Rangka Atap Baja -Tipe 2

7/18/2019 Rangka Atap Baja -Tipe 2

http://slidepdf.com/reader/full/rangka-atap-baja-tipe-2-56d524dce8bd0 1/53

ALAT BANTU BELAJAR DAN BEKERJA RANGKA ATAP BAJA

D A F T A R P U S T A K A

Standar Perencanaan,

a). PERATURAN MUATAN INDONESIA 1970 NI. - 18, Yayaan Dana N!r"a#$a$ Ind!ne$a, D$re%t!rat

Penye#$d$%an Maa#a& 'an(nan, 197*.

+). PERATURAN PEM'E'ANAN INDONESIA UNTU EDUN 198, Yayaan /e"+a(a Penye#$d$%an

Maa#a& 'an(nan, D$re%t!rat Penye#$d$%an Maa#a& 'an(nan, 'andn(, 198.

c). PERATURAN PERENANAAN 'ANUNAN 'AA 2PP''I) 1983, Yayaan /e"+a(a Penye#$d$%an

Maa#a& 'an(nan, eta%an eda, 1983.

Ana#$a Str%tr,

d). 4nda"enta# !5 Strctra# Ana#y$, S. T. Ma, !6yr$(&t re($trat$!n n"+er T1-08*-9,

4e+rary 17, 00. Un$ted State !6yr$(&t O55$ce, T&e /$+rary !5 !n(re

e). Strctra# and Stre Ana#y$, Sec!nd Ed$t$!n, Dr. T.:.. Me(!n, Sen$!r /ectrer $n $;$#

En($neer$n( 2n!< ret$red) Un$;er$ty !5 /eed, E#e;$er 'tter<!rt&-:e$ne"ann, /$nacre :!e,

!rdan :$##, O=5!rd O 8DP, 0 !r6!rate Dr$;e, 'r#$n(t!n, MA 0180, 00.

5). Strctra# Ana#y$> In T&e!ry and Pract$ce, A#an ?$##$a", P&.D.,S.E., .En(., 'tter<!rt& -

:e$ne"ann $ an $"6r$nt !5 E#e;$er, 0 !r6!rate Dr$;e, S$te 300, 'r#$n(t!n, MA 0180, USA

/$nacre :!e, !rdan :$##, O=5!rd O 8DP, U, 009.

(). Strctra# Ana#y$,$;$# En($neer$n( !re Mater$a#, IIT &ara(6r, 008.

&). Strctra# Ana#y$,A#a" a$"a#$, S!t&ern I##$!n$ Un$;er$ty-ar+!nda#e, T&$rd Ed$t$!n,

T&!"!n anada /$"$ted, 00.

P!$n d). @d &). da6at d$6$#$& a#a& at e+a(a$ r%an nt% Ana#$a Str%tr.

Ta+e# Pr!5$#,$). Da5tar-da5tar nt% %!ntr%$ +aa, IR. BA:ARIAS /AM'RI. Ta+e# INA 1.

). Ta+e# Pr!5$# Pr!d%$ PT. UNUN ARUDA, <<<.(rdtee#.c!". Ta+e# INA .

%). AIS Mana# !5 Stee# !ntrct$!n, 1993. Ta+e# AIS.

#). :AND'OO O4 STRUTURA/ STEE/?OR, rd Ed$t$!n, T&e 'r$t$& !ntrct$!na#,Stee#<!r% A!c$at$!n /td., 3 ?&$te&a## !rt, /!nd!n S?1A ES. Ta+e# 'S.

S!5t<are Pen(%r,

"). Strctra# Ana#y$ Pr!(ra" SAP 000 Cer.7.3.

rte"en Te%n$% S$6$# Ir. Thamrin Nasution

ta Te%n$% S$6$# Perencanaan Sta5 Pen(aar OPERTIS ?I/-I d6%. ITM



ITUT TEKNOLOGI MEDAN Cer.1. 011 E-"a$# > t&a"r$nntF&!t"a$#.c!.$d





PRO4I/ SIU SAMA AI PRODUSI PT. UNUN A

HOT ROLLED .!

JIS G3192/TIS 1227-194

IN4ORMATICE RE4EREN

STANDARD SETIONA/ DIMENSIONS SECTION UNIT ENTER O4 EOMETRIA/ RADIUS

AREA ?EI:T RACITY MOMENT O4 INERTIA

: = ' t A = G y I= G Iy Ma= I M$n I; $= G $y

"" = "" "" "" "" %(@"H c" c" = .00 3.00 .00 1.3 1.1 0.7 0.80 1.* 0. 0.7

0 = 0 .00 3.00 .00 1.7 1.* 0.83 1.3 .* 0.9 0.91

30 = 30 .00 3.0 .00 .3 1.8 1.09 . .*0 1.3* 1.

30 = 30 3.00 3.0 .00 .3 1.8 1.09 . .*0 1.3* 1.

30 = 30 .00 3.0 .00 .7* .9 1.17 .3 8.9 . 1.0

3 = 3 .00 *.0 .00 3.0 .8 1.8 7.91 1.0 .9 1.*

3 = 3 3.00 *.0 .00 .39 .73 1.3 *.0 10.0 .70 1.*

0 = 0 3.00 *.0 .00 .89 .0* 1.7 9.0* 13.30 .7* 1.

0 = 0 .00 *.0 .00 3.80 .77 1.31 11.10 17.0 3.8 1.

0 = 0 *.00 *.0 3.0 .*3 3.3 1.33 1.*0 0.00 . 1.0

*0 = *0 3.00 *.0 .00 3.*9 .*8 1.*1 1*.00 .30 *.* 1.8

*0 = *0 .00 *.0 .00 .80 3. 1.** 19.*0 1.0 8.09 1.83

*0 = *0 *.00 8.00 3.00 *.91 .30 1.70 .79 *.1* 9.3 1.8

* = * .00 8.0 .00 *.7 .00 1.77 .0 30.10 10.0 1.99

* = * *.00 8.0 3.00 7. .91 1.81 9.30 3*.*0 1.0 1.98

* = * 8.00 8.0 *.00 9.7* 7.** 1.88 *.80 8.0 1.0 1.93

70 = 70 *.00 8.0 3.00 8.1 *.8 1.9 7.10 8.90 1.0 .13

7 = 7 *.00 8.0 3.00 8.7 *.8 .0* 3*.10 7.0 19.00 .0

7 = 7 9.00 8.0 *.00 1.*9 9.9* .17 *3.30 10.00 *.70 .

7 = 7 1.00 8.0 *.00 1*.* 1.00 .9 81.90 19.00 3.0 .

80 = 80 *.00 8.0 3.00 9. 7. .18 *.30 89.*0 .0 .3*

90 = 90 *.00 10.00 .00 10. 8.8 .3 80.70 18.00 .30 .77

90 = 90 7.00 10.00 .00 1. 9.9 .3* 9.00 138.00 8.0 .7*

90 = 90 10.00 10.00 7.00 17.00 1.0 .7 1.00 199.00 1.70 .71

90 = 90 1.00 10.00 7.00 1.71 17.00 .*9 1*.00 38.00 *.0 .*8

100 = 100 7.00 10.00 .00 1.* 10.70 .71 19.00 0.00 .0 .08

100 = 100 1.00 10.00 7.00 3.1 19.10 .93 0.00 38.00 91.10 .00

100 = 100 10.00 10.00 7.00 19.00 13.90 .8 17.00 78.00 7.00 .03

10 = 10 8.00 1.00 .00 18.7* 13.70 .3 8.00 310.00 10*.00 .71

10 = 10 11.00 1.00 *.0 .7 19.90 .0 30.00 31.00 130.00 .**

10 = 10 1.00 1.00 *.0 7.3 1.*0 .30 *7.00 8.00 11.00 .*

r r

c" c"3 c"3 c"3



10 = 10 9.00 1.00 *.00 .73 17.90 . **.00 8.00 10.00 3.01

10 = 10 1.00 1.00 8.0 *.7 8.80 .7* *8.00 90.00 3.00 .9

10 = 10 1.00 1.00 8.0 9.7* .30 .*3 3*7.00 73.00 19.00 .9*

10 = 10 1.00 13.00 7.00 3.77 7.0 3.13 730.00 1180.00 03.00 3.*1

10 = 10 1.00 13.00 10.00 3.73 .*0 3.3 888.00 1310.00 *.00 3.*

10 = 10 19.00 13.00 10.00 .8 31.90 3.30 1090.00 170.00 31.00 3.

17 = 17 1.00 1.00 11.00 30. 1.80 3.7 1170.00 18*0.00 380.00 .8

17 = 17 1.00 1.00 11.00 0.1 9.30 3.8 1330.00 90.00 89.00 .

00 = 00 1.00 17.00 1.00 7.7 3.0 .3* 180.00 370.00 891.00 *.13

00 = 00 0.00 17.00 1.00 7*.00 9.70 .*7 80.00 3390.00 11*0.00 *.09

00 = 00 .00 17.00 1.00 9.7 7.*0 .8* 30.00 30.00 1310.00 *.03

0 = 0 .00 3.00 18.00 1*.*0 18.00 7.3 9110.00 13300.00 790.00 7.39

0 = 0 .00 3.00 1.00 119.30 9.70 7.10 *90.00 11000.00 8*0.00 7.*



UDA

Mt +aa '-7 %eata

r"st##$.%om

METRIC SIZE JIS G3192/TIS 1227-194

E ME:ANIA/ PROPERTIES

O4 YRATION O4 MODU/US Y$e#d P!$nt AREA O4 SETION #a$5$cat$!n Ten$#e Stren(t&

Ma= $ M$n $; B= G By T&$c%ne 2"")

c" c" 1* !r nder !;er 1*0.93 0.38 0.3 IS 101 SS300 3 300-101.13 0.8 0.** IS 101 S30 300 90 "$n. 30

1. 0.79 1.1 IS 101 S390 8 7 390-*101. 0.79 1.1 IS 10* SM300, A,', 3 300-101.1 0.77 1.91 IS 10* SM390 A,', 1 390-*10

1.71 0.87 .3* IS 10* SM390 YA,Y' * 390-*10

1.7 0.88 .00 IS 10* SM0 ', * 0-*301.9 0.98 .39 IS 10* SM 70 3*0 30 70-701.91 0.98 .08

1.88 0.9* .

. 1.19 .**

. 1.18 3.

.9 1.17 .8

.1 1.8 .

.39 1.7 *.*

.33 1. 7.9*

.*9 1.7 7.

.90 1.38 8.37

.83 1.3 1.10

.79 1.33 1.70

.10 1.8 9.70

.38 1.78 1.0

.38 1.77 13.0

.3 1.73 19.0

.8 1.7 3.80

.88 1.98 17.70

.78 1.93 1.10

.8 1.9 3.30

3.*7 .8 9.0

3.* . 9.*

3.*0 . 3.*8

N@""

N@""

c"



.0* .7 8.70

3.9 . 31.*0

.00 .3 39.90

.8 .9* *8.10

.7 .9 8.*0

.*9 .91 10.00

*.78 .33 91.80

*.7 .38 113.00

7.7 .9 10.00

7.*8 .90 197.00

7.*1 .88 3.00

9.3 3.8 19.00

9.* 3.89 88.00



CHEMICAL COMPOSITION

E#!n(at$!n, SYMBOL :EMI

"$n OF GRADE

T&$c%ne 2"") SS 400, 490

!r nder t! 1* !;er 1* SS 5401 17 1 SM 400 A 50 mm or under in ti!"ne##

1* 1 17 o$er 50 mm, u% to &nd in!'( )00 mm in ti!"ne##

19 1 19 SM 400 B 50 mm or under in ti!"ne##

18 o$er 50 mm, u% to &nd in!'( )00 mm in ti!"ne##

17 1 SM 400 C *00 mm or under in ti!"ne##

19 1 19 50 mm or under in ti!"ne##

19 1 19 SM 490 A o$er 50 mm, u% to &nd in!'( )00 mm in ti!"ne##

19 19 * SM 490 B 50 mm or under in ti!"ne##

o$er 50 mm, u% to &nd in!'( )00 mm in ti!"ne##

SM 490 C *00 mm or under in ti!"ne##

SM 490 YA *00 mm or under in ti!"ne##

SM 490 YB

SM 5)0 B *00 mm or under in ti!"ne##

SM 5)0 C

SM 5+0 *00 mm or under in ti!"ne##





PRO4I/ A

ACCORDING JIS G 31 STANDARD SETIONA/

/ OMPOSITION 2) DIMENSION AREA

S$ Mn P S : = ' t1 t A

0(050 m& 0(050 m& "" = "" "" ""

0(- m& *(.0 m& 0(040 m& 0(040 m& 7 = 30 7 8.818

0()- m& 100 = 0 7. 11.9

0()5 m& 0(0-5 m& 0(0-5 m& 1 = * * 8 17.11

0()0 m& 0(-5 m& 0(.0 /*(40 0(0-5 m& 0(0-5 m& 10 = 7 *. 10 .71

0()) m& 10 = 7 9 1. 0.9

0(* m& 0(-5 m& *(40 m& 0(0-5 m& 0(0-5 m& 180 = 7 7 10. 7.

