(b· dj i i .85 vtn · 2014-06-13 · rh0 1 ::: rho . 90 ats ::: rho • b • h . a rea::: ats i...

vu =vu (Bmiddot DJ vtu =3 bull TU (X 2 bull Y) vc = 53 bull SQR( Fe) I SQR( 1 + (vtu I ( 1 2 bull vU)) 2) vtc =63 SQR(FC) I SQR(l + (1 2middot vu I vtu) 1 2) vtn = vtu I 85 vn =vu 1 85 PRI NT 1 PRINT 1 Y u= V ton Tu T ton-m PRI NT 1 PRINT 1 vu vn ve vtu vtn vte PRINT 1 USING vu vn ve vtu v tn vte IF vtn lt 5middot vtc THEN 40 PRI NT L PRINT 1 SECCION SUBDISENADA PARA TO RSION PRINT 1 GOTO 10

40 IF vtn gt34middot SQ R( FC) THEN 50 FOR I = 1 TO 5 st(l) =HXXXXXl NEXT I GOTOW

50 v1s =vtn - vte FOR I = 1 TO 5 st( l) =(3 middot AV(I) bull Alt middot Xl bull Y1 bull FY(l lI (v1s X 2middot Y) IFst(l) lt OTH EN st( lj = 1CXXXXXJ NEXT I

W IF vn gt vc 2 THEN GOTO 70 IF vtn lt34middot SQR(FC) TH EN 120 FOR I = 1 TO 5 sV(I) =1cxxxxx) NEXT I GOTO 90

70 IF v n gt ve TH EN 80 FOR I =1 TO 5 sV( I) =AV(I) bull FY(III (35 BI NEXT I GOTO 90

80 vse =v n - ve FO R I =1 TO 5 sV( I) =2middot AV(I) bull FY(I) (vse bull BI NEXT I

90 FO R I = 1 TO 5 ste(l) =1 I (1 sv(l ) + 1 st(I) ) NEXf I FO R I =1 TO 5 IF (2 middot AV(I) lt (35middot Bmiddot st(l)) FY( IJ) THEN 100 C l =35middot Bmiddot st(l) I FY(I) GOTO 110

l OO Cl =2 AV(I) llO A ll(l) =Cl (Xl +Yl) I st(l)

AL2(I) = (28 st(l) I FYI ) v tu (vtu + vu) - 2 bull AV( I))

69

I

(Xl + Yl) st( l) IF (ALl (I) lt A L2 I)) TH EN A I(I) == AL2(I ) ELSE AI) = ALl(I) NEXT I PRINT l PRINT l FO R I = 1 TO 5 PRI NT 1 fy FY( I) Av PRINT 1 USING AV(I) PRINT 1 estribcs a PRINT 1 USING ste(l )

NEXT I PRINT l GOT0 35

120 PRINT 1 NO REQ UIERE EST RI BOS GOT0 35 PRINTl

150 INPUT Ancho d e opoyo e (em) C 160 IN PUT Yu (ton) V

IF V =OTHEN 2C()

INPUT Q u (tonm) Q ve == 53middot SQRFC) bull Bmiddot D Vel =ve 2 vu =V 1(XX) Q U = Q 10 VD =vu - QU bull (D + C 2) VD2 =V D - Q U bull D IF VD ltVC2 THEN 190 REM NO REQUIERE ESTRIBOS IFV O ltveTH EN 180 REM REF M IN IF VD2 lt ve THEN 170 ~( 1) = (VD 185 - ve) (8 middot D) vs(21 =(VD2 I 85 - vel I (B bull 0) IF vs(2) lt 35 TH EN vs(2)-= 35 vs(3) =35 X(1) = 2O X(2) = (VD2 - veI l QU X(3) = Vel I QU FOR J =1T05 FOR I 1 TO 3 S(I J) =2middot AVJ ) - FY(J) (VS(I ) - B) IF vs(l ) gt (11 bull SQR(FC)) TH EN S(I J) =SI J) 2 IF S( I J) gt (IJ THEN S(I J) = 60 N( I J) =FIX(XI ) I S( I J) + 1) NEXT I NEXT J PRINT 1 Yu= V ton Q U Q tonm FO R J = 1T0 5 PRINT 1 fy FY(J) AV PRINT 1 USING AV(J)

