PROGRAMA WATERCADFIC-UNJFSC PROGRAMA WATERCAD-FIC-UNJFSC
PROGRAMA WATERCAD-FIC-UNJFSC I 5 1 “UNIVERSIDAD NACIONAL JOSE FAUSTINO 0 2 CARRION” A FACULTAD DE C INGENIERÍA IVIL I L U Escuela Profesional De Ingeniería Civil A R D I H
SANCHEZ
“HIDRAULICA”
TRABAJO :
PROGRAMA WATERCAD WATERCAD
DOCENTE :
ING. JO JOSE LU LUIS ZU ZUMARAN IR IRIBARREN
INTEGRANTES:
HUACHO – PERU 201
WATERCAD
2
PROGRAMA WATERCAD-FIC-UNJFSC I 5 1 0 2 es un sof!"#e $o%e#$&"' (e "n)'&s&s* %o(e'"$&+n , es&+n (e #e(es " A C o (e #&eo* .#o.&e("( (e '" .#es&+n /s&se%"s (e (&s#&u$&+n I L E%.#es" (e Sof!"#e ue .#o(u$e U so'u$&ones ."#" e' (&se3o* A$ons#u$$&+n , o.e#"$&+n (e R &nf#"es#u$u#"s en (&4e#sos $"%.os D I H
I.
INTRODUCCIÓN
Bentley Systems, Incorporated
W"e#CAD .e#%&e '" s&%u'"$&+n 6&(#)u'&$" (e un %o(e'o $o%.u"$&on"' #e.#esen"(o en ese $"so .o# e'e%enos &.o7 L8ne" /#"%os (e ue#8"s* Puno /No(os (e Consu%o* T"nues* Rese#4o#&os* H&(#"nes e H8#&(os /9o%"s* :)'4u'"s (e Con#o'* Reu'"$&+n* e$
;
PROGRAMA WATERCAD-FIC-UNJFSC I 5 1 0 2 A C I L E' sof!"#e $u,o "'o#&%o (e $)'$u'o U se "s" en e' %<o(o (e' G#"(&ene A R H&(#)u'&$o* .e#%&e e' "n)'&s&s 6&(#)u'&$o (e #e(es (e "u" /"unue .ue(e D I us"#se ."#" $u"'u&e# =u&(o ne!on&"no (ee#%&n"n(o '"s .#es&ones en H
II.
MARCO TEORICO
DESCRICION
(&4e#sos .unos (e' s&se%"* "s& $o%o 'os $"u("'es* 4e'o$&("(es* .<#(&("s en '"s '8ne"s ue $onfo#%"n '" #e( 6&(#)u'&$"> "s8 $o%o o#os %u$6os ."#)%e#os o.e#"&4os (e#&4"(os (e 'os e'e%enos .#esenes en e' s&se%" $o%o7 9o%"s* :)'4u'"s (e Con#o'* T"nues* e$ " ."#&# (e '"s $"#"$e#8s&$"s f8s&$"s (e' s&se%" , un"s $on(&$&ones (e (e%"n(" .#e4&"%ene
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B
PROGRAMA WATERCAD-FIC-UNJFSC I E' sof!"#e "(e%)s (e $on"# $on un" 5 &ne#f"@ #)$" "u+no%" /W&n(o!s 1 0 S"n( A'one* .ue(e #"""#se (e %"ne#" &ne#"(" eno#nos CAD $o%o 'os 2 son AuoCAD , 9en'e, M&$#oS"&on A C I L U A R D I H
.