0()0 m& 00 = 70 7 10 *.9

0()) m& 0(55 m& *(.0 m& 0(0-5 m& 0(0-5 m& 00 = 80 7. 11 1.

0(* m& 0(55 m& 00 = 90 8 1. 8.*

0()0 m& *(.0 m& 0(0-5 m& 0(0-5 m& 0 = 90 9 1 33.07

0(* m& 0(55 m& *(.0 m& 0(0-5 m& 0(0-5 m& 0 = 90 11 13. 1.17

0()0 m& 0(55 m& *(.0 m& 00 = 90 10 1. .73

0(0-5 m& 0(0-5 m& 00 = 90 1 1* *1.9

0()0 m& 0(55 m& *(.0 m& 0(0-5 m& 0(0-5 m& 80 = 100 10. 1* *9.9

80 = 100 1 1*. 78.9*

0(* m& 0(55 m& *(.0 m& 0(0-5 m& 0(0-5 m& 80 = 100 1 0 8.71

SETION

c"

)(5 ! min





A/ PRODUSI PT. UNUN ARUDA

METRIC SIZE

UNIT ENTER EOMETRIA/ RADIUS MODU/USMASS O4 RACITY MOMENT O4 INERTIA O4 YRATION O4 SETION

< y I= Iy $= $y B= By

%(@" c" c" c"

*.9 1.7 7.9 1.3 .9 1.19 0. 3.3

9.* 1. 189 *.9 .98 1. 7.8 7.8

1.3 1.93 3 *. 3.99 1.9* *8 13.3

18.* .1 8*3 1 *.03 .7 11 .*

3 .1 100 137 .8* .19 130 8.

1.3 .1 180 17 7.1 .3 10 .

1.1 1.8 1*0 11 7.77 .03 1* 1.8

3.* .3 190 177 7.89 .8 19 0.8

0. .77 390 8* 8.0 .7 39 3.9

3.* .3 3180 0* 9.73 .*3 3*.

30. .9 3*90 3 9.7 .8 7 1.7

3.8 . 7300 7 11. .3 393 *

38.* . 7870 91 11. .1 7.9

3. .31 1300 7 13. .8 7* 7.

* .9 1*00 83 13.1 .7 8 7.8

*7. . 17*00 *71 13. .8 93 89.

<<<.(rdtee#.c!"

c"3 c"3 c" c"

http://www.grdsteel.com/






PRO4I/ SIU TIDA SAMA AI PRODU

STANDARD SETION UNIT

SETIONA/ DIMENSIONS AREA ?EI:T CENTER OF GRA3ITY GEOMETRICAL MOMENT OF IN

: = ' t r1 r A = y I= Iy Ma= I

"" = "" "" "" "" %(@" c" c"

9 7 9 8. * 13.03 11.0 .7 .00 109 *8.1 13

100 7 7 10 11.87 9. .0* 1.8 118 *.9 133

100 7 10 10 7 1*.0 1.0 .17 1.93 19 7*.1 193

1 7 7 10 1.* 10.7 3.10 1.*3 19 *0.3 3

1 7 10 10 7 19.00 13.9 3. 1.7 99 80.8 0

1 7 1 10 7 3.1 19.1 3. 1.87 7* 101 31

1 90 10 10 7 0.0 1*.1 .9 . 18 18 80

1 90 1 10 7 *.* 0.* 3.07 .3 301 17 377

10 90 9 1 * 0.93 1*.3 3.9 1.99 38 1 7

10 90 1 1 8. 7.* 1. .07 .10 *19 1*7 *8

10 100 9 1 * 1.83 17.1 3.7* .0 0 181 79

10 100 1 1 8. 8.* .3 3.88 .31 *3 8 78

10 100 1 1 8. . 7.7 .00 . 78 7* 897

c" c"3 c"3 c"3





SI PT. UNUN ARUDA

METRIC SIZE

IN4ORMATICE RE4ERENE

ERTIA RADIS OF GYRATION OF AREA MODLS OF SECTION

M$n I; $= $y Ma= $ M$n $; tan B= By

c" c" c" c" α

3.1 .78 . .19 1.* 0.*7* 17.3 1.3

0.8 .1 .19 .39 1.*1 0.38 17.0 10.0

31. .11 .1 .3 1.8 0.3 . 1.7

*.3 3.01 .11 3. 1.*3 0.* *.1 10.

39 .9* .0* 3.17 1.*1 0.7 *.1 13.1

*1.9 .9 .03 3.1 1.* 0. 3*.1 17.9

7*. .93 .9 3. 1.9 0.0 7. 0.

9*. .91 .7 3.* 1.91 0.01 37. .9

80.3 3.81 . .0* 1.9* 0.*1 38. 19.0

10 3.7* .37 1.9 0.7 *. 3.

103 3.79 .88 .1 .18 0.39 39.1 .

1 3.73 .8 .09 .1 0.3 *.3 0.1

1*1 3.71 .8 .03 .13 0.31 78. 7.0

<<<.(rdtee#.c!"

c"3 c" c"







AIS&AMERI&ANS

INSTITUTE

STEEL

&ONSTRU&TION Metr$c Un$t1 $nc& G .3 c"

1 #+ G 3.338 N

1 5t G 0.038 "

S!rce >

AIS Mana# !5 Stee#

!ntrct$!n 21993) !n;erted +y > Ir. T&a"r$n Nat$!n

e!"etr$c !5 Sect$!n A ' i s

?e+ and 5#en M!"ent !5 Sect$!n Rad$ !5

?e$(&t Area De6t& ?$dt& t&$c%ne Inert$a M!d# yrat$!n

* A D BF t + t, I' S' R'

c" N@" c" c" c" c"

3.3 80.3 107.73 0. 0. .8* 3079.07 8*.77 *.11 3.1 733. 9*.77 0. 0. .3 703.3* 8.9 *.0

7/8 .81 **.7 8.1* 0. 0. . 1.0 9.3 *.

.39 *7.7 7. 0. 0. 1.91 901.1 199.9 *.7

@8 .18 377. *.00 0. 0. 1.9 37.31 1*8.79 *.

9/16 .0 3.0 *.00 0. 0. 1.3 1.81 1.0* *.

1@ .8* 8. 0.00 0. 0. 1.7 0.88 17.00 *.

/8=*=1 .81 *3.1 8.87 0. 1.3 .3 *.1 37.33 *.

7@8 .81 70.* 73.19 0. 1.3 . 009. 19.9 *.8

@3 .18 39. *3.1 0. 1.3 1.91 *8.91 191.7 *.3

.8* 31.9 .93 0. 1.3 1.9 1.81 1*1.73 *.3

.70 7.1 38.77 0. 1.3 1.3 0.0 13*.** *.381@ .3 .7 3. 0. 1.3 1.7 183.91 11.3 *.0

.8 93.8 8.* 0. 1.3 1.11 1*1.* 11.8* *.

/8=3=1 .81 3.8 70.97 0. 10.1* .3 89*.97 1.0* *.30

7@8 .39 38.1 *.77 0. 10.1* . *01.3 03.83 *.3

.18 318.8 3.3 0. 10.1* 1.91 8.11 178.* *.38

@8 .8* . 3.87 0. 10.1* 1.9 19.1 10.9 *.

.70 19.* 31.38 0. 10.1* 1.3 1781.37 1*.8 *.

1@ .3 8*.0 7.10 0. 10.1* 1.7 1*0.39 1.73 *.8

7@1* .8 1.0 .* 0. 10.1* 1.11 1319. 108.1 *.*0

.18 8.3 39.*1 17.78 10.1* 1.91 17. 17.98 .*3

@8 .8* . 31.81 17.78 10.1* 1.9 138.9 117.00 .*9

1@ .3 *1. .87 17.78 10.1* 1.7 1111.3 9.1 .7

7@1* .8 9.1 9.81 17.78 10.1* 1.11 98*.37 83.07 .73

@8 . 198. .*8 17.78 10.1* 0.9 87.33 7.7* .77

/*=*=1 .81 3.8 70.97 1.3 1.3 .3 1377.* 130.33 3.7

7@8 .39 38.1 *.77 1.3 1.3 . 17.78 1.0 3.*0

c" c"3 c"

/8=8=11

@8

@4

@*

9@1*

7@1*

@3

9@1*

/7=3=@3

ANGLEEJa# #e( and neJa# #e(Pr!6ert$ 5!r De$(n$n(.



@3 .18 318.8 3.3 1.3 1.3 1.91 117.77 109.13 3.*

@8 .8* . 3.87 1.3 1.3 1.9 1007.8 9.7 3.*7

9@1* .70 19.* 31.38 1.3 1.3 1.3 919.87 83. 3.70

1@ .3 8*.0 7.10 1.3 1.3 1.7 88.0 7.3 3.7

7@1* .8 1.0 .* 1.3 1.3 1.11 7*.7 **.8* 3.7

@8 . 17.3 8.1 1.3 1.3 0.9 *31.00 7.8 3.78

@1* .0* 181.0 . 1.3 1.3 0.79 31.10 38.*7 3.80

.39 97.0 1.38 1.3 10.1* . 11.9* 117.17 3.7

.18 33.3 33.77 1.3 10.1* 1.91 1019.77 10.3 3.78

@8 .8* 91.9 7.81 1.3 10.1* 1.9 878. 87.0 3.8

9@1* .70 *3.1 3.* 1.3 10.1* 1.3 80. 79.1 3.8

1@ .3 *.3 0.* 1.3 10.1* 1.7 73.3 70.9* 3.8

7@1* .8 08.7 *.97 1.3 10.1* 1.11 *3.1* *.7* 3.88

@8 . 179. .9 1.3 10.1* 0.9 *1.91 3.31 3.90

@1* .0* 10. 19. 1.3 10.1* 0.79 373.0 3.7 3.9

.3 . 9.0 1.3 8.89 1.7 *90.93 *9.38 3.88

@8 . 170.7 .0* 1.3 8.89 0.9 *.93 .09 3.9

@1* .0* 13.0 18. 1.3 8.89 0.79 3.*9 33.73 3.9

/==7@8 .39 97.0 1.38 1.70 1.70 . 730.89 83.7 .78

@3 .18 33.3 33.77 1.70 1.70 1.91 *.38 73. .83

@8 .8* 91.9 7.81 1.70 1.70 1.9 **.07 *. .8*

.3 *.3 0.* 1.70 1.70 1.7 370.3 1.78 .91

7@1* .8 08.7 *.97 1.70 1.70 1.11 31*. 3.7 .93

@8 . 179. .9 1.70 1.70 0.9 *.79 9.** .9*

@1* .0* 10. 19. 1.70 1.70 0.79 08.83 .3 .99

.18 89.0 7.38 1.70 8.89 1.91 78.* 70.13 .93@8 .8* 3. 1.73 1.70 8.89 1.9 399.38 9.81 .9*

1@ .3 198. .81 1.70 8.89 1.7 31.8 39.00 3.01

@8 . 11.8 19.*8 1.70 8.89 0.9 .8 7. 3.0*

@1* .0* 17.0 1*. 1.70 8.89 0.79 73.71 1.79 3.09

1@3 1.91 10. 1.9 1.70 8.89 0.*3 3. .7 3.11

0.0 0.00 0.00 0.00 0.00 0.00 0.00 0.00

.3 18*.8 3.19 1.70 7.* 1.7 9.3 37.*9 3.03

7@1* .8 1*3.9 1. 1.70 7.* 1.11 0.88 3.8 3.0*

@8 . 13.0 18.3 1.70 7.* 0.9 0*.7* *.71 3.09

@1* .0* 119.7 1.38 1.70 7.* 0.79 *0.* 0.97 3.09

1@3 1.91 9*. 1. 1.70 7.* 0.*3 1.*9 .07 3.11

.8* 70.0 .10 10.1* 10.1* 1.91 19. 3*.0 .0

@8 .3 9.1 9.73 10.1* 10.1* 1.9 77.1 9. .0

1@ . 18*.8 3.19 10.1* 10.1* 1.7 1.3 .8 .10

7@1* .0* 1*3.9 1. 10.1* 10.1* 1.11 0*.87 8.*8 .1

@8 1.91 13.0 18.3 10.1* 10.1* 0.9 181.38 3.91 .1

@1* 1.7 119.7 1.38 10.1* 10.1* 0.79 13.3 1.13 .1

1@3 1.9 9*. 1. 10.1* 10.1* 0.*3 1*. 17.1 .18

/*=3=7/8

@3

/*=1/2=1/

2

1/2

/=1

@=

@3

/==1@

/3=3=@3



.8 17.7 .8 10.1* 8.89 1.7 1.33 1.79 .1

@8 .0* 1.8 17. 10.1* 8.89 0.9 17.98 3.3 .18

@1* 1.91 11.3 13. 10.1* 8.89 0.79 138.18 0.* .0

1@3 1.7 90. 11.*8 10.1* 8.89 0.*3 11.1 1*.88 .