FO R I =1 TO 3 PRINT 1 USING N(I J) PRINT 1 a PRINT 1 USING S(I Jl NEXT I PRINT 1 PRINT 1

7 0

NEXT J PRINT 1 GOTO 160

170 vs( 1) = (VD 85 - ve) (B D) IFvs(l) lt 35 THEN vs(1 ) = 5 vs(2) =35 X(l) =2middot D X(2j =(VD2 - VC2j QU FOR J =1 T02 FOR I =1 TO 2 S(I J) =2middot AV(J)- FY(J) (vs(l) - B) IF S(L J) gt (IJ THEN S(I J) = (IJ N(I J) =FIX(X(I) S( I J)) NEXf I NEXfJ PRINT l PRI NT 1 Vu V ton Qu Q tonm PRINT 1 FOR J =1 TO 2 PRINT 1 ry FY( Jj Av PRI NT 1 USING AV( J)

FOR I = 1T02 PRINT 1 USING N(I Jl PRINT 1 a PRI NT L USING S( I J) NEXT I PRINT 1 PRINT 1 NEXT J GOTO 1(IJ

180 S(l 1) = (142middot 2811 ) (3 5middot B) IF S( 1 1) gt (IJ THEN S(l 1) = (IJ

PRI NT L PRINT 1 Vu= V ton Qu Q tonm PRINT 1 REFUERZO M INMO38 ua PRINT 1 USING S(l 1) GOTO 1(IJ

190 PRINT 1 PRI NT 1 Vu= V ton Qu Q tonm PRINT 1 NO REQUIERE ESTRIBOS PRINT 1 GOTO 1(IJ

200 EN D

71

B4 USTAOO DE L PRORAMA COLUMNAS

REM PROGRAMA COLUMNAS

OPEN COLUMNARESI FOR O UTPUT AS 1

DIM BAR( l O 7) IN PUT PROYECfO I PROY$ PRINT 1 C O LUMNAS DEL PROYECTO PROY$ PRINT 1

5 INPUT fe Fl INPUT fy FYA INPUT bll

B1 INPUT h H1 PRINT 1 fCFI fy FYA b Bl h Hl PRINT 1shyPRINT 1 Pu MJx Muy RHO As

10 IN PUT JO pu (tont PI IF PI = OTH EN 240 IN PUT Mx (ton-mr fv1X IN PUT My (ton-m) MY EX = fIN PI EY = MY PI El Y = EX 1 2 EY + EY EI X =EY 1 2 EX + EX f7X =fIN EI X Py =MY ElY CUANTIA = 0 Z = 0 ZZ = 0 RHO = 0 BB =INT( B1 10) HH = INT(H1 10) FX =Fl bull f7X PI FY = Fl PY PI F=FX B =HI H = Bl P =PX lCOO HX = HH BX = BB M = fVtXmiddot 10C0Xl1 E = E1 X middot 100 TETA = 1 IF A BS( P) lt 5 THEN 180 MIN = P ( 1 5 + 03 bull H) IFMlt MIN THEN M = MIN IF M lt 99999 TH EN 180

20 IF Fl lt= 280 THEN BETA =85 GOT0 30 BETA = 85 - (F1 - 280)middot OS 70 IF BETA lt 65 THEN BETA = 65

3OS=S+ 1W = W+ l RHO = 01 BAR( I I ) = HX BAR(12) = 5 1= 1 J = (H - 10) (BX - 1)

40 IF BX I + I TH EN BAR(I + L 1) = HX BAR(I + 1 2) = H - 5 GOT 0 SO I = 1+ 1 BAR(I 1) = 2 BAR(I 2) =BAR( I - 1 2) + J GOT04O

50 IF RHO lt08 THEN 60 PRINT I USING PI NOlt MY PRINT 1 SECCIO N SUBDISEVADA GOTO 10

60 IF RHO lt= OTHEN 180 IF (- 1) 1 S = 1 TH E N 70 GOT080

70 IF ABS (RH02 - RHO) lt CXX) 1 THEN RHO = (RH01 + RH02) 2 GOTO 180 RH02 = RHO GOTO 90

80 IF A BS(RHOI - RH O) lt CXX) 1 TH EN RHO = (RHO I + RH02) 2 GOTO 180

72

RH0 1 RHO 90 ATS RHO bull B bull H

A REA ATS I (H H bull BB - (H H - 2) bull ( BB - 2))

FOR I 1 TO BX BA R( I3) BA R(I 1) bull AREA NEXT I GOSUB 220 IF ZZ gt 1 THEN 100 IF PB lt PTHEN c CB + 1 GOTO 100 c CB - 1

