CÁLCULO DE BALANCIM CARACTERÍSTICAS 12000 3
CARGA (W) Nd =
NORMA ASME BTH-1 BL X CAP. 20 TON
1/14/2017
ICB
REV - 02
VIGA CRUZADA EM X BI APOIADA -
kg F!"#$ %&g'$
MATERIAL AÇO A 572 F* = E=
3500 2100000
K/!"2 K/!"2
PERFIL +SA,O DIME#S$ES DO PER%IL M= 74 kg L= 5200 520 ! 33415 ! I= 22'&5 22&'5 ! != 457 45&7 ! d= 7= (5 (&5 ! "= 14&5 1&45 ! 79 = 1(0 1( ! 27&550 !2 A9 = $* = 41&' 4&1' ! :$&= (4&( 2. VERI%ICAÇ)O DA COMPACIDADE DA SEÇ)O *&5517241 7" > 0?@%$"(EF*) > APTO CHECD 7"
ES%ORÇOS #A VIGA 1?1F*Nd WL L2
W /0 X 0&74 C#$3&"# d 43g M#&"# d& I5$!3 ,3%"6!3 d 7%& "5 # CG A8"'" "#"8 d# &$938 M&"d& d# F8g& d E%&%%'$ d# F8g& L$g'$ d# F8g& :$& d# 98g& !#$33d# (98g& 39&$3# R3# d& g3$;# # &3<# *.
(&30'0*102
F7 = M= M= ΣM= S= M!I CHECD S>F7
12'3&33 Dg!2 15*0000 Dg.! 25012 kg.! 15'5012 kg.! 10'3&'7 Dg!2 APTO
T+,. + +. "6+ M#&"# 98&<;#
W <3 = F7I(!L)
1443*&15 Dg. APTO
C9 M:" ;8+ <+ 89 , <+9
T+,. + +. 8,+
ESPAÇAME#TO DOS E#RI=EDEDORES L1 = 0?/E(FdA9)
242&34 !
L2 =1?/$*%$"(EF*)
1'0&20 !
L = M3(L1?L2)
1'0&20 M<3# &%# &"$& g'%%&"%
VERI%ICAÇ)O DA %LEC>A SEM SOBRECARGA Δ
P?3/4'EI @ 5;?4/3'4EI Δ":& /750 750
0&427 ! 0&*(3 ! APTO
T
CÁLCULO OLHAL PRINCIPAL 14300 3
CARGA (W) Nd =
kg F!"#$ %&g'$
MATERIAL ASTM A 3* F* = F' = E=
2531 4077&' 202'(02
K/!"2 K/!"2 K/!"2
T&%;# d& E%!#&"# T&%;# d& $'"'$
DIME#S$ES DA C>APA , = J= "= R= L&g =
7' 350 1( 100 15&'75
7&' 35 1&( 10 1&5'75
! ! ! ! !
,36&"$# d# F'$# d# O88 L$g'$ d ! E%&%%'$ d ! R3# d C $"& %'&$3#$ A8"' d P&$ d S#8d
TE#S)O DE TRAC)O '43&*7 Dg!2 23&1' !2 *1*&(1 Dg!2
F" = F*Nd A = "(J-,) S" = WA CHECD = S" > F"
APTO 27&52 !2
A4 = 2(R-(,2)!#%($d3%())))" P4 = 0?F'1?2Nd)A4 CHECD = W > P4
T&%;# d3%%K4&8 :$& $&%3%"&"& T&%;# T&%;# d& T$;#
21'21&2(' Dg APTO
TE#S)O DE CIZAL>AME#TO #A SOLDA E<< = F' = F4 = 0?/E<<(1?2Nd) AJ = (2J=2")(0?L&g) FJ = F4AJ
4077&' *7(&*3 '2&'3 5*2(4&27
CHECD FJ = W > FJ
APTO
MI#IMA SOLDA DE GARGA#TA
Dg!2. Dg!2. !2. Dg.
:$& "#"8 d#% d#3% 8# d& C38&" F#$ d& !38&"# #% d#3% 8#%
1 H
2 79
@ "J
"9
!
/ Dg
I<<
W<
HEB 10 200 201 202 20@ 20 20 21 22 2@ 2 2 2/ @0 @10 @11 @12 @1@ @1 @1 @1/ @/0 @/1 @/2 @/@ @/ @/ @// @/ 10 11 12 1@ 1 /0 /1 /2 /@ / @0 @1 @2 @@ @ 610
1 1/ 20 20 20/ 20 2/ 2 2 2/0 2/ 2 2 1/ @0/ @0 @0 @0/ @10 @0 @12 12 20@ 20 20 2 2 2/ 2 1 1 1 10 11 10 11 12 1@ 1 20 20 20 210 211 22
.1 /.2 . .1 10.2
[email protected] 10. ./ . 1. 10. 11. 1@. ./ 11.0
[email protected] . 10. 1. 11. 1. . . ./ . . 10. 11.
[email protected] . . . . 10. .0 . 10. 11. 12./ .0 . 10.2 10. 11./ 10.