.70 198. .*8 10.1* 7.* 1.9 0.99 7.*9 .1

[email protected] 1*.0 0.97 10.1* 7.* 1.7 10.0 0.97 .18

7@1* . 13.0 18. 10.1* 7.* 1.11 188.13 7. .18

@8 .0* 13.0 1*.00 10.1* 7.* 0.9 1*3.8 .9 .0

@1* 1.91 10.1 1.38 10.1* 7.* 0.79 130.*9 0.1* .

1@3 1.7 83.* 10.90 10.1* 7.* 0.*3 11.0 1*.9 .

. 1*.0 0.97 8.89 8.89 1.7 11.1 3.3 .*9

.0* 13.0 18. 8.89 8.89 1.11 1.*9 1.* .71.91 13.0 1*.00 8.89 8.89 0.9 119.3* 18.8 .7

1.7 10.1 1.38 8.89 8.89 0.79 101.98 1.99 .73

1.9 83.* 10.90 8.89 8.89 0.*3 8.** 1.01 .77

.8 138.9 19. 8.89 7.* 1.7 13.*0 .7* .7

3/8 .0* 11. 13.83 8.89 7.* 0.9 11.1 18. .77

1.91 9*. 1.3 8.89 7.* 0.79 9*.98 1.* .79

1.7 78.8 10.0* 8.89 7.* 0.*3 79.0 1.7 .8

.8 17. 17.73 8.89 *. 1.7 13.8* .11 .77

3/8 .0* 10.1 1.*1 8.89 *. 0.9 10*.* 17.8* .79

1.7 71. 9.9 8.89 *. 0.*3 73.9 1.7 .83

.0* 17. 17.73 7.* 7.* 1.7 9.30 17. .8

1.91 11.1 1.*8 7.* 7.* 1.11 8.8 1.* .0

3/8 1.7 10.1 1.*1 7.* 7.* 0.9 7.* 1.* .

1.9 89.0 11.38 7.* 7.* 0.79 *.8 11.9 .3

1.3 71. 9.9 7.* 7.* 0.*3 1.*1 9.3* .*

1.7 3.1 7.0 7.* 7.* 0.38 30.03 7. .9

. 13.0 1*.1 7.* *. 1.7 8*.8 17.03 .

@8 1.91 9*. 1.9 7.* *. 0.9 *9.09 1.7 .*

1.7 81.7 10.3 7.* *. 0.79 9.10 11.7 .81.9 *.7 8.3 7.* *. 0.*3 38.70 9.19 .30

@1* 1.3 39. *.3 7.* *. 0.38 7.7 7.0 .3

.0* 11.3 13. 7.* .08 1.7 79.9 1*.9 .

@8 1.7 8*.1 11.1* 7.* .08 0.9 *.*8 1.80 .9

@1* 1.9 7.0 9.3 7.* .08 0.79 3.93 10.88 .31

1@3 1.3 9.8 7.*8 7.* .08 0.*3 3.7 8.88 .3

/3=1@=1@

/3==/8

/1@=1@

=1@

7@16/8

@16

1@4

/1/2==1/

2

@16

1/4

/1@=1@

=1@

1@4

/==1/2

7@16

/16

1/4

@16

/=1@=1@

@1*1@3

/==1@



1.7 33.8 .8 7.* .08 0.38 .0 *.80 .3

0.0 0.00 0.00 0.00 0.00 0.00 0.00 0.00

.0* 11.3 13. *. *. 1.7 1.0 11.8* 1.88

@8 1.7 8*.1 11.1* *. *. 0.9 30.9* 9.8 1.91

1.9 7.0 9.3 *. *. 0.79 .3 7.90 1.9

1@3 1.3 9.8 7.*8 *. *. 0.*3 9.* *.3* 1.9

1.7 33.8 .8 *. *. 0.38 .77 3.97 1.98

1.7 77. 10.00 *. .08 0.9 7.9* 8.9* 1.9

@1* 1.9 *.7 8.3 *. .08 0.79 .80 7.*3 1.97

1@3 1.3 .8 *.83 *. .08 0.*3 7. *.3 1.99

1.7 30.1 . *. .08 0.38 1.19 3.80 .01

0.0 0.00 0.00 0.00 0.00 0.00 0.00 0.00

1.7 *8.* 8.77 .08 .08 0.9 19.93 .7 1.1

@1* 1.9 7. 7.3 .08 .08 0.79 17. 3.9 1.

1@3 1.3 3*.* *.0 .08 .08 0.*3 13.38 3.0 1.

@1* 1.7 .* 3.*1 .08 .08 0.38 11. .11 1.7

1@8 1.11 3.1 .1 .08 .08 0. 7.91 .1 1.9

AIS&AMERI&ANS

INSTITUTE

STEEL

&ONSTRU&TION US Un$t

S"+er >

AIS Mana# !5 Stee#

!ntrct$!n 21993)

e!"etr$c !5 Sect$!n A ' i s

?e$(&t ?e+ and 5#en M!"ent !5 Sect$!n Rad$ !5

6er Area De6t& ?$dt& t&$c%ne Inert$a M!d# yrat$!n

* 5t A D BF t + t, I' S' R'

$n #+ $n $n $n $n

1.700 *.9 1*.7 8 8 1.10 98.0 17. .3

1 1.*0 1.0 1.0 8 8 1.0000 89.0 1.8 .33

7/8 1.000 3.0 1. 8 8 0.870 79.* 13.0 .3

1.70 8.9 11.3 8 8 0.700 *9.7 1. .37

@8 1.00 .7 9.*1 8 8 0.*0 9.3 10. .39

9/16 1.187 9.* 8.*8 8 8 0.* 3.1 9.3 .0

1@ 1.10 *.3 7.7 8 8 0.000 38.* 8.* .0

/8=*=1 1.000 33. 1.0 8 * 1.0000 80.8 1.1 .39

@1*

/1@=1@

=1@

@1*

@1*

/1@==@

8

@1*

/==@8

$n $n3 $n

/8=8=1 1@8

@4

ANGLEEJa# #e( and neJa# #e(Pr!6ert$ 5!r De$(n$n(.



7@8 1.000 9.1 11. 8 * 0.870 7. 1.3 .1

@3 1.00 .8 9.93 8 * 0.700 *.3 11.7 .

1.10 8. 8.* 8 * 0.*0 3.1 9.87 .3

1.0* .7 7.* 8 * 0.* 39. 8.9 .

1@ 1.0000 .0 *.7 8 * 0.000 33. 8.0 .*

0.97 0. .9 8 * 0.37 9. 7.07 .7

/8=3=1 1.000 7.3 11.0 8 3 1.0000 *9.* 13.1 .

7@8 1.70 .1 9.7 8 3 0.870 *. 1. .

1.00 8.7 8.33 8 3 0.700 3.9 10.9 .

@8 1.10 3. 7.11 8 3 0.*0 3*.9 9.1 .7

1.0* 1.9 *.3 8 3 0.* 3.8 8. .8

1@ 1.0000 19.* .7 8 3 0.000 8. 7.39 .9

7@1* 0.97 17. .0* 8 3 0.37 3.1 *.*0 .*0

1.00 *. 7.*9 7 3 0.700 7.8 8.3 .

@8 1.10 .1 *.38 7 3 0.*0 .3 7.13 .3

1@ 1.0000 17.9 . 7 3 0.000 *.7 .81 .

7@1* 0.97 1.7 3.* 7 3 0.37 .7 .1 .*

@8 0.870 1.* .98 7 3 0.70 0.* 3.33 .7

/*=*=1 1.000 7.3 11.0 * * 1.0000 . 8.7 1.80

7@8 1.70 .1 9 .7 * * 0.870 1.9 7.* 1.81

@3 1.00 8.7 8 .33 * * 0.700 8. *.** 1.8

@8 1.10 3. 7.11 * * 0.*0 3. .** 1.83

9@1* 1.0* 1.9 *.3 * * 0.* .1 .13 1.8

1@ 1.0000 19.* .7 * * 0.000 19.9 3.*1 1.8*

7@1* 0.97 17. .0* * * 0.37 17.7 3.08 1.87

@8 0.870 13.9 3 .* * * 0.70 1.3 . 1.88

@1* 0.81 1.3 .* * * 0.1 1.0 .97 1.89

1.70 7. 7.98 * 3 0.870 7.7 7.1 1.8*

1.00 .* *.93 * 3 0.700 3. *. 1.88

@8 1.10 0.0 .8* * 3 0.*0 1.1 .1 1.90

9@1* 1.0* 18.1 .1 * 3 0.* 19. 3.8 1.90

1@ 1.0000 1*. 3 .7 * 3 0.000 17.3 3. 1.91

7@1* 0.97 13. 3.18 * 3 0.37 1. .8 1.9

@8 0.870 1. .*1 * 3 0.70 1. . 1.9

@1* 0.81 10. .0 * 3 0.1 11.3 .79 1.93

1.0000 1. 3.0 * 1@ 0.000 1*.* 3.3 1.9

@8 0.870 11.7 .3 * 1@ 0.70 1.9 .3 1.93@1* 0.81 9.80 .87 * 1@ 0.1 10.9 .7 1.9

/==7@8 1.70 7. 7.98 0.870 17.8 .17 1.39

@3 1.00 .* *.93 0.700 1.7 3. 1.1

@8 1.10 0.0 .8* 0.*0 1.* .8* 1.

1.0000 1*. 3.7 0.000 11. .1* 1.3

7@1* 0.97 13. 3.18 0.37 10.0 .79 1.

@8 0.870 1. .*1 0.70 8.73 .3 1.*

@*

9@1*

7@1*

@3

9@1*

/7=3=@3

/*=3=7/8

@3

/*=1/2=1/

2

1/2



@1* 0.81 10. .0 0.1 7.3 .03 1.7

1.00 19.8 .81 1@ 0.700 1.9 3.8 1.

@8 1.10 1*.8 3.9 1@ 0.*0 1.0 .* 1.*

1@ 1.0000 1.* 3.00 1@ 0.000 9.99 .99 1.8

@8 0.870 10.3 .0 1@ 0.70 7.78 .9 1.*0

@1* 0.81 8.7 .* 1@ 0.1 *.*0 1.93 1.*1

1@3 0.700 7.0 .0* 1@ 0.00 .9 1.7 1.*

1.0000 1.8 .7 0.000 9.3 .91 1.9

7@1* 0.97 11. .1 0.37 8.3 .8 1.*0

@8 0.870 9.8 .8* 0.70 7.7 .3 1.*1

@1* 0.81 8. .30 0.1 *.* 1.89 1.*1

1@3 0.700 *.* 1.93 0.00 .11 1. 1.*

1.10 18. .33 3 3 0.700 7.*7 .81 1.19

@8 1.0000 1.7 3.*1 3 3 0.*0 *.** .30 1.0

1@ 0.870 1.8 .7 3 3 0.000 .* 1.97 1.7@1* 0.81 11. .1 3 3 0.37 3.97 1.7 1.

@8 0.700 9.8 .8* 3 3 0.70 3.* 1. 1.

@1* 0.*87 8. .30 3 3 0.1 .71 1.9 1.3

1@3 0.*0 *.* 1.93 3 3 0.00 .03 1.0 1.

0.97 11.9 .0 3 1@ 0.000 . 1.93 1.

@8 0.81 9.1 .*7 3 1@ 0.70 3.18 1.39 1.