100 I F (- 1) 1 W 1 TH EN 11 0 GOTO 120

110 IF A BS(C2 - c ) lt 1 TH EN XXX 1 GOTO

C 1 = c

130 C2 c G OTO 130

120 IF A BS(Cl - C) lt 1 THEN XXX 1 GOTO 130

130 FOR I 1 TO BX BAR(I 4) (c - BAR(I 2)) a 003 c IF ABS( BAR(I411 gt FYA204ltXXXgt1 TH EN BAR(I 5) = BAR(I 3) FYA BAR(I 4) ABS(BAR(I 4J) GOTO 140 BAR(I 5) BAR(I 3) bull BAR(I 4) 204CXX)01

140 NEXT I IF BET Amiddot cgt H THEN PCA l1 =85 F middot B H PCAL2 =0 GOTO 150 PCALl = 85 Fmiddot B middot BETA c PCAL2 = PCAl1 bull (H 2 - BETAmiddot c 2)

150 FOR I = 1 TO BX IF BAR(I 5) lt 0 THEN PCALl PCAL1 + BAR(I 5) PCAL2 PCA12 + BAR(I 5) bull (H 2 - BAR(I 2) ) GOTO 160 PC A Ll PCALl + BAR(I 5) - BAR(I 5) bull F FYA PCAL2 PC A12 + (BAR(I 5) - BAR( I 5) F FY A ) bull (H 2 - BAR(1 2))

160N EXT I PCALl = PCA Ll 7 PCAL2 = PCAL2 7

IF PCALl lt=0 ANDT ETA =2 THEN2OO

ECAL PCA12 peALl

IF PCALl lt= 0 AND TETA 1 THE N Z Z+ 1 GOTO 190

IF XXX =1 TH EN 170

PEO 1 IF PEO gt ABS(ECAl- E) TH EN 170 IF ECAlgt E TH EN c C + 1 W = W + 1 GOTO 100 c = c - 1 W W + 1 GOTO 100

170 IF P gt PCOTA THEN RHO = RHO + 001 S =s + 1 XXX =0C2 = o C 1 0 GOTO 50

IF ABS(PC ALl - P) lt= 200 T H Et~ 180 IF PCALl gt PTHEN RHO = RHO - 001 S S + 1 XXX 0 C2 =

0 C1 = 0 GOTO 50 RHO RHO + 001 S = S + 1 XXX 0 C2 = 0 C 1 = 0 GOTO 50

180 CUANTIA C UANTIA + RHO Z == Z+ 1

IF Z=2 THEN 200 190 F FY B B1 H H 1 P = py bull 1(xx) HX = BB BX = HH

M MY 1CXXXX) 1 E=ElY 100 ZZ =0 TETA= 2 S== 0 PEA1 ==0 PEA2 == 0 RH01 =0 RH0 2 = 0 W =0 PIA 1 = 0 PIA2 == 0 C1 = 0 C2 = 0 XXX = 0

73

IF ABS( PJ lt 5 TH EN 2(X)

MNI = P (15 + 03 bull H) IF MltMNITHEN M = MNI If M lt 99999 THEN 2(X)

GOT0 20 200 IF CUANTIA lt 08 THEN 210

PRINT 1 USING Pl ffX MY PRI NT 1 SECCION SUBDISENADA GOTO 10

210 ATS =CUANTlA middot B H PRINT 1 USING Pl ffX MY PRINT 1 USING CUANTIA PRINT 1 USING ATS GOTO 10

220 CB =003 middot (H - 5J 1 (003 + FYA 1204(xxx)I) FO R 1= 1TO BX BAR(I 6) =(CB - BA R(1 2)) bull 0031 CB IF ABS(BA R( I 6) J gt FYA 204(XXX)1THEN BAR( I 7) = BAR(I 3Jmiddot FYA BAR(I 6) 1 ABS(BAR(I 6)) GOT0230 BAR(I 7) =BAR(I3) bull BAR(I 6) bull 204COO0I

230 NEXT I PB = 85 bull F bull B BET A CB FOR I = 1 TO BX PB =PB + BAR(I 7) NEXT I peOTA = 87 (85 Fmiddot (B H-ATS) + FYAmiddot ATS)