OR!"ENES # DESARRO$$O
W"e#CAD fue o#&&n"'%ene (es"##o''"(o .o# '" E%.#es" Haestad Methods, Inc. $on "se en W"e#o!n* CT /USA Es" e%.#es" fu< "(u&#&(" .o#
9en'e, S,se%s " %e(&"(os (e' "3o 200B* "(u&s&$&+n " ."#&# (e '" $u"' e' .#o(u$o
$o%en@+
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WaterCAD
W"e#CAD es un" e4o'u$&+n (e un .#o(u$o (e sof!"#e '"n@"(o " .#&n$&.&os (e 'os 0s .o# '" $"s" Haestad Methods* ''"%"(o Cy%erNet Ese .#o(u$o fue u&@)s uno (e 'os .#o#"%"s .&one#os en &ne#"# un %o(e'o 6&(#)u'&$o en un eno#no CAD Lo "ne#&o#* $ons&(e#"n(o ue s+'o 6"s" es" (<$"(" se $o%en@""n " '"n@"# "' %e#$"(o $o%e#$&"' (&fe#enes .#o(u$+s (e %o(e'"$&+n 6&(#)u'&$" $on un" &ne#f"@ #)$" , ue '" .#&%e#" 4e#s&+n (e EPANET /.#o(u$o '&#e , #efe#en$&"' (e' %e#$"(o s+'o se '"n@+ 6"s" e' "3o 1; E' C,e#Ne $o%o no%#e $o%e#$&"' (es"."#e$&+ " .#&n$&.&os (e' "3o 2000* , W"e#CAD se e%.e@+ " $o%e#$&"'&@"#se en (os 4e#s&ones7 WaterCAD
Stand&Alone , WaterCAD para A'toCAD As8 %&s%o* (u#"ne 'os .#&%e#os "3os e' sof!"#e suf#&+ $"%&os s&n&$"&4os ue no so'"%ene u4&e#on ue 4e# $on %eo#"s " '" &ne#f"@ #)$" , 6e##"%&en"s (e en#"(" (e ("os s&no "%&
5
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TIOS DE C($CU$O # MÓDU$OS COM$EMENTARIOS
PROGRAMA WATERCAD-FIC-UNJFSC I /(es$#&.$&+n "s"(" en 54e#s&+n :& .osee (&fe#enes 1 0 6e##"%&en"s , &.os (e $)'$u'o $o%.'e%en"#&os "' "n)'&s&s 6&(#)u'&$o 2 $on4en$&on"' A C I L U A R D I H
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PROGRAMA WATERCAD-FIC-UNJFSC
1 2
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I Cen#o (e Con#o' (e De%"n("s / Demand Control Center 5 1 0 2 A(%&n&s#"(o# (e Es$en"#&os , Co%."#"$&+n / Scenario A C Management Scenario Comparison I L U A Mo(e'os " ."#&# (e "#$6&4os Cons#u$$&+n Ine'&ene (e R e?e#nos /ModelBuilder D I H
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III.
ROCEDIMIENTO
RIMER ASO/ Ins"'"$&+n (e .#o#"%" Co'o$"# us ("os en4&"#'o
SE"UNDO ASO/ $"%&o un&("(es y s$6e%"&$
PROGRAMA WATERCAD-FIC-UNJFSC I 5 1 0 2 A C I L U A R D I H
TERCER ASO/ $"%&"# 6"$en !&''&"ns , 20K$
PROGRAMA WATERCAD-FIC-UNJFSC I 5 1 0 2 A C I L U A R D I H
10
PROGRAMA WATERCAD-FIC-UNJFSC (&)%e#o , %"e#&"' C'arto paso/ (en&%os e' $ e' I 5 1 0 2 A C I L U A R D I H
11
PROGRAMA WATERCAD-FIC-UNJFSC
2UINTO ASO/ $#e"# e' (&se3o
I 5 1 0 2 A C I L U A R D I H
SE3TO ASO/ &n#es" ("os (e eu&.os ue se u&'&@"n
12
PROGRAMA WATERCAD-FIC-UNJFSC I 5 1 0 2 A C I L U A R D I H
S4TIMO ASO/
OCTA5O ASO/
1;
PROGRAMA WATERCAD-FIC-UNJFSC I 5 1 0 2 A C I L U A R D I H
NO5ENO ASO/ SE CORRE PROGRAMA SIN ERROR TE :OTAR LOS RESULTADOS
DECIMO ASO/
1B
PROGRAMA WATERCAD-FIC-UNJFSC I 5 1 0 2 A Efe$u"# '" s&%u'"$&+n 6&(#)u'&$" (e' s&se%" %os#"(o7 C I L U A Cons&(e#"# ue#8"s (e e##o fun(&(o /C"s&#on $on 10 "3os R "n&e("( $on un $oe$&ene D $ /H"@en W&''&"%s (e 100 I H
I5.