@1* 0.700 7.7 . 3 1@ 0.1 .* 1.* 1.*

1@3 0.*87 *. 1.81 3 1@ 0.00 .91 1.0 1.7

1.0* 1.* .98 3 0.*0 *.0 .0 1.

1@ 0.97 11.1 . 3 0.000 .0 1.89 1. 7@1* 0.870 9.80 .87 3 0.37 3. 1.*8 1.

@8 0.81 8.0 .38 3 0.70 .9* 1.3* 1.*

@1* 0.700 7.0 .09 3 0.1 .8 1. 1.7

1@3 0.*87 .80 1.*9 3 0.00 .77 1.00 1.8

0.870 11.1 . 1@ 1@ 0.000 .*3 1.39 1.0*

0.81 9.80 .87 1@ 1@ 0.37 .* 1. 1.07

0.700 8.0 .38 1@ 1@ 0.70 .87 1.1 1.07

0.*87 7.0 .09 1@ 1@ 0.1 .3 0.97* 1.08

0.*0 .80 1.*9 1@ 1@ 0.00 .01 0.793 1.09

0.97 10. .00 1@ 0.000 .3 1.3 1.07

3/8 0.81 7.90 .0 1@ 0.70 .7 1.1 1.09

0.700 *.*0 1.9 1@ 0.1 . 0.93 1.10

0.*87 .30 1.* 1@ 0.00 1.91 0.77* 1.11

0.97 9.30 .7 1@ 1@ 0.000 .3 1.31 1.09

3/8 0.81 7.0 .11 1@ 1@ 0.70 .* 1.09 1.10

/=1@=@

3

/==1@

/3=3=@3

/3=1@=1@

/3==/8

/1@=1@

=1@

7@16

/8

@16

1@4

/1/2==1/

2

@16

1/4

/1@=1@

=1@



0.*87 3.90 1.33 1@ 1@ 0.00 1.80 0.7 1.1

0.81 9.30 .7 0.000 . 1.07 0.898

0.700 8.0 .3 0.37 1.99 0.93 0.90

3/8 0.*87 7.0 .11 0.70 1.7* 0.8 0.91

0.*0 *.10 1.78 0.1 1.1 0.707 0.9

0.* 3.90 1.33 0.00 1.3 0.77 0.90

0.000 .71 1.09 0.187 0.9* 0.331 0.99

0.870 8.0 .0 1@ 0.000 .08 1.03 0.91

@8 0.700 *.*0 1.9 1@ 0.70 1.** 0.810 0.98

0.*87 .*0 1.* 1@ 0.1 1.3 0.*88 0.97

0.*0 3.0 1.1 1@ 0.00 1.17 0.*1 0.93

@1* 0.* .9 0.99* 1@ 0.187 0.907 0.30 0.93

0.81 7.70 . 0.000 1.9 1.00 0.93

@8 0.*87 .90 1.7 0.70 1. 0.781 0.930

@1* 0.*0 .00 1.3* 0.1 1. 0.**3 0.9381@3 0.* 3.10 1.19 0.00 1.09 0.3 0.97

0.000 .07 0.90 0.187 0.83 0.31 0.9**

0.81 7.70 . 1@ 1@ 0.000 1. 0.73 0.79

@8 0.*87 .90 1.7 1@ 1@ 0.70 0.983 0.** 0.7

0.*0 .00 1.3* 1@ 1@ 0.1 0.839 0.38 0.7*1

1@3 0.* 3.10 1.19 1@ 1@ 0.00 0.70 0.93 0.7*9

0.000 .07 0.90 1@ 1@ 0.187 0.37 0.0 0.778

0.*87 .0 1. 1@ 0.70 0.91 0.37 0.7*8

@1* 0.*0 3.0 1.1 1@ 0.1

0.788 0.3** 0.77*1@3 0.* .* 1.0* 1@ 0.00 0.*3 0.81 0.783

0.000 .7 0.809 1@ 0.187 0.09 0.9 0.79

0.*87 3.70 1.* 0.70 0.379 0.1 0.93

@1* 0.*0 .9 1.1 0.1 0.31* 0.00 0.*01

1@3 0.* .19 0.98 0.00 0.38 0.37 0.*09

@1* 0.000 .33 0.71 0.187 0.7 0.190 0.*17

1@8 0.37 1.* 0.383 0.10 0.190 0.11 0.**

1@4

/==1/2

7@16

/16

1/4

@16

/=1@=1@

@1*

1@3

/==1@

@1*

/1@=1@

=1@

@1*

@1*

/1@==@

8

@1*

/==@8



( ) ( A ' i s - ) - A ' i

enter !5 P#at$c P#at$c M!"ent !5 Sect$!n Rad$ !5 enter !5 P#at$c P#at$c Rad$ !5

ra;$ty M!d# netra# a=$ Inert$a M!d# yrat$!n ra;$ty M!d# netra# a=$ yrat$!n

- ' -P I/ S/ R/ ( / (P R

c" c" c" c" c" c"

*.1 17.8 .*7 3079.07 8*.77 *.1 *.1 17.8 .*7 .9**.0 3*7.0 .8 703.3* 8.9 *.0 *.0 3*7.0 .8 .9*

.9 313.9 .10 1.0 9.3 *. .9 313.9 .10 .99

.79 *0. 1.8 901.1 199.9 *.7 .79 *0. 1.8 3.01

.** 03.80 1. 37.31 1*8.79 *. .** 03.80 1. 3.01

.*1 7.0 1.8 1.81 1.0* *. .*1 7.0 1.8 3.03

.* 37.33 1. 0.88 17.00 *. .* 37.33 1. 3.03

*.7 337.7 .81 1*13.98 13*.17 3.9 3.19 *.37 .07 .

*.* 9*.7 .** 13.* 10.11 3.3 3.09 .97 1.8 .

*.0 3.77 .1 177.8 11.30 3.37 .9* 03.83 1.8 .8

*.30 9. . 1093.*9 9*.* 3.0 .8* 17.0* 1. .8

*. *.37 . 998.9* 87.1 3. .81 1*.00 1.0 .0*.7 7.*1 .18 90. 78.39 3. .7 19.3 1.07 .0

*. 09.7 .10 80. *9. 3.7 .*8 1.90 0.93 .

7.7 98.1 *. 38.8 *3.7 .* .*7 1*.1 1.7 .1

7.* .9* *.0 37.03 7. .*3 .3 110.93 1.3 .1

7.39 09.7 *.0 89.9 0.1 .*7 .3 9.1 1.3 .1*

7.9 *.19 .87 7.1 3.9 .7 .0 79.*3 1.1 .18

7. 7.*1 .79 09.* 9.00 .7 .3 71.78 1.0 .19

7.* 1.0 .7 80.3 . .73 .18 *.91 0.91 .0

7.19 188.3 .*3 0.7 1.13 .77 .1 *.03 0.80 .1

*.8 3. 3.78 7*.*9 39.* .77 .7 9.9 1.9 .18

*. 0*.38 3.*0 *. 3.8 .79 .3 77.*7 1.18 .0

*.1 1*8.79 3.3 71.80 3.73 .8 . *.7* 0.9 .1

*.07 138.9* 3.7 3.** 0.81 .83 .7 . 0.83 .

*.0 18.97 3.9 1.8 *.71 .87 .1 37. 0.7 .3

3.7 3.00 . 1377.* 130.33 3.7 3.7 3.00 . .97

3.* *.13 .0* 17.78 1.0 3.*0 3.* *.13 .0* .97

c" c"3 c" c"

.



3. 19*.*3 1.79 117.77 109.13 3.* 3. 19*.*3 1.79 .97

3.9 1*7.1 1.0 1007.8 9.7 3.*7 3.9 1*7.1 1.0 .00

3.3 11.73 1.* 919.87 83. 3.70 3.3 11.73 1.* .00

3.7 1*.18 1. 88.0 7.3 3.7 3.7 1*.18 1. .00

3. 10.8 1.07 7*.7 **.8* 3.7 3. 10.8 1.07 .0

3.17 103.0* 0.9 *31.00 7.8 3.78 3.17 103.0* 0.9 .0

3.11 87.*7 0.77 31.10 38.*7 3.80 3.11 87.*7 0.77 .0

.8 08.1 .** 30.8 . .8 .83 10.30 1.*9 .18

.8 18.3 .1 *1.9 38.*7 .83 .73 89.*3 1.37 .18

.1* 1.83 . 1.01 31.* .87 .* 7.71 1.3 .19

.11 131.91 . 87.* 7.8 .90 .7 *8.** 1.1 .0

.0 17.39 .18 *0.98 3.09 .9 .1 *1.3 1.01 .1

3.98 11.73 .10 .09 0. .9 .3 3.08 0.89 .

3.9 97.8 .0 0.9 *. .97 .9 3*.70 0.7* .

3.88 8.3 .9 17.98 .1 .97 . 9. 0.*3 .3

.8 1.90 .81 17*.90 *.0* .37 .1 37.*9 0.9 1.9

.18 93.9 .** 19.0 0.1* .1 .00 *.0 0.7 1.9

.11 79.38 .8 118.* 17.03 . 1.93 0. 0.*1 1.9*

.99 1.89 .0 730.89 83.7 .78 .99 1.89 .0 .37

.8* 1.7 1.7* *.38 73. .83 .8* 1.7 1.7* .38

.7* 11.89 1.39 **.07 *. .8* .7* 11.89 1.39 .38

.* 9.08 1.1 370.3 1.78 .91 .* 9.08 1.1 .0

.8 8.3 1.0* 31*. 3.7 .93 .8 8.3 1.0* .0

. 71.3 0.9 *.79 9.** .9* . 71.3 0.9 .1

.38 *0.0 0.77 08.83 .3 .99 .38 *0.0 0.77 .

3.3 1.* .87 1.01 *.8 .38 . *7.19 1.38 1.903. 107.3 .*9 01.03 1.13 . .3 *.8* 1. 1.91

3. 88.1* .3 1*8.7 .* .7 .0 3*.8 1.0 1.9

3.09 *7.83 .8 1.* 19.8 .9 .19 .30 0.77 1.93

3.03 7.19 .0 11.1 1*.71 .* .1 9.8 0.* 1.9

.9* 3*.8 . 9.8 1.*0 .*3 .07 3.09 0. 1.9*

0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00

3.3 83.* .18 107.9 18.8 .11 1.91 3.8 0.9 1.*

3.9 73.89 .10 9*.7 1*.71 .1 1.8 0.38 0.83 1.*

3. *.0* .0 83.91 13. .1 1.79 *. 0.7 1.**

3.7 .0* .9 7.83 1.3 .17 1.7 .1 0.*1 1.*7

3. 33.7 .87 9.93 10.0* .19 1.*7 17.8* 0.39 1.*8

. 8.08 1.7 19. 3*.0 .0 . 8.08 1.7 1.98

.1 70.9* 1.3* 77.1 9. .0 .1 70.9* 1.3* 1.98

.00 8.3 1.19 1.3 .8 .10 .00 8.3 1.19 1.99

.9 1.78 1.0 0*.87 8.*8 .1 .9 1.78 1.0 1.99

.90 33.90 0.91 181.38 3.91 .1 .90 33.90 0.91 .00

.83 8.0 0.7* 13.3 1.13 .1 .83 8.0 0.7* .01

.77 0.81 0.*1 1*. 17.1 .18 .77 0.81 0.*1 .0



.18 7. 1.7 17.7 3.91 .*3 .3 33.73 1.11 1.8

.07 33.31 1.11 1.79 19.01 .*9 .3 3.8 0.8 1.8

.00 7. 1.0 10*.13 1*.9 .7 .7 9.17 0.71 1.8

.9 0.38 0.9 8*.99 1.3 .7 .1 .*0 0.8 1.8*

.38 *7.1 .07 119.3* .1 .1* .1 30.*3 1.* 1.*

.8 .88 1.91 100.7 18. .19 .10 .7 1.0 1.*

.0 39.* 1.8 90.73 1*.* .1 .03 9. 0.91 1.*

. 3.* 1.7 79.9 13.19 . 1.99 .* 0.79 1.*3

.0 *.3 1.*7 *8.*8 1.0 . 1.9 1.37 0.** 1.*3

.1 9.8 1.9 *.*1 9.8 .8 1.87 17.7 0.3 1.*

.*9 3.9 1.18 11.1 3.3 .*9 .*9 3.9 1.18 1.7

.*3 9.00 1.03 1.*9 1.* .7 .*3 9.00 1.03 1.73.7 3.09 0.90 119.3* 18.8 .7 .7 3.09 0.90 1.73

.1 8.83 0.7* 101.98 1.99 .73 .1 8.83 0.7* 1.7

.3* .3 0.*1 8.** 1.01 .77 .3* .3 0.*1 1.7*

.87 3.10 1.7 9*.98 18.0 .3 . .3 1.09 1.8

.73 .3 1.11 77.00 1.9 .8 .11 .07 0.8 1.9

.*9 8. 1.0 *.7* 11.8 .0 .0 1.0 0.70 1.9

.*3 .11 0.9 3.11 9.* . 1.99 17.1 0.7 1.*0

.0 31.3* 1.91 *.*1 1.3 1.79 1.79 .93 1.00 1.*

.9 .8 1.7 3.7 9.70 1.8 1.*8 17. 0.7* 1.*

.8 .9 1.9 .3 *.7 1.87 1.* 1.03 0. 1.8

.7 1.* 1.1* 9.30 17. .8 .7 1.* 1.1* 1.38

.1 8.19 1.0 8.8 1.* .0 .1 8.19 1.0 1.39

.* 3.8 0.89 7.* 1.* . .* 3.8 0.89 1.39

.0 0.81 0.7 *.8 11.9 .3 .0 0.81 0.7 1.0

.13 17.03 0.*1 1.*1 9.3* .* .13 17.03 0.*1 1.0

.08 1.01 0.3* 30.03 7. .9 .08 1.01 0.3* 1.1

.3 0.81 1.7 3.11 1.19 1.8 1.91 .1 1.0* 1.