ZZ =ZZ + 1 RETURN

240 PRINT 1 INPUT TIENE OTRAS SECCIONES DE COLUMNA (SI N) osq IF OSQ = S THEN 5 END

74

BS UST ADO DEL PROGRAMA MAMPOS

REM MAMPOSTERIA PARCIAlMENTE REFORZADA

OPEN MAMPOSRES FOR OUTPUT AS 1

PRINT 1 PRCXRAMA ElABORAOO POR HERNAN DARIO CANO

PRINT L PRINT L PRINT 1 MAMPOST ERIA PARCIALMENTE REFORZADA PRINT 1 PRINT L REM DISTRIBUCION D EL CORTANTE BASAL DIM F(6) W(6) A (7) H( 6) m(6J R(SO) N(SO) K(50) P(50) DIM L(50) Q(6) X(6) Y(6) TJP(50) INPUT PROYECfO PRY$ PRINT 1 PROYECfO PRY$ INPUT FACfO R D E SU ELO SS INPUT FACTOR D E IMPORTANCIA II IN PLJT Aa AA IN PLJT Av AV INPUT II FACTOR DE REDUCCION RR IN PLJT NUMERO DE PLACAS NP IN PUT MASA DE LA CUBIERTA W(NP) INPUT ALTURA DESDE lA FUNDACION (m) T H(NP) = T SV = W (NP) FOR I = NP - 1 TO 1 STEP -1 PRINT LOSA I INPUT MASA W(II INPUT ALTU RA DESD E lA FUNDACION H(IJ sv = SV + W(I) NEXT I PRINT DISENO D E M UROS INPUT IS FS INPUT FACTOR SISlAICO IN IN PUT RESISTENCIA DEL MATERIAL fm( Kgfcm2J E INPUT ESPESOR NOMINAL (ml EN INPUT ES PESOR NETO B(m) INPUT ESPESOR EQUIVALENTE (m) EE BF = 33middot E VP = 24 bull SQR( Ej middot IN FS = FSmiddot IN FORI = NPTO 1 STEP - 1 X(I) = H(I ) - H(I- 1) X( I) = 2 E bull (l - (X(I) 140 1 EN) 1 3) bull IN NEXT I EC = 2 E middot (1 - (T 1NP 140 EN ) 1 3) bull IN PRI NT 1 ESFUERZOS PERMISIBLES CON INCREMENTO PO R SISlAO PRINT 1 PRINT 1 PORCOMPRESION AXIAL Fa PRINT 1 USING EC PRINT 1 POR COMPRESION DE FLEXION Fb PRINT 1 USING BF DR = 1

7S

20 INPUT A NAUSIS EN DIRECCION DIR$ PRINT 1 PRINT 1 PRINT l PRINT 1 ANAUSIS EN OIRECCION DI R$ PRINT 1 PRINT 1 C A LCULO DE RIGIDEZ LATERA L PRINT 1 INPUT NUMERO DETIPOS DE M UROS J S == 0 IR =0 FOR 1= 1 TO J INPUT M UROS TIPO Tl P(I) IN PUT CANTIDAD N(I) IN PUT LONGfTUD L( I) R(I) = E EE L(I) IT (4 bull T T L(I ) A 2 + 3) 10 S = S + R( I) N(I) IR = IR + EE middot L(I) A 312middot N(II NEXT I PRINT 1 TlPOMURO CANT LONGfTUD Riot ~ Rmuro PRINT 1 PRINT l FO R 1= 1 TO j P(I) =R(I) bull 100 1S PRINT 1 USING TlP(I) N(I) PRINT 1 USING L(I ) R(I) P( I) NEXT I TT =35QmiddotSQ R(E-IR98 T ISV) IT II2 TT= 2 3 14 TT SA =12 bull SS bull bull AV 1TT A (2 3) IF SA gt 25 middot AA middot II TH EN SA = 25middot AAmiddot II CS =SA 1 RR KK =1 + 5 bull (TT - 5) IFTT lt 5 THEN KK = 1 IF IT gt 2 5 THEN KK == 2 PRINT 1 PRI NT 1 PARAMETROS DE DISENO ISMICO PRINT 1 T Sa CS PRINT 1 USING IT SA CS V = CSmiddotSV 1 4 PRINT 1 PRINT 1 Er (1014 Ton-m2)= PRINT 1 USING Emiddot IR PRINT 1 CO RTANTE BASAL V (Ton) PRINT 1 USING V SU = 0 FOR1= 1 TO NP SU == SU + W(I ) bull H( I) A KK NEXT I FO RI=NP TOl ST EP - l F(I ) =W(I) H(I) 1 KK I SU bull V NEXT I A (NP+ 1) = O m (NP+ 1) = 0 FO R I = NP TO 1 ST EP - l A(I ) =A(I + 1) + F(I) m (l) =m (1 + 1) + A(I ) - (H( I) - H(I- 1)) NEXT I PRINT 1 PRINT 1 FUERlAS Y MOMENTOS PRINT 1 NIVEL M ASA ALTURA CO RTANT E MOMENTO PRINT 1 DE PISO ACUM UL

