 26 64 3 57 3 16 2 85 2 62 2 44 2 16 1 72 1 48

1 1&4 35 08 2 06 1 82 1 65 1 51 1 41 1 24 0 99 0 85

O A O S*#a+'ra


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R E O M E " D A I O "

Esquema de Orientación

E,/u a 0'r('P = 17,93 mbar

2’

Le = 2,0 mV = 2,32 m/sQ = 1,1 m 3 / !" = 1/2# = 1 $7% mm& = 0,07 mbar &ac = 2,'7 mbar

S*#a+ ra

P = 17,21 mbar

(’

Le = 3,0 m

V = 3, m/sQ = 1,'0 m 3 / !" = 1/2# = 1 $7% mm& = 0,23 mbar

Le = 1, 0 mV = 1,% m/sQ = 0,'0 m 3 / !" = 1/2# = 1 $7% mm& = 0,03 mbar &ac = 3, 9 mbar

&ac = 2,' mbar &ac = 3,33 mbar P = 17,(7 mbar &ac = 3$ % mbar &ac = 3,%9 mbar

Le = 2%,(0 mV = ,10 m/sQ = (,20 m 3 / !" = 3/(#=20$9% mm& = 2,'0 mbar

P = 20,'0mbar

Le = 2,0 mV = 7,01 m/sQ = 3, m 3 / !" = 1/2# =1 $7%mm& = 0, 3 mbar

2

P = 1',00 mbar

P = 17,3( mbar

al*(/a+'r

M*+i+'r J = 2,2 mbar

P = 23,00 mbar R*gula+'r

3’

P = 17,2( mbar Le = 12,0 mV = (,23 m/sQ = 2,1 m 3 / !" = 1/2# = 1 $7% mm& = 0,13 mbar &ac = 3,(% mbar

Le = ,0 mV = 1,97 m/sQ = 1,0 m 3 / !" = 1/2# =1 $7%mm& = 0,13 mbar &ac = 3,%9 mbar

(

0i&*(*a

3

P = 17,11 mbar

38. Dia-',i/i a 122


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39. Dia-',i/i a 123

C$A"RO "E CALC$LO >A?A RE ION

RENO$AR" LINEAL* o

(mo Lo,:* um / % u ! ! ()e *+,

m (

e ( e(' eq m & m 3 & h u': @ ( &m m ( m ( *,*)*(' B,('

1 2 3 4 5 6 7 8 9 10 11 12 13 14

5

1 2 22 264 5 10 4 2 3&4 0 106 2 800 0 67 2 8 20 80 18 00

2 2 1 7 2 0 2 32 1 15 1&2 0 035 0 070 0 67 2 8718 0017 9

3

2 3 1 7 2 0 7 01 3 55 1&2 0 265 0 530 0 67 3 3318 0017 4

7

3 3 1 0 1 2 4 23 2 15 1&2 0 106 0 130 0 67 3 4617 47 17 34

3 4 2 5 3 0 3 55 1 8 1&2 0 077 0 230 0 67 3 5617 4717 2

4

4 4 1 25 1 5 1 60 0 8 1&2 0 018 0 030 0 67 3 5917 2

417 2

1

4 5 4 2 5 0 1 97 1 0 1&2 0 026 0 130 0 67 3 6917 2

417 1

1


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4 . Figura 1 .1


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4 . Tabla 1 .2


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4 . Tabla 1 .3


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4 . Tabla 1 .4


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41. Tabla 1 .5


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42. Tabla 1 .6

a-a#i+a+ +* #0i&*(*a, #'&u(*, *( &a&-',/*r a -ara la * a#ua#i (+* -r'+u#/', +* la #'&bu,/i ( +* +', ' &a, ar/* a#/',.


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43. Tabla 1 .7


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Mil, mil y de veras mil gracias

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