.3 3.09 1.11 3.9 9. 1.87 1.79 17.1 0.81 1.

.7 0.38 1.0 7.8 8.10 1.89 1.7 13.7 0.*9 1..1 1*.71 0.9 0.9 *.* 1.91 1.*8 11.8* 0.* 1.3

.* 1.80 0.87 3.0 .08 1.9 1.* 9.0* 0.3 1.

.73 9.17 1.91 7.97 7.77 1.9 1.38 13.*0 0.9 1.09

.*3 .93 1.7 .*0 *.08 1.3 1.7 11.1 0.7 1.09

.9 19.0 1.*7 19.* .19 1.33 1.1 9.3* 0.* 1.10

. 1.93 1.9 1*. 3.* 1.3* 1. 7.*7 0.0 1.10



.3* 1. 1.1 1.78 .8 1.38 1.19 .8 0.8 1.1

0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00

.0 1.37 1.13 1.0 11.8* 1.88 .0 1.37 1.13 1.3

1.93 1*.71 0.88 30.9* 9.8 1.91 1.93 1*.71 0.88 1.3

1.88 13.3 0.73 .3 7.90 1.9 1.88 13.3 0.73 1.3

1.8 11.* 0.*0 9.* *.3* 1.9 1.8 11.* 0.*0 1.

1.7* 8.9 0.3* .77 3.97 1.98 1.7* 8.9 0.3* 1.*

.11 1*.1* 1.11 1.9 .9 1.37 1.38 10.8 0.78 1.07

.0 1.81 1.0 18.* .08 1.38 1.3 9.19 0.*7 1.07

.00 11. 0.9 1.38 3.1* 1.0 1.* 7.39 0.3 1.08

1.93 8.7 0.87 1.11 .1 1. 1.1 .73 0.31 1.08

0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00

1.* 10.7 0.8* 19.93 .7 1.1 1.* 10.7 0.8* 0.99

1.* 8.87 0.7 17. 3.9 1. 1.* 8.87 0.7 0.99

1.0 7.9 0.9 13.38 3.0 1. 1.0 7.9 0.9 0.99

1.3 .* 0.3 11. .11 1.7 1.3 .* 0.3 1.00

1.9 .8 0.1 7.91 .1 1.9 1.9 .8 0.1 1.01

( ) ( A ' i s - ) - A ' i

enter !5 P#at$c P#at$c M!"ent !5 Sect$!n Rad$ !5 enter !5 P#at$c P#at$c Rad$ !5

ra;$ty M!d# netra# a=$ Inert$a M!d# yrat$!n ra;$ty M!d# netra# a=$ yrat$!n

/ ' -P I/ S/ R/ ' / (P R

$n $n $n $n $n /en(t&

.31 1.* 1.0 98.0 17. .3 .31 1.* 1.0 1.*

.7 8. 0.98 89.0 1.8 .33 .7 8. 0.98 1.*

. . 0.87 79.* 13.0 .3 . . 0.87 1.7

.8 .0 0.71 *9.7 1. .37 .8 .0 0.71 1.8

. 18.* 0.*01 9.3 10. .39 . 18.* 0.*01 1.8

.1 1*.8 0.3 3.1 9.3 .0 .1 1*.8 0.3 1.9

.19 1.1 0.383 38.* 8.* .0 .19 1.1 0.383 1.9

.* 7. 1.0 8.8 8.9 1.7 1.* 1*. 0.81 1.8

$n $n3 $n $n

.



.*1 3. 1.33 3.9 7.93 1.73 1.*1 13.3 0.718 1.8

.* 1.1 1.8 0.7 *.9 1.7* 1.* 1. 0.*1 1.9

. 17.9 1.1 *. .88 1.77 1. 10. 0. 1.9

.0 1*. 1.8 3.0 .3 1.78 1.0 9. 0.37 1.0

.37 13. 1. 1.7 3.79 1.79 1.37 8.1 0.3 1.0

.3 1.8 1. 19. 3. 1.80 1.3 7.0 0.71 1.1

.0 3. .0 11.* .93 1.0 1.0 7.7 0.*88 0.83*

.00 1.* .33 10. .1 1.03 0.999 *.77 0.*08 0.838

.9 18.9 .8 9.* .07 1.0 0.9 .81 0.7 0.8

.91 1*.0 .1 8.10 .* 1.07 0.90 3.8* 0.333 0.87

.88 13. .8 7.3 .8 1.07 0.88 3.8 0.30 0.8*1

.8* 1.0 . *.73 .1 1.08 0.89 .90 0.9 0.8*

.8 11. . *.0 1.90 1.09 0.8 .3 0.1* 0.8*9

.1 13.8 1.88 9.0 .0 1.09 1.01 .* 0.39 0.8*0

.3* 1.* 1.81 7.83 .8 1.10 0.9* 3.73 0.3* 0.8*

.3 10. 1.7 *. .1 1.11 0.917 .8 0.7 0.87

.9 9.09 1.7 .8 1.88 1.1 0.89 .7 0.0 0.87

.7 7.87 1.*9 .10 1.* 1.1 0.870 .90 0.8 0.880

1.8* 1. 0.917 . 8.7 1.80 1.8* 1. 0.917 1.17

1.8 1.8 0.811 1.9 7.* 1.81 1.8 1.8 0.811 1.17

1.78 1.0 0.70 8. *.** 1.8 1.78 1.0 0.70 1.17

1.7 10. 0.9 3. .** 1.83 1.7 10. 0.9 1.18

1.71 9.* 0.* .1 .13 1.8 1.71 9.* 0.* 1.18

1.*8 8.1 0.379 19.9 3.*1 1.8* 1.*8 8.1 0.379 1.18

1.** 7.3 0.3 17.7 3.08 1.87 1.** 7.3 0.3 1.19

1.*3 *. 0.* 1.3 . 1.88 1.*3 *. 0.* 1.19

1.* . 0.03 1.0 .97 1.89 1.* . 0.03 1.0

.1 1.7 1.33 9.7 .9 1.11 1.1 *.1 0.** 0.87

.08 11. 1.8 8.*8 .97 1.1 1.08 .37 0.78 0.8*0

.0 9.1 1.1 7. .3 1.1 1.0 3.* 0.388 0.8*3

.01 8.** 1.8 *.91 .1 1.13 1.01 3.19 0.33 0.8**

1.99 7.78 1. *.7 .08 1.1 0.987 .7 0.9* 0.870

1.9* *.88 1. .*0 1.8 1.1* 0.9*3 .0 0.39 0.87

1.93 .97 1.19 3.90 1.*0 1.17 0.931 .8 0.01 0.877

1.9 .0 1.1* 3.18 1. 1.17 0.918 .30 0. 0.88

.08 7.0 1.0 3. 1.9 0.97 0.8 .91 0.7 0.79

.03 .7* 1.33 .3 1. 0.988 0.787 .0 0.8 0.7*7.01 3.8 1.31 .8 1.03 0.99* 0.7* 1.8 0.9 0.77

1.7 9. 0.798 17.8 .17 1.39 1.7 9. 0.798 0.97

1. 8.1* 0.*93 1.7 3. 1.1 1. 8.1* 0.*93 0.97

1.38 *.9 0.8* 1.* .8* 1. 1.38 *.9 0.8* 0.978

1.3 .*8 0.37 11. .1* 1.3 1.3 .*8 0.37 0.98

1.31 .0 0.318 10.0 .79 1. 1.31 .0 0.318 0.98*

1.9 3.* 0.*1 8.73 .3 1.* 1.9 3.* 0.*1 0.990



1.7 .*8 0.0 7.3 .03 1.7 1.7 .*8 0.0 0.993

1.7 7.* 1.1 . . 0.977 0.99* 3.10 0.81 0.738

1.70 *. 1.0* 3.8 1.90 0.991 0.91 .37 0.39 0.71

1.** .8 1.00 3.0 1.* 1.01 0.90* .8 0.300 0.7

1.*1 3.13 0.98 .18 1.1 1.0 0.8*1 .1* 0.0 0.7*

1.9 .39 0.90* .7 1.0 1.0 0.88 1.8 0.* 0.7**

1.* .8 0.87 . 0.80 1.03 0.813 1.37 0.0* 0.770

1.7 .1* 1. .8 1.1 0.89 0.70 .11 0.7 0.*38

1.7 3.7 1. . 1.0 0.87 0.77 1.8* 0.1 0.*1

1.70 .97 1.19 .03 0.888 0.83 0.703 1.*0 0.8* 0.*3

1.*8 .* 1.1* 1.7 0.7 0.8 0.*81 1. 0.30 0.*8

1.** .7 1.1 1.33 0.*13 0.8*1 0.*7 1.09 0.193 0.**

1.7 .07 0.*80 7.*7 .81 1.19 1.7 .07 0.*80 0.778

1. 3. 0.7* *.** .30 1.0 1. 3. 0.7* 0.779

1.18 .* 0.3*9 .* 1.97 1. 1.18 .* 0.3*9 0.781.1* .1* 0.313 3.97 1.7 1. 1.1* .1* 0.313 0.78

1.13 .73 0.7 3.* 1. 1. 1.13 .73 0.7 0.788

1.1 . 0.00 .71 1.9 1.3 1.1 . 0.00 0.791

1.09 1.88 0.3 .03 1.0 1. 1.09 1.88 0.3 0.79

1. .0 0.00 .79 1. 1.03 1.00 .7 0.38 0.7

1.1 .71 0.38 .9 1.1* 1.0* 0.9 .11 0.3 0.77

1.18 .9 0.30* . 0.993 1.07 0.9 1.78 0.81 0.70

1.1* 1.8* 0.7 .09 0.808 1.07 0.909 1.33 0.7 0.73

1.7 3.1 0.81 .87 1. 0.839 0.871 .38 0.398 0.*7

1. .31 0.70 .3 1.1 0.8*3 0.87 .0 0.30* 0.*9

1.0 .0 0.719 .18 0.99 0.871 0.803 1.79 0.9 0.*31

1.8 .*3 0.*88 1.9 0.8** 0.879 0.78 1.* 0.11 0.*33

1.* . 0.** 1.* 0.73 0.887 0.79 1.1 0.*1 0.*37

1.3 1.8 0.* 1.* 0.99 0.89* 0.7* 1.0* 0.11 0.*1

1.0* .*8 0.3*3 .*3 1.39 1.0* 1.0* .*8 0.3*3 0.*8

1.03 .8 0.310 .* 1. 1.07 1.03 .8 0.310 0.*83

1.01 .08 0. .87 1.1 1.07 1.01 .08 0. 0.*87

0.990 1.7* 0.99 .3 0.97* 1.08 0.990 1.7* 0.99 0.*90

0.9*8 1.3 0.31 .01 0.793 1.09 0.9*8 1.3 0.31 0.*93

1.1 .* 0.00 . 1.10 0.881 0.87 1.98 0.39 0.*1

1.08 .03 0.38 1.8 0.81 0.897 0.80 1. 0.8 0.*

1.0* 1.7 0.30* 1.8 0.7 0.90 0.808 1.0 0.7* 0.*7

1.03 1.31 0.7 1.0 0.89 0.913 0.78 1.0 0. 0.*1

1.0 . 0.70 1.* 0.7*0 0.703 0.70 1.30 0.9 0.3

1.1* 1.97 0.*88 1.09 0.9 0.719 0.**0 1.07 0.01 0.7



1.11 1.* 0.* 0.777 0.31 0.7 0.*13 0.7 0.0 0.33

0.9 1.9 0.38 . 1.07 0.898 0.9 1.9 0.38 0.83

0.910 1.7 0.30* 1.99 0.93 0.90 0.910 1.7 0.30* 0.8

0.888 1.0 0. 1.7* 0.8 0.91 0.888 1.0 0. 0.87

0.8* 1.7 0.9* 1.1 0.707 0.9 0.8* 1.7 0.9* 0.89

0.83 1.03 0.30 1.3 0.77 0.90 0.83 1.03 0.30 0.9

0.80 0.793 0.18 0.9* 0.331 0.99 0.80 0.793 0.18 0.9*

1.000 1.88 0.00 1.0 0.733 0.7 0.70 1. 0.317 0.0

0.9* 1.37 0.38 1.03 0.81 0.7* 0.70* 1.0 0.0 0.