76

PRINT 1 CUB PRINT 1 USI NG W(NP) H(NP) F(NP f ORI = NP-l TO 1 STEP - 1 PRINT 1 USI NG I PRINT 1 USING W (I) H(I ) F(I) A (I + 1) m1 + 1) NEXT I PRINT 1 FUN D PRINT 1 USING A( 1) m( 1) PRINT 1 PRINT L PRINT 1 PRINT 1 TABLA DE DISENO PRINT PRINT l M URO PISO Cart Mom PG)( fa V PRINT 1 fa+fb VJ)erm As PRINT 1 TIPO ton ton-m tonm kgfcm2 PRINT 1 Fa Fb KgfCm2 cm2 FOR II = 1TO J D =P(Ii) I 100 PRINT MUROS TlPO TIP( II ) PRINT 1 PRINT 1 USING TIP(II ) FO R 1= NPTO 1 STEP -1 PRINT CARGA AXIAL PISO I INPUT Q (I) FI) = Dmiddot A(I ) Y( I) = Dmiddot m(IJ RC =Y(I JI F(I) I (L(II ) - 2 ) IF RC lt 1 TH EN CR =53 - 29middot RC IF RC gt= 1 THEN CR = 24 C R =C Rmiddot SQR(E) bull IN IF CR gt35middot IN THEN CR =35 middotIN C =F(I) 8 I L(I) I EN flO Fa =Q(1) I EN 10 Fb =6 bull Y(I) I EN I L(1I1 1 2 I 10 TA =Fa IX(I ) + Fb I SF AS1 =Y(I ) I FS I (l(li) - 2 )middot1 250 IF I lt NP TH EN PRINT 1 PRINT 1 USING I PRINT 1 USING F(I) Y(I) Q I) Fa C PRINT 1 USING TA CR PRINT 1 USING ASl NEXT I NEXT II PRINT l PRINT l DR = DR + 1 IF 0 R =2 THEN 20 END

77

87 LlSTADO DEL PROGRAMA KANI

~ tY j ~~ ~r F ~M~ li~T~FI LE U~ll

t F~M [11 CDl I 31C[7i8) DT1 18 [[I T~(8 j

I LlM DEj8iDTi8U i I 8 i DEHj81 ~ T Y 8 u T H I8)

1~ [jj Di SIB(81 HPI(81 Q r ~) MFi81 5- (81 1EST I81 14 n111 GI ~ 71 bull A I ~ J 6 4 ) bull NtH ~6 bull NJ r~ _ )

i6 DIH L Oi56i L Bi61LH 56 i Fr~~ i Sij61

1f [ Jri TIC 15 ~ UE i 56 ~) Ej 6 ~ UE SS i [tIM IU i 5SIF156IFJ)( d 0FJ ~6Fpound 1 5 L E 5 ~

== Di MCi S) =I )CI 57 ~UCI56i

2- D MHH I 6 ~i iH I)~ 21 iJHICbi 11V 5 ~ 7) iV l t I i ) ) ) 26 ~ CNlj5 ~ 2 1 CM~(56~I(VllS62) [ ~ l j~ ~i [Al(56 Cfi i cS 28 DI M MM ( middot ~IIH 561 FI(5L1

(J DIt MM I i5~i Jil1561 i M i5~) XM~ ( ~) F l iemiddot ) t = i5~ ~ 1

i DIM AST 1~6 ~ AS1T ( ~6~I A~~l i 6 ~ I it S) C S~ 3 ii J 1C I j A ~ i _ ~ m - I

32 NPUT FEC HA FE4 ~ ~ l~rU p j O ~ F TQ H Ql

3S i IFUi LIEF I IL-ONG E j 1 ~ T F I (~ lt O ~ FOFTlCJ QF~

3 H iI~= I rlF h il ~ 11 DA IO [~li il l) nao [l v~l

4~ ~EH DEF IHICI ON GEOME [ ~ DE L~ E 5 T ~ U - URA (1 CF

~) iHP 11 I Nu~~ r o d~ eee tlt ll ~ r r) Ie oi5 t lEtIFN =~EI N~middotf l lo l lj I E -l I I IlP

1~ ~ I=(1((l fuI( ~ AI~= ~ I) ) IgtIJ ~ i

8 FC - i = TO ir

9) iR IIH Hi ent reo ilJ J FUr ~ (11 [ 1 FI F ~ = l TO HE 1~ ~O= J t i - i l l t2 INE-1 i0 Oi[ D = ~Plli i

1 j[I T HID h F= ~iF

10 f OR 1= 1 - tiE - l ~ ( F=Ft

7 ( - PIT IJ iltI tlFU T 11 le0 F0F j =~ T0 E --EF 2INE-i 1i( Ie l J J =i L I~i I J tiE T I F gt0 - FOF ) =1 TO ~ E F =F+