11./ 10.2 12./ 1.2 1. 20./ 10. 1.2 1./ 1. 1.@ 1./ 22.1 1@.@ 11.0
[email protected] 1. 1.0 1. 1. 1.
[email protected] 1@. 1.1 1/. 1/. 1.@ 1. 21. 10. 12. 1. 1/.0 1.2 1. 1/.0 1. 1.0 20./ 10. 1@.@ 1./ 1. 1. 1.
. . //. /.0 1.0 110. ./ 2. 101. 10. 11@. 12. 1/.1 /.0 100.0 11.2 12@./ 1@/. 11.0 1. 1.0 2. 1. 1.@ 101.2 11. 12. 10./ 1.@ /. /.2 /.@ . 10./ . 10. 11.1 12@. 1@.1 1./ 10. 11./
[email protected] 1@. 1@0.@
@.1 @. 2.0 .0 1.0 /.0 /2.0 @.0 0.0 .0 .0 101.0 11.0 2.0 .0 @.0 .0 10.0 110.0 11.0 12.0 . /.0 2.0 .0 1.0 101.0 110.0 122.0 @.0 /0.0 /.0 .0 .0 .0 2.0 .0 .0 10/.0 2.0 2.0 2.0 101.0 10.0 101.0
22 @@ 2 /10 //0 2 112 120 1220 12@ 1/@2 120 110 1/@1/ 1/2 222 2@ 2@0@ 2/@ 20/ 1/1@ 10 201/ 221@ 2/ @02 @@1 @/ 1@ 210 2/ 2/1/ @1/ @@1 @1 110 / @/ / 1 /21 /22/ 00@
2.0 @2.0 1. . 0.2 . 0./ . 0. //. 10.1 12@. 10/. 1. 101.@ 12.1 1.0 1.@ 1@.1 1./ 1@./ 01.
[email protected] 112. 12@.2 11. 1//.@ 11. 201/. 2. 10//. 120@. 1@@.@ 11. 1/2. 1/1. 1./ 11/. 20./ 12. 101. 20/. 2@1/. 2. 2.0
611 612 613 614 615
22 22 2@0 @2 @2
11.2 11.
[email protected] 12. 1.0
1.@ 1./ 22.2 1.0 21./
1.@ 1/0.1 1.@ 1.1 222.
[email protected] 12.0 10.0 1.0 1.0
1/ 1 112/1 12@ 1
201.2 @21.@ @/0. 21. .2
CRO+I
P2
P
10000
kg
L
5200
MM
10 1. != 22.
2 .0
$) 1.
VERI%ICA#DO A VIGA EM BALA#ÇO P2= 8= J=
*000 Dg 200 ! 0&74 kg!
M<.=P8 Q J822 = T98&<.=
1214'00 '30&71
T!=PA
*3&22
kg9!2.
&%;# E'348&"&(T&)=
'37&(0
kg9!2.
FS =
4&1'
C$g L"&$8 CL= '&37 14*2&4 !@ W<= 174&' !@ W*=
kg. kg2.
!#9. I!"# 1&2
12000 kg.
P2
I** 0 / 1 201 2@ @1@ 2 @0 @1@ 22 1 /0 102/ 2 /@ 2/ 12@ 0 02 2@ 111@ 1 210 21/ @ 0/@ 0 /1 100 120 1@ 1 10 1//1 1/2 20@ 22@ 21 1/1 202 2@ 2/@ 22 21
10 W* 1. 2./ 1. 1.1 2/.@ @00. 2@.0 @0. @@.@ @2.0 @.2 @1. ./ 122. @@. 1. . @0. .@ . /./ 12. 1. 20. 2@. @@.0 @.1 @.2 . 11.0 1@. 1.1 1@.2 1.@ 1. 1.0 21.0 2@/./ 2.@ 1/.0 1.1 22./ 2/. 2. 2.
11 1@ 10 I< 8"'$ d& 11 1/1 1 1 1/1 1 201 201 201 201 201 201 201 21 2 2 2 2 2 2 2 @0 2 2 2 2 2/ 2 2 @ @ @ @ @ 0 0 0 0 0 0 / @
1 !
1 3<
1/ 3*
/. ./
1@.@@ 12.
2.@1
@. .0 W200X@?(H) W200X2(H) W200X(H) W200X1(H) W200X/(H) HP10X/2(H) W20X@ H W20X0 H HP20X H W20X H W20X101 H W20X11 H @.1 W@10X2 .2 HP@10X H HP@10X@ H W@10X H W@10X10 H HP@10X110 H W@10X11 H HP@10X12 H @/0X? W@/0X/ W@/0X2 W@/0X W@/0X1 H W@/0X101 H W@/0X110 H W@/0X122 H W10X@ W10X/0 W10X/ W10X W10X W/0X W/0X2 W/0X W/0X W/0X10/ W@0X2 W@0X2 W@0X2 W@0X101 W@0X10 ./ W/10X101
@2/ @@@ 1 10@ 12@
@00. @@. @2./ //./ /1.
@ @ @ @ @
2./ 2. 2.0/ 2. 2.
./ ./ .02 .@ .
W/10X11@ W/10X12 W/10X10 W/10X1 W/10X1