0.9 1. 0.30* 0.898 0.393 0.733 0.*8 0.889 0.70 0.

0.911 1.0 0.7 0.73 0.303 0.7 0.**1 0.73 0.19 0.8

0.888 0.781 0.33 0.77 0.10 0.7*1 0.*8 0. 0.1** 0.

1.08 1.78 0.70 0.*7 0.373 0.3* 0.8 0.891 0.7 0.38

1.03 1.30 0.*88 0.3 0.71 0.9 0.9 0.*83 0.89 0.30

1.0 1.19 0.** 0.370 0.17 0.*7 0.1* 0.77 0.33 0.30.99 0.97 0.* 0.9 0.*0 0.73 0.39 0.3*8 0.198 0.3

0.970 0.73* 0.93 0.07 0.00 0.8 0.370 0.7 0.10 0.39

0.80* 1.1 0.30 1. 0.73 0.79 0.80* 1.1 0.30 0.387

0.7* 1.0 0.37 0.983 0.** 0.7 0.7* 1.0 0.37 0.387

0.730 0.8*9 0.9 0.839 0.38 0.7*1 0.730 0.8*9 0.9 0.389

0.717 0.711 0.8 0.70 0.93 0.7*9 0.717 0.711 0.8 0.391

0.*93 0.3 0.180 0.37 0.0 0.778 0.*93 0.3 0.180 0.39

0.81 0.98* 0.38 0.13 0.* 0.77 0.81 0.**0 0.09 0.30

0.809 0.83 0.30* 0.33* 0.10 0.83 0.9 0.*1 0.* 0.30.787 0.*91 0.7 0.7 0.3 0.9 0.7 0.37 0.1 0.33

0.7*3 0. 0.33 0.91 0.19* 0.*00 0.13 0.0 0.1* 0.37

0.** 0.* 0.30 0.379 0.1 0.93 0.** 0.* 0.30 0.89

0.*13 0.31 0.88 0.31* 0.00 0.*01 0.*13 0.31 0.88 0.90

0.9 0.33 0.3 0.38 0.37 0.*09 0.9 0.33 0.3 0.91

0.*9 0.3 0.179 0.7 0.190 0.*17 0.*9 0.3 0.179 0.93

0.3* 0. 0.11 0.190 0.11 0.** 0.3* 0. 0.11 0.98



AIS&AMERI&ANS

INSTITUTE

STEEL

&ONSTRU&TION

S!rce >

AIS Mana# !5 Stee#

!ntrct$!n 21993) !n;erted +y > Ir. T&a"r$n Nat$!n

s ) e!"

An(#e t! 6r$nc$6a# ? E ' 4/ANE

Area De6t& T&$c%ne t ?$dt& T&$c

A " t 0 1, t

Un$t#e c" c" c" c" c" c" c"

1.000 1=0 93.83 8.10 1.8 1.7 0.9 9.33 9. 1.*1.000 =30 7*.1 8.10 1. 1.7 0.*3 8.93 8.89 1.*

1.000 =.9 *3.* 8.10 1.0 0.9 0.38 8.*3 8.7 1.*

1.000

1.000 1=0 *.90 0.38 1.0 1.7 0.*3 8.0 7.93 1.7

1.000 = 37.3 0.38 0.98 0.9 0.38 7.73 7.* 1.7

1.000 =0.7 9.9 0.38 0.7 0.79 0. 7.37 7.* 1.7

0.3 10=0 *.90 .30 1.71 1.7 0.79 7.70 7.* 1.11

0.37 = 37.3 .30 1.3 1.7 0.*3 7. 7.0 1.11

0.1 =0 7.93 .30 0.9* 0.9 0.38 *.9* *.99 1.11

0.3 =1. 8.97 .30 0.*1 0.*3 0. *.*0 *.*7 1.11

0.*0.8 9=0 7.93 .8* 1.13 1.11 0.*3 *.7 *.*7 1.0

0.*0 =1 8.3 .8* 0.7 0.79 0. *.1 *. 1.0

=1.3 .3 .8* 0.9 0.*3 0. *.18 *.0 1.0

0.37

0. 8=18.7 . 0. 1.3 1.7 0.*3 *.3 *. 0.99

0.8 =1.7 *.0* 0. 0.77 0.79 0. .9 *.0 0.99

0.* =11. 1.81 0. 0.* 0.*3 0. .73 .7 0.99

0.*

0.*7 7=1. . 17.78 0.80 0.79 0.38 .7 .7 0.9

0.*9 =9.8 18. 17.78 0. 0.38 0. .1 .30 0.9

0.3 *=1 3.71 1.3 1.11 1.11 0.38 .38 .30 0.87

0.9 =10. 19.93 1.3 0.80 0.79 0.38 .17 .08 0.87

0. =8. 1.38 1.3 0.1 0.38 0. 3.88 3.7* 0.87

0.7

0.30 =9 17.0 1.70 0.8 0.79 0.38 3.79 3.7* 0.81

=*.7 1.71 1.70 0.38 0.38 0. 3.3 3.3 0.81

1.000

1.000 3=7. 1.73 10.1* 0.8 0.79 0.38 3.7 3.3 0.7

a=e

Tan

c"



1.000 =.3 10.* 10.1* 0.37 0.38 0.1* 3.0 3.1 0.7

1.000

1.000 =* 11. 7.* 0.90 0.9 0.38 3.0 3.1 0.*9

1.000 = 9.38 7.* 0.** 0.*3 0. .80 .81 0.*9

1.000 =3.1 7.81 7.* 0.3 0.38 0.1* .8 .39 0.*9

1.000

1.000 M18=8 110. 3.7 1.78 1.7 0.9 10.*7 10.80 1.9=1.9 98.71 3.7 1. 1.9 0.79 10.31 10.38 1.9

0.31 =3.8 87.10 3.7 1.7 1.7 0.*3 10.1* 10.1* 1.9

0.38 =3.7 81.9 3.7 1.13 1.11 0.*3 10.0 10.1* 1.9

0.3

0.38 M1=0 93.83 .0 .00 0.38 0.9 11.1 11.11 1.

0.330 =30 7*.1 .0 1.3 1.3 0.*3 10.* 10.38 1.

0.33 = **.3 .0 1.13 1.11 0.*3 10.3 10.38 1.

0.33* =1.8 *0. .0 0.9 0.9 0.38 10.1* 10.1* 1.

0.338

M1=0 93.83 0.38 .1 .0* 1.11 10.0 10.38 1.78

0.33 =3 8.1* 0.38 1.81 1.7 0.9 10.19 10.1* 1.78

0.0 =30 7*.1 0.38 1.0 1.3 0.79 9.88 10.8 1.78

0. = **.3 0.38 1.19 1.11 0.*3 9.7 9. 1.78

=1 8.83 0.38 0.93 0.9 0.38 9. 9.1 1.78

1.000

1.000 M1=10.* 0.00 0.38 0.38 0.38 0. .81 .81 0.78

1.000

1.000 M10=31.1 78.0* .30 .0 .0* 0.9 10.98 11.11 1.3*

1.000 =.* *.*8 .30 1.3* 1.3 0.79 10.31 10.38 1.3*

1.000 =8. 3.00 .30 1.08 1.11 0.38 10.0 10.1* 1.3*

1.000

M10= 37.3 .30 0.01 0.9 0.38 8.* 8.7 1.3*

0.3*3 = 31.*1 .30 0.73 0.79 0. 8.3 8.7 1.3*0.37

0.379 M10=8.3 1.87 .30 0.3 0.38 0.1* .81 .81 0.71

0.38*

0.389 M9=.3 38.19 .8* 1.13 1.11 0.*3 8.89 8.89 1.30

0.39 =.9 3.9 .8* 1.0 0.9 0.38 8.7* 8.89 1.30

0.000

0.7 M8=.8 3. 0. 1.08 1.11 0.38 8.90 8.89 1.

0.*1 =1.3 30. 0. 0.9 0.9 0.38 8.7* 8.89 1.

0.*3

0.*8 M8=0 7.93 0. 1.0 0.9 0.38 7.*8 7.* 1.7

0.71 =18.7 .38 0. 0.90 0.9 0.38 7.* 7.* 1.7

1.000 M8=8. 1*.1 0. 0.3 0.38 0.1* 3.7* 3.7* 0.79

1.000

1.000 M7=.7 3.0 17.78 1.8 1.7 0.*3 9.1 9.1 1.7

1.000 19.1 *.19 17.78 0.89 0.9 0.38 8.77 8.89 1.7

1.000

1.000 M*=18 3.1 1.3 0.9* 0.9 0.38 8.90 8.89 1.1

1.000



M*=1*. 0.90 1.3 0.9 0.9 0.38 7.* 7.* 1.1

0.70 =1.1 8.* 1.3 0.80 0.79 0.38 7.37 7.* 1.1

0.7

0.77 M*=1 .77 1.3 0.79 0.79 0. *.3 *. 0.9

0.79

0.3

0.3 AIS&0.37 AMERI&ANS

0.1 INSTITUTE

0.3 STEEL

0.8 &ONSTRU&TION

1.000

1.0001.000 S!rce >

1.000 AIS Mana# !5 Stee#

1.000 !ntrct$!n 21993)

e!"

0.713 ? E ' 4/ANE

0.71 Area De6t& T&$c%ne t ?$dt& T&$c

0.73 A " t 0 1, t

0.77 $n $n $n $n $n $

1=0 13.7 1.00 0.71* 11@1* @ 8 .71* @ 3 0.*0

0.38* =30 11.8 1.00 0.0 1@ 1@ 3 .0 1@ 0.*0

0.39*

=.9 9.9* 1.00 0.300 @ 8 @1* .300 @ 8 0.*0

0.0*

1=0 8.8 1.00 0.10 1@ 1@ 3 .170 1@ 8 0.01

1.000 = 7. 1.00 0.87 @ 8 @1* .037 0.01

1.000 =0.7 *.09 1.00 0.8 @1* 1@ 8 .93 0.01

1.000

1.000 10=0 8.8 10.00 0.*7 11@1* @1* .0 0.3*

1.000 = 7. 10.00 0.* 1@ 1@ 3 .88* 7@ 8 0.3*

1.000 =0 .88 10.00 0.79 @ 8 @1* .79 @ 3 0.3*

=1. 3.39 10.00 0.30 1@ 3 1@ 8 .*00 @ 8 0.3*

0.**7 =11.