10 FP 1 ~ ~ FI SIDEZ ~E ~ E~E 1 2 ~ 1 WUT i k [ il c~ =I D I[TI n [em l I L L HL 7~ F[R =F TO c Si t I IE- ~ 4 1 SIJ = )1 5-R( I I LI IL 7 l ~ j LO I )

~= I f l I=8L 244 Hi I =H~

46 F (j l= L ~~I l ~1j Ii En 7 8

~ G F 0~ 1=1 TO N ~ -lF=~1 ~9 ~ FF i T tlG I~ ~~ ~F L~ LV

P lINE- W SiJ=13Su~ ( LLlI~U HL l~iL O i j j

i~ I BiJl=BL 314 LHiJ i =HL 316 FC IJ =L ~2(1 NUT i hEgt T i30 IllF lI i CJ an(d r icidcs dt te ~fb i = r _ [~ = ( 1Eij 1

34(1 FO ~ I= Eo _ )5(JFP Iij RQ middotj~ 3 ~ odtf l Cjr 1 360 I~WU T jc ilai icr ~ i [I L I h c1i L L fi L 37 1) C= ~3IS ]R (LL IIBL iHL3 I 330 INPUT 0 jtl el~aJ ento 1 IF j= THE I qI

s S))=UGIl 384 LB(1) =~L middot86 IY I ~ )=-ll_

388 Uj l=Li_ 3~ 1) Go ro ~middot3 (l 4(1(1 HEn I H( I r~IJT ~Q ) 0 erlculddo IF h ) gtlE~1 I

20 Ntll J 1 = ~ rlG[ITO 41 4)) IllF Ui liJdo i lctlcio en ~ ~c~ II F 1=) F~ 11 ~ ~(I

44 GI) I=NI jO TCgt 4W r i) FO ~ I =NF H TO ~ PiE 4S(I FI=R Jdl TO ilF - i ~7 F= I IN H=JliiINE-i ) i l l l=S(I- NE +Hl 48( IF T=NEtl THE li IFi=I) ELSE tIF~ 15i l -l1~

490 IF i=2 I NF TfiE N ~ iF 4i= (I ELSE f(F 4 =-( i +H) 5)( IF j=NP-l THEil W~ l = i) [LSE ~IF i = S( II middot ~ - I+ ~

WI ~ iF )=U ~ I +) IF f iF ~ ( F bull J )

~~0 IF AiFi=~ THEN 550 530 Ie M H I F-N~I=~A THEN AIFI=A FI-KIF1 1 l 541 AIT=- 1 41 IFi 55 ~j gt U J IIEE 1 )~ FOF I= TO ht 5~4 ) i l3=SI I 55 S liD I

~F F O~ I=I I) E i U ~ltIE - l

58 ( L =~ t I 5h) ~ I u =a

6 n ~ Fij~ J 0 TO ~[ -1

~I I) il) =8 IlHSII J ) t2 IF It J tU I HEl HII b~ I1 iF 1111 1)gt]) = -Ic E I L=8 L I - ~1 middot31 1 JI 64(1 jEF J YI ampII 1=-i 41amp II 661 NEi T I 661 FF I 6~ ~ FENIHPPE 10M DE l~ GF~ME Rl ~ ~ E I ~ ESTUCTU4 t63 F ~

~4 I Fid ~ Lr ilNi JD _~

b~S LF R1NT CR Cli LOS E F t C TUii~ OS El FE I 66~ L PR ~ NT P~QY E poundTC PPOI 67 LFRHF 66e LF WIT p~~mo M ~

6b9 LPRiHT C A F~ C I E STI eNS G E 0h~ rF[~ 6 i 0 I ~ I N i s lHiIT Ili i ~ jG ~ S 1111

6 ~ ~PRI W

~n IF IIJT b i EII I

~i4 ~ ~I IT cm Ci

1 lt I PRPIT ~7 6 ~Q~ =HF- TO E STF F ~~E-l be] LFFhT

79

18 1) IF ~[I] 1=( iHF I S83 oBI LPRI IIT USH1G mmm I J L~(IJ I LH I JI

6a~ IJ~JT I-SIIiG mm~~ n1 oj ImiddotJ FCI 5( IJ I

63 NE lt i 1

684 tlF ( T i m LFRiIH t86 IPPjlIT IlIl I~JjL~NlbS 1111

68 7 Lf RIHT h L U L 683 IFmiddot~ UH EI EH b

~8 9 LFR ii i II Cli C I Gi l c r ~

I~ ) i fmiddot~~N T

69i FO~ 1=1 TIJ ~ STEP 2 I J ~-1

60 I rF1I T 693 ~OR J=0 Til NE- e94 Ij=lt] 69middot iF ~ i IJ I =( TH~N 6~ 8

~9 b L f ~ lbT USPIJ mijb~ u~ lJ L9 ( ilL ( t JI 69] LPRINT USING ~ ~pl~~ ij~ middot LO i I)F( ( 11- 11]1 69 ~ tim J