Res'ltados
ROB$EMA N67
Es$en"#&o 17
D"os (e 'os no(os7
D"os (e '"s ue#8"s7
NODO
E$E5ACIO N+M
DEMANDA +$8S
9&7 9&: 9&; 9&< 9&= 9&> 9&? 9&@
250 25 2;5 2; 20 20 2 2
;2 ;2 B ;2 B 50 00 ;2
NODO
D"os ."#" '"s 4)'4u'"s #e(u$o#"s (e .#es&+n7
5*l'l a
Eleac)0 n +m
D)ametro +mm
R5 7 R5 : R5 ;
250 25; 25;
200 200 200
D"os ."#" '" o%" E'e4"$&+n7 2%
(e
&7 &: &; &< &= &> &? &@ & &7 &77 &7: &7; &7< &7= &7> 1"$ )n)c)al +m 25 25 25
DIAMETRO $ON"ITUD +mm +m ;00 ;00 200 200 200 200 200 200 200 200 200 250 250 200 200 ;00
; 1525 ;00 ;0 B0 B0 ;00 ;0 B0 B0 550 B0 ;00 ;0 ;00 B0
D)recc) 0n P-B " P-5 P- " P- P-1B " P15
Alt'ra Descar-a +m +l8s <@.@ 0 ;2 ;.> ;;.@ B
15
PROGRAMA WATERCAD-FIC-UNJFSC I 5 1 0 2 A C I L U A R D I H
1
PROGRAMA WATERCAD-FIC-UNJFSC I 5 1 0 2 A C I L U A R D I H
1
PROGRAMA WATERCAD-FIC-UNJFSC I 5 1 Cons#u$$&+n (e un" #e( $on#" &n$en(&os7 0 2 Cons#u," un" #e( (e ue#8"s ue -se#) "'&%en"(" (e un "nue (e A "'%"$en"%&eno (e "u" $on un" C e'e4"$&+n (e 1 % en '" "se , I 20 % en e' o.e L U S&%u'"$&+n7 Re"'&@"# '" s&%u'"$&+n A "o '"s $on(&$&ones no#%"'es (e R (e%"n(" $on (&)%e#os (e ue#8" D"$u"'es Se "su%&#) un" I (e%"n(" (e 1; 's ."#" o(os 'os H no(os , (&)%e#os (e 150 %% ."#"
ROB$EMA N6:
o("s '"s ue#8"s
Inormac)0n para la s)m'lac)0n/ Cons&(e#"# P:C $on (&)%e#os (e 150 %% , un f"$o# C (e H"@enW&''&"%s (e 150 Lon&u( P-1 7 1; %
caracter)st)cas del tan'e/ (&"%e#o 7 15% * e'e4"$&+n7 1 % * #"no (e o.e#"$&+n (e' "nue7 MAIMO 20* MINIMO 1% * &n&$&"' 20; % ELE:ACION DE LOS NODOS7
NODO
Eleac)0n +m
NODO
9&7 9&: 9&; 9&< 9&=
1 1B 1 1 155
J- J- J- J-
Eleac)0n +m 1 1 1; 1B
1
PROGRAMA WATERCAD-FIC-UNJFSC I 5 1 0 2 A C I L U A R D I H
1
PROGRAMA WATERCAD-FIC-UNJFSC I 5 1 0 2 A C I L U A R D I H
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PROGRAMA WATERCAD-FIC-UNJFSC I 5 1 0 2 A C I L U A R D I H
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