0.*7* 9=0 .88 9.00 0.338 7@1* 1@ 3 .*38 @ 8 0.31

0.*80 =1 3.31 9.00 0.8 @1* 1@ 8 .38 1@ 0.310.*83 .93 9.00 0. 1@ 3 1@ 8 .3 @ 8 0.31

0.*88

8=18.7 .1 8.00 0.387 1@ 1@ 3 .7 1@ 0.90

0.313 =1.7 3.03 8.00 0.0 @1* 1@ 8 .3 @ 8 0.90

0.38 =11.0 .8 8.00 0.0 1@ 3 1@ 8 .*0 1@ 3 0.90

0.3

0.330 7=1. .*0 7.00 0.13 @1* @1* .193 1@ 3 0.**

$n



0.33* =9.8 .87 7.00 0.10 @1* 1@ 8 .090 1@ 8 0.**

0.000

1.000 *=1 .8 *.00 0.37 7@1* @1* .17 1@ 8 0.3

1.000 =10. .09 *.00 0.13 @1* @1* .03 0.3

1.000 =8. .30 *.00 0.00 @1* 1@ 8 1.90 1 7@ 8 0.3

1.000

1.000 =9 .*3 .00 0. @1* @1* 1.88 1 7@ 8 0.0

=*.7 1.97 .00 0.190 @1* 1@ 8 1.70 1 @ 3 0.0

0.*13

0.*0 3=7. .1 3.00 0.1 @1* @1* 1.71 1 @ 3 0.9*

0.** =.3 1.9 3.00 0.183 @1* 1@1* 1.83 1 @ 8 0.9*

0.*1

0.000 =* 1.7* .00 0.* @ 8 @1* 1.9* 1 @ 8 0.7

1.000 = 1.37 .00 0.8 1@ 3 1@ 8 1.398 1 1@ 0.7

1.000 =3.1 1.1 .00 0.170 @1* 1@1* 1.310 1 @ 8 0.7

1.000

1.000 M18=8 17.1 18.00 0.700 11@1* @ 8 3.00 3 1@3 0.*

1.000 =1.9 1. 18.00 0.*00 @ 8 @1* 3.100 3 1@8 0.*

=3.8 1. 18.00 0.00 1@ 1@ 3 3.000 3 0.*

=3.7 1.* 18.00 0.30 7@1* 1@ 3 .90 3 0.*

M1=0 13.7 1.00 0.787 @1* @ 8 3.31 3 @8 0.*10

=30 11.8 1.00 0.*0 9@1* 1@ 3 3.18 3 1@8 0.*10

= 10. 1.00 0.337 7@1* 1@ 3 3.07 3 1@8 0.*10

=1.8 9. 1.00 0.7 @ 8 @1* 3.000 3 0.*10

M1=0 13.7 1.00 0.8 1@1* 7@1* 3.1 3 1@8 0.700

=3 1. 1.00 0.71 11@1* @ 8 3.01 3 0.700=30 11.8 1.00 0.90 9@1* @1* .890 3 1@* 0.700

= 10. 1.00 0.3*7 7@1* 1@ 3 .7*7 @3 0.700

=1 9.1 1.00 0.70 @ 8 @1* .*70 @8 0.700

M1=10.* .10 1.00 0.190 @1* 1@ 8 1.00 1 1@ 0.09

s )

An(#e t! 6r$nc$6a# M10=31.1 1.1 10.00 0.79* 1@1* @ 8 3.1 3 @8 0.7

=.* 9.87 10.00 0.7 9@1* @1* 3.100 3 1@8 0.7

=8. 8.7 10.00 0.3 7@1* @1* .90 3 0.7

Un$t#e

1.000 M10= 7. 10.00 0.008 @ 8 @1* .30 @8 0.7

1.000 = *.3 10.00 0.90 @1* 1@ 8 .1 @8 0.7

1.000

1.000 M10=8.3 .3* 10.00 0.170 @1* 1@1* 1.00 1 1@ 0.80

1.000

1.000 M9=.3 7.37 9.00 0.30 7@1* 1@ 3 .00 1@ 0.0

1.000 =.9 7.0 9.00 0.300 @ 8 @1* .30 1@ 0.0

0.3 M8=.8 *.70 8.00 0.37 7@1* @1* .0 1@ 0.

a=e

Tan



0.37 =1.3 *.8 8.00 0.7 @ 8 @1* .30 1@ 0.

0.1

0.3 M8=0 .88 8.00 0.300 @ 8 @1* .0 0.00

0.* =18.7 .0 8.00 0. @ 8 @1* .978 0.00

0.8

0.*0 M8=8. .0 8.00 0.179 @1* 1@1* 1.873 1 7@8 0.11

0.37 M7=.7 *.*7 7.00 0.0 1@ 1@ 3 .*0 @8 0.00

0. 19.1 .*1 7.00 0. @ 8 @1* .3 1@ 0.00

0.8

0.* M*=18 .9 *.00 0.79 @ 8 @1* .03 1@ 0.37

0.*

0.*7 M*=1*. 3.79 *.00 0.7 @ 8 @1* .000 0.37

0.*9 =1.1 3.33 *.00 0.1* @1* @1* .931 0.37

0.3 M*=1 . *.00 0.1 @1* 1@ 8 .397 1@ 0.7

0.9

0.

0.7

0.30

1.000

1.000

1.000

1.000

1.000

1.000

1.000

1.000

1.000

0.31

0.38

0.3

0.38

0.330

0.33

0.33*

0.338

0.33

0.00.

1.000

1.000

1.000

1.000

1.000

1.000



1.000

0.3*3

0.37

0.379

0.38*

0.389

0.39

0.7

0.*1

0.*3

0.*8

0.71

1.000

1.000

1.0001.000

1.000

1.000

1.000

0.70

0.7

0.77

0.79

0.3

0.3

0.37

0.1

0.3

0.8

1.000

1.000

1.000

1.000

1.000

0.713

0.71

0.73

0.77

0.38*

0.39*



0.0*

1.000

1.000

1.000

1.000

1.000

1.000

0.**7

0.*7*

0.*80

0.*83

0.*88

0.313

0.38

0.30.330

0.33*

1.000

1.000

1.000

1.000

1.000

0.*13

0.*00.**

0.*1

1.000

1.000

1.000

1.000

1.000



Metr$c Un$t1 $nc& G .3 c"

1 #+ G 3.338 N

1 5t G 0.038 "

tr$c !5 Sect$!n A ' i s ( ) (

DISTANE Ma=. 4#(e. N!"$na# .(. S&ear en- PNA M!"ent !5 P#at$c Sect$!n

ne r$6 4a- ?$(&t ter /!cat$!n /!cat$!n Inert$a M!d# M!d#

, T * tener ( #o (2 I' ' S'

c" c" c" c" c" N@" c" c" c"

1.9 0.80 .* 1.9 .3 79.70 .0 1.38 1.3 1*81.7 1117.* 881.*1.9 0.80 .* 1.9 .3 8.7* 1.97 1.9 0.99 13*. 97. 7*.0

1.9 0.80 .* 1.9 .3 393.7 .00 .8 0.83 1111. 8.9 *88.

1.7 3.77 .8* 1.7 . 37.8 1.71 1.7 0.9 *73.9 0.* 33.

1.7 3.77 .8* 1.7 . *3.8 1.71 1.89 0.77 99.7 378. 93.9

1.7 3.77 .8* 1.7 . 0.09 1.77 .1 0.*3 *9.3 31*. .

1.11 0. .3 1.11 1.91 37.8 1.* 0.93 1.1 387. 3.9 9.

1.11 0. .3 1.11 1.91 *3.8 1.7 1. 0.9 79*.0 7*.9 98.

1.11 0. .3 1.11 1.91 91.88 1.3 1.* 0.73 83.1 1*. 8.9

1.11 0. .3 1.11 1.91 .9 1.*1 .0 0.7 80.3 8.9 1.

1.11 18.10 .8 1.11 1.91 91.88 1.38 1.1 0.8 3.8 7. 1.

1.11 18.10 .8 1.11 1.91 18.91 1.39 1.7 0.* 1.8 1. 18.

1.11 18.10 .8 1.11 1.91 19.* 1. 1.89 0. 199.7 03.8 17.7

0.9 1.* .8 0.9 1.91 7.*3 1.33 1.09 0.87 181.3 *.1 180.

0.9 1.* .8 0.9 1.91 00.*7 1.30 1. 0.*3 10.* 178.* 138.0

0.9 1.* .8 0.9 1.91 1*7.8 1.3 1.77 0. 1*.9 1*. 1.3

0.9 1.3 . 0.9 1.9 178.78 1. 1.7 0.* 1007. 17.7 11.*

0.9 1.3 . 0.9 1.9 13.0 1.7 1.*3 0. 88*.* 11*.7 99.*

0.79 11.11 .0* 0.79 1.9 189.7 1.1 0.97 0.81 73. 119.0 9.0

0.79 11.11 .0* 0.9 1.9 1.3 1.7 1. 0.* *.7 100.8 8.9

0.79 11.11 .0* 0.79 1.9 119.*7 1.0 1. 0.0 3. 83.1 71.8

0.79 8.89 1.91 0.79 1.9 11. 1.1 1.08 0.*7 70.3 71.3 8.

0.79 8.89 1.91 - - 97.78 1. 1.30 0. 11.8 7. 39.

0.79 *.*7 1.7 0.79 1.9 10.81 1.17 0.98 0.*7 191.1 3*.0 7.

c"3 c" c"

&HANNELS AMERIAN STANDARDD$"en$!n



0.79 *.*7 1.7 - - 78.81 1.1* 1.8 0.*1 1*0. 7.0 1.*

0.*3 3.1 1.7 - - 87.* 1.1* 0.8 0.73 8*. 8. .*

0.*3 3.1 1.7 - - 7.97 1.11 1.00 0.*1 77.0 3.* 0.

0.*3 3.1 1.7 - - 9.83 1.11 1.17 0.7 *9.1 1. 18.0

1.9 8.73 .39 1.9 .3 83*.3 .19 1.77 1.0 817. 10. 10.71.9 8.73 .39 1.9 .3 77.3 .18 .0 1.07 *097.7 1317. 113.

1.9 8.73 .39 1.9 .3 **8.30 .0 .1 0.93 308. 183.7 10.7

1.9 8.73 .39 1.9 .3 *.1* . .3* 0.88 09. 119. 1009.3

1.9 *.03 .39 1.9 .3 79.70 .37 .07 1.3 10*9.7 991.3 79.1

1.9 *.03 .39 1.3 .3 8.7* .3 .* 1.13 11*.1 83.1 *88.

1.9 *.03 .39 1.3 .3 10.79 .39 .9 1.00 10389.0 77.1 *.8

1.9 *.03 .39 1.3 .3 3*3.09 .3 .1 0.91 9937.9 70*. *0.0

1.7 .81 . 1.7 .3 79.70 .*7 1.88 1. 1119*.* 919. 7.8

1.7 .81 . 1.7 .3 **.7 .*3 .13 1.9 10389.0 837. *88.

1.7 .81 . 1.7 .3 8.7* .*3 .3 1.3 979.8 77.1 *9.1

1.7 .81 . 1.7 .3 10.79 .*7 .7 1.08 8990.* 701.3 91.*

1.7 .81 . 1.7 .3 3.31 .73 .00 1.0* 8339. *33.0 .9

0.79 *.99 1.7 - - 13.70 0.*8 0.7 0. 0.9 190.1 11.

1.3 19.0 .18 1.3 . 99.81 .77 .19 1. *7*. *7. 1*.

1.3 19.0 .18 1.3 . 390.* .73 .*9 1.3 78.* 37. 3.*

1.3 19.0 .18 1.3 . 31.9 .83 .07 1.0 8*.1 38.1 313.*

1.3 19.0 .18 1.3 . *3.8 .3 .* 0.9 378. 3.8 *0.

1.3 19.0 .18 1.3 . 1.07 .1 .87 1.19 387. 8*.7 .9

0.*3 1.91 1.7 - - 1.9 0.7 0.83 0.1 11.9 18.8 103.9

1.3 1*.8 .0 1.3 . 70.*9 .3* .0 1.03 **.8 80. 1.

1.3 1*.8 .0 1.3 . 38.79 .39 .*3 0.98 8.0 *.8 09.7

1.7 13.9 .0 1.7 . .73 .7 .*3 1.0 *.* 08.1 *.

1.7 13.9 .0 1.7 . 1.1 .9 .77 1.13 *3.0 9.0 .3

1.7 13.*1 .8* 1.7 . 91.88 .1 .13 0.9 *8. *. .9

1.7 13.*1 .8* 1.7 . 7.91 .1* .* 0.87 18. .3 13.7

1070* 1*.1 1.91 0.79 1.9 13.0 1.09 1.8 0.9 9*9.8 11. 9.

1.7 1.07 .8* 1.7 . 1.8 .*3 .7 1.0 1977.1 *. .9

1.7 1.07 .8* 1.7 . 78.73 .73 .9 1.33 1798.1 3. 01.*

1.7 9.83 .70 1.7 . *.*9 .83 .97 1.8 1*. 188. 1*.3



1.7 9.83 .70 1.7 1.91 7.88 . .* 1.18 108. 1*7.1 13.

1.7 9.83 .70 1.7 1.91 0.7 .9 .39 1.* 1030.* 18.8 1*.

0.9 11.11 0.38 0.9 1.9 17.1 1.79 1.83 0.73 778.3 10.9 10.