~9~ NEil I 7i) ~c =I 11 0 RFM CAICULG GF MOMENTa ~E 0 i j~ Fo Ei - il NPIJT ~~ v ier ~s hemiddotrl l ~ h ~s jt

125 iF Ul= ID THEN 7 1~ 0 ~ O~ 1=1 TO ~F

A (I FI JT I~ ~ jr e ~ [ JI J l ~ d I IW UT clFi 1middotI F I I =~ I I I HF l i l

is 1l[ T I 1lt [ i

~ ~ 1 lHPF 1MR C J~ T~N T E r

73 EE 76 ~ lin 7 ~i fRiIIT II CQ~ T~rm II

~ b = LF~ I Iii i t IP ~1n ISO =0) ~ tl TE I

764 LFRINT Eur (l on )1

765 ~FR ltn

766 OR I=i TO 1 ~s I P1tJT U-jJl G a~~~ij~ w I 163 LPRINT US ING ~~~ ~ ~ Of(1 I F N ~XT IUf NT ml Rt i l I~~LC I LO DE FUE R Zh ~ ~E EMFOH ~ 11 [ tT 0 780 ~ E H I C~r03 ~n iiQrae

78S RE M gtlt8 IIHIT F IJF FUmiddotS I gt PTlC ~ ES E LjS jFTlCO middot PQFt 790 INUT C u a n t3~ I nten~ld3des de car 03 u n i jQ r ~e e~ tOdD el tr aQ L Q4 I I ~ Il iIF t ~ Q fl

S00 -OR 1= 1 T0 L 81 Fli tii l n tE nsi d ~ d d~ O1r13 lnii r middot ~ 1 PIFLIT F 8middot I fI~middot Ui n i ~ iE rI n ~ t] C 8 ~ 0 i ~ [=0 i HH 21~

84 I)E iCll=FI 1 Cmiddotl j ~Ii E I 1 ~= E le 1 1 amp 1 l~iC dlliJ C) ~ 1 t1 I ~ I1=- 1E ( ~ I

S)~ GLlICmiddot=F ~ ~( GQT1~ 8 ~ i~t

hi tl[ T 1 8~( RFM 8Q RFH CAI ClLJ DE FIJERPS lE EMF O ~AII I E tn

89) REi Carad~ ount u3 1es 91(1 RFM I i tl Fl lT IT00S d ~ r E QJ ~ t- 1 L Q~ ~ IF L=G TH~ N i~60 80

- - ~ l I t middot middot r4- middot) ~ tl ~ l r II

(I(i( Ht i C21=H~IC2)Fli L Ji[ -nl lJ LO ell shylOll EfCl =VEiC l )+FifL O[r -J l middotL OICl l (~( l(~2 l = ~iC~+FI L1 Lu C)

1(i21 F(==F il7 ~Oi [ =J

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i~I1 hC i lt J ) =HE i lt j ~ )t ~ I IJ )I(4I R t ~ m l

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lr AI f 1+n =II I t N ~ ltimiddot~ ( 1111 =6 GlfO U ~~ ~ IF j ~F -I IH c ~ ~ l OA

~ W ~i l Jl~IC i i J middot I E -l= i 4~ It jl - ~~ ~ inTgt 7 10

J ~I~ ( ] t 1J o lle i I I l liF -l = Hi II INE ~ E ~ ti I 71~ ~ [ il t J 1 )= ltJli- tMCi It J l l tHC ~ 2 JLfll t JI

~n 1 (1 1 ~ 1= F i I j jt fMCI +2 [It i ( I J 211tLO( I JI ~~~ 0 ~ ~~ T ~ NE T I 7lt1 iF IIF= H F ~1 ~e~ (1

~~ 5 ) FO~ l =f- 4ir I Et ~ TD 5 EF - I NE t 7 ~ ( FQ 1 = Til IE -

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831 IF NF= I THFN ~ g 7

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= ~~) l i EY~ I ~ 1F ~ I=~ i QT ~ ~F)

=t 8middot) FEM 83

I

(Xl + Yl) st( l) IF (ALl (I) lt A L2 I)) TH EN A I(I) == AL2(I ) ELSE AI) = ALl(I) NEXT I PRINT l PRINT l FO R I = 1 TO 5 PRI NT 1 fy FY( I) Av PRINT 1 USING AV(I) PRINT 1 estribcs a PRINT 1 USING ste(l )

NEXT I PRINT l GOT0 35

120 PRINT 1 NO REQ UIERE EST RI BOS GOT0 35 PRINTl

150 INPUT Ancho d e opoyo e (em) C 160 IN PUT Yu (ton) V

IF V =OTHEN 2C()

INPUT Q u (tonm) Q ve == 53middot SQRFC) bull Bmiddot D Vel =ve 2 vu =V 1(XX) Q U = Q 10 VD =vu - QU bull (D + C 2) VD2 =V D - Q U bull D IF VD ltVC2 THEN 190 REM NO REQUIERE ESTRIBOS IFV O ltveTH EN 180 REM REF M IN IF VD2 lt ve THEN 170 ~( 1) = (VD 185 - ve) (8 middot D) vs(21 =(VD2 I 85 - vel I (B bull 0) IF vs(2) lt 35 TH EN vs(2)-= 35 vs(3) =35 X(1) = 2O X(2) = (VD2 - veI l QU X(3) = Vel I QU FOR J =1T05 FOR I 1 TO 3 S(I J) =2middot AVJ ) - FY(J) (VS(I ) - B) IF vs(l ) gt (11 bull SQR(FC)) TH EN S(I J) =SI J) 2 IF S( I J) gt (IJ THEN S(I J) = 60 N( I J) =FIX(XI ) I S( I J) + 1) NEXT I NEXT J PRINT 1 Yu= V ton Q U Q tonm FO R J = 1T0 5 PRINT 1 fy FY(J) AV PRINT 1 USING AV(J)

FO R I =1 TO 3 PRINT 1 USING N(I J) PRINT 1 a PRINT 1 USING S(I Jl NEXT I PRINT 1 PRINT 1

7 0







200 EN D

71















72




100 I F (- 1) 1 W 1 TH EN 11 0 GOTO 120


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IF XXX =1 TH EN 170








73








ZZ =ZZ + 1 RETURN


74






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76


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2f1( ~pound




= ~~) l i EY~ I ~ 1F ~ I=~ i QT ~ ~F)

=t 8middot) FEM 83







200 EN D

71















72




100 I F (- 1) 1 W 1 TH EN 11 0 GOTO 120


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130 C2 c G OTO 130







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73








ZZ =ZZ + 1 RETURN


74






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76


77



t F~M [11 CDl I 31C[7i8) DT1 18 [[I T~(8 j














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62









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2f1( ~pound




= ~~) l i EY~ I ~ 1F ~ I=~ i QT ~ ~F)

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100 I F (- 1) 1 W 1 TH EN 11 0 GOTO 120


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130 C2 c G OTO 130







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IF XXX =1 TH EN 170








73








ZZ =ZZ + 1 RETURN


74






7S


76


77



t F~M [11 CDl I 31C[7i8) DT1 18 [[I T~(8 j














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2f1( ~pound




= ~~) l i EY~ I ~ 1F ~ I=~ i QT ~ ~F)

=t 8middot) FEM 83




100 I F (- 1) 1 W 1 TH EN 11 0 GOTO 120


C 1 = c

130 C2 c G OTO 130







ECAL PCA12 peALl


IF XXX =1 TH EN 170








73








ZZ =ZZ + 1 RETURN


74






7S


76


77



t F~M [11 CDl I 31C[7i8) DT1 18 [[I T~(8 j














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46 F (j l= L ~~I l ~1j Ii En 7 8













58 ( L =~ t I 5h) ~ I u =a

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62









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2f1( ~pound




= ~~) l i EY~ I ~ 1F ~ I=~ i QT ~ ~F)

=t 8middot) FEM 83








ZZ =ZZ + 1 RETURN


74






7S


76


77



t F~M [11 CDl I 31C[7i8) DT1 18 [[I T~(8 j














1~ ~ I=(1((l fuI( ~ AI~= ~ I) ) IgtIJ ~ i

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58 ( L =~ t I 5h) ~ I u =a

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62









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2f1( ~pound




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7S


76


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t F~M [11 CDl I 31C[7i8) DT1 18 [[I T~(8 j














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58 ( L =~ t I 5h) ~ I u =a

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2f1( ~pound




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=t 8middot) FEM 83


76


77



t F~M [11 CDl I 31C[7i8) DT1 18 [[I T~(8 j














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77



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(b· dj i i .85 vtn · 2014-06-13 · rh0 1 ::: rho . 90 ats ::: rho • b • h . a rea::: ats i...

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