US Un$t

tr$c !5 Sect$!n A ' i s ( ) (

DISTANE Ma=. 4#(e. N!"$na# .(. S&ear en- PNA M!"ent !5 P#at$c Sect$!n

ne r$6 4a- ?$(&t ter /!cat$!n /!cat$!n Inert$a M!d# M!d#

, T * tener 6er 5t ( #o (2 I' ' S'

$n $n $n $n #+ $n $n $n

@ 8 1 1@ 8 1 7@1* @ 8 1 0 0.798 0.8 0.388 303 *8. .8

@ 8 1 1@ 8 1 7@1* @ 8 1 30 0.777 0.7*7 0.90 39 7. 3*.

@ 8 1 1@ 8 1 7@1* @ 8 1 .9 0.787 0.89* 0.0 1 0.3 3.0

1@ 9 @ 3 1 1@ 8 1@ 7@ 8 0 0.*73 0.*18 0.** 1* .* 7.0

1@ 9 @ 3 1 1@ 8 1@ 7@ 8 0.*73 0.73* 0.0 133 9. 3.1

1@ 9 @ 3 1 1@ 8 1@ 7@ 8 0.7 0.*98 0.870 0. 19 .3 1.

7@1* 8 1 7@1* @ 3 0 0.*39 0.*9 0.39 10 *.* 0.7

7@1* 8 1 7@1* @ 3 0.*17 0.393 0.** 91. .0 18.

7@1* 8 1 7@1* @ 3 0 0.*0* 0.*7 0.9 78.9 19. 1.8

7@1* 8 1 7@1* @ 3 1. 0.*3 0.79* 0. *7.3 1.8 1.

7@1* 7 1@ 8 1@1* 7@1* @ 3 0 0.8 0.1 0. *0.9 1*.8 1.

7@1* 7 1@ 8 1@1* 7@1* @ 3 1 0.8* 0.*8 0.3 1.0 1. 11. 7@1* 7 1@ 8 1@1* 7@1* @ 3 1.3 0.*01 0.73 0.17 37.9 1. 10.*

@ 8 * 1@ 8 1@1* @ 8 @ 3 18.7 0.* 0.31 0.3 33.0 1.8 11.0

@ 8 * 1@ 8 1@1* @ 8 @ 3 1.7 0. 0.*03 0.1 *.1 10.9 9.0

@ 8 * 1@ 8 1@1* @ 8 @ 3 11. 0.71 0.*97 0.09 .* 9. 8.13

@ 8 1@ 3 7@ 8 @ 8 @ 8 1. 0. 0.8 0. 3. 8.30 *.9

$n3 $n $n

&HANNELS AMERIAN STANDARDD$"en$!n



@ 8 1@ 3 7@ 8 @ 8 @ 8 9.8 0.30 0.*37 0.0 1. 7.1 *.08

@1* 3 @ 8 1@1* @1* @ 8 1 0.13 0.80 0.17 17.3 7.* .80

@1* 3 @ 8 1@1* @ 8 @ 8 10. 0.399 0.38* 0. 1. *.1 .0*

@1* 3 @ 8 1@1* @1* @ 8 8. 0.11 0.99 0.198 1.1 .1 3.8

@1* 1@ @ 3 @1* @ 8 9 0.378 0.37 0.* 8.90 3.* .*

@1* 1@ @ 3 - - *.7 0.383 0. 0.17 7.39 .1 .00

@1* @ 8 11@1* @1* @ 8 7. 0.39 0.8* 0.*3 3.9 .81 .9

@1* @ 8 11@1* - - .3 0.37 0.0 0.31 .8 .* 1.9

1@ 3 1 @ 8 11@1* - - * 0.3 0. 0.91 .07 1.7 1.8

1@ 3 1 @ 8 11@1* - - 0.38 0.9 0.3 1.8 1.0 1.3

1@ 3 1 @ 8 11@1* - - 3.1 0.3* 0.3*1 0.83 1.** 1.0 1.10

@ 8 1 1@3 1 @8 @ 8 1 8 0.8* 0.*9 0.37 *7* 93.* 7.1

@ 8 1 1@3 1 @8 @ 8 1 1.9 0.88 0.797 0.3 *7 8*. *9.7

@ 8 1 1@3 1 @8 @ 8 1 3.8 0.8** 0.909 0.7 78 78.3 *3.

@ 8 1 1@3 1 @8 @ 8 1 3.7 0.877 0.9*9 0.37 3 73.3 *1.*

@ 8 10 1@3 1 @8 @ 8 1 0 0.973 0.81 0.*3 13 *0. 38.3

@ 8 10 1@3 1 @8 9@1*

1 30 0.9* 1.0 0.30 7 0.9 3.0

@ 8 10 1@3 1 @8 9@1* 1 0.980 1.1* 0.93 3*. 8.8

@ 8 10 1@3 1 @8 9@1* 1 1.8 1.00 1.3 0.8 9 3.1 *.8

11@1* 9 @8 1 @1* 11@1* 1 0 1.0 0.731 0.*10 *9 *.1 33.9

11@1* 9 @8 1 @1* 11@1* 1 3 1.03 0.833 0.39 1.7 3.0 11@1* 9 @8 1 @1* 11@1* 1 30 1.03 0.9 0.388 3 37. 9.0

11@1* 9 @8 1 @1* 11@1* 1 1.0 1.07 0.3* 1* 3.8 *.1

11@1* 9 @8 1 @1* 11@1* 1 1 1.08 1.18 0.31* 0 9. .8

@1* 10 @8 11@1* - - 10.* 0.*9 0.83 0.19 .3 11.* 9.

9@1* 7 1@ 1 1@3 9@1* 7@ 8 31.1 1.09 0.8*3 0.*01 18 8.9 1.

9@1* 7 1@ 1 1@3 9@1* 7@ 8 .* 1.08 1.0* 0.390 19 .3 7.8

9@1* 7 1@ 1 1@3 9@1* 7@ 8 8. 1.1 1.1 0.31 17 9.* .

9@1* 7 1@ 1 1@3 9@1* 7@ 8 0.9 1.0 0.*3 110 .8 .0

9@1* 7 1@ 1 1@3 9@1* 7@ 8 0.990 1.1 0.3*8 10 .* 0.

1@ 3 8 @8 11@1* / / 8.3 0.83 0. 0.1 .0 7.8* *.30

9@1* * @8 1 @1* 9@1* 7@8 .3 0.970 0.98* 0.311 88.0 . 19.*

9@1* * @8 1 @1* 9@1* 7@8 .9 0.981 1.03 0.8* 8.0 . 18.9

1@ @8 1 @1* 1@ 7@8 .8 1.01 1.03 0.31 *.8 18.8 1*.0



1@ @8 1 @1* 1@ 7@8 1.3 1.0 1.09 0.339 *1.* 18.0 1.3

1@ @3 1 1@8 1@ 7@8 0 0.830 0.83 0.*3 3. 1*. 1.*

1@ @3 1 1@8 1@ 7@8 18.7 0.839 0.889 0.31 . 1.3 1.1

@1* * 1@ @3 @1* @8 8. 0.38 0.3 0.1 . *.91 .8

1@ 3 @3 1 1@8 1@ 7@8 .7 1.03 1.01 0.37 37. 1*. 1.*

1@ 3 @3 1 1@8 1@ 7@8 19.1 1.08 1.1 0.*7 3. 13. 1.

1@ 7@8 1 1@1* 1@ 7@8 18 1.1 1.17 0.* 9.7 11. 9.91

1@ 7@8 1 1@1* 1@ @3 1*. 0.97 0.90 0.3*3 *.0 10. 8.*8

1@ 7@8 1 1@1* 1@ @3 1.1 0.930 0.98 0.7 .0 9.*9 8.

@8 3 @8 @1* @8 @8 1 0.703 0.7 0.9 18.7 7.8 *.3







A ' i s - ) -

Rad$ !5 M!"ent !5 P#at$c Sect$!n Rad$ !5

yrat$!n Inert$a M!d# M!d# yrat$!n

R' I/ / S/ R/

c" c"

1. 37.9 1.9 *1.9 .1.8 83. 11.* . .

13. 8.3 10.1 1.0 .

10.9 1.9 71.0 .8 1.9

11. 18*.1 *.9 0.8 .0

11.7 1*1. 7. 8. .0

8.7 1*3.0 *1.9 7.0 1.7

8.9 19.9 . 3. 1.7

9. 117.0 33.3 1.* 1.8

9.8 93.9 8. 19.0 1.8

8. 100.7 30. 19. 1.*

8.* 80. .* 1*.* 1.7

8.8 7. .0 1.8 1.7

7. 8.3 .* 1*.* 1.

7.* *.7 8. 13.0 1.*

7.9 3.9 .9 1.8 1.*

*.* 38.7 .3 11. 1.

*.9 30. 0.* 10. 1.

.3 3.7 . 10. 1.

.* *.0 18.8 9. 1.

.9 8.8 1*. 8.1 1.3

3.* *. 1.0 7.3 1.

.0 19.9 1. *. 1.

.7 18.0 11.3 .* 1.1

c"3 c" c"



3.0 1. 9. 3.* 1.1

.7 1.7 8.9 3.3 1.1

.8 10. 7.* .8 1.0

.0 8. *.* . 1.0

1*.0 730.9 1*.9 87. .*1*. *8.* 139.* 8.1 .*

1*.7 *8. 18.0 79.0 .7

1*.9 99.3 1.7 7*.9 .7

11.7 *8*.8 1*. 78. .7

1. 70. 130.3 *9.8 .7

1.* 1.0 10. *.3 .8

1.9 373. 13. *.3 .8

10.9 73. 1*7.1 9.* .8

11.1 *7.* 1. 87. .8

11. 9. 130.8 81.9 .8

11.7 8.* 19.* 7*. .8

1.0 370. 11.9 71.9 .8

10.7 1.9 10. .1 0.9

9. *7.* 13.7 80.0 .9

9. 39.3 1.1 71.8 .9

9.9 373. 111.9 *.9 .0

9.8 0.9 8.3 39. .

10.1 70.* 79.* 3.9 .

9. 1.7 9.0 3.3 0.9

8.7 18.3 8.7 39. .*

8.8 00. 8.8 38.0 .*

7.8 93. 80.0 3*. .*

8.0 7*.3 77. 33.9 .*

7.7 18*.1 8. .* .

7.8 173.8 *.3 . .

7.7 *.1 13. 7.1 1.

*.8 0.3 79.* 3*.7 .7

7.0 3. 71.1 3.1 .*

*.0 3*.8 *7.8 30.* .7



.9 19.0 .1 0. .

*.0 13*.1 39. 8.7 .

.8 77.8 9. 17.0 1.8

A ' i s - ) -

Rad$ !5 M!"ent !5 P#at$c Sect$!n Rad$ !5

yrat$!n Inert$a M!d# M!d# yrat$!n

R' I/ / S/ R/

$n $n

.3 11.0 8.17 .78 0.8*7

.33 9. *.87 .7 0.88*

.* 8.1 *. .11 0.903

3.9 .13 3. .0* 0.7*

3.3 3.37 .83 1.88 0.780

3.*1 .88 .39 1.7 0.799

.3 .93 .78 1.* 0.**9

. .* .19 1.38 0.*7*

.** .81 .71 1. 0.*9

.87 .8 . 1.1* 0.71

. .3 .37 1.17 0.*3

.30 1.9 .0 1.01 0.**1

.38 1.7* 1.9 0.9* 0.**9

.8 1.98 .17 1.01 0.99

.99 1. 1.7 0.83 0.*1

.11 1. 1.8 0.781 0.*

.*0 1.17 1.3 0.70 0.71

$n3 $n $n



.7 0.9*8 1.* 0.* 0.81

.1 1.0 1.* 0.*3 0.

. 0.8** 1.1 0.*3 0.9

.3 0.*9 0.99 0.39 0.7

1.8 0.* 0.918 0.30 0.389

1.9 0.379 0.7* 0.78 0.39

1.37 0.3 0.*97 0.3 0.30

1.* 0.19 0.*9 0.8 0.339

1.08 0.0 0.33 0.*8 0.31*

1.1 0.37 0.3** 0. 0.310

1.17 0.197 0.301 0.0 0.303

*.9 17.8 9.93 . 1.0

*.31 1*.3 9.1 .07 1.03

*.* 1.1 8.3 3.8 1.0*

*.*3 13.3 8.10 3.*9 1.07

3.* 1*. 10.1 3.79 1.0*

3.8 1.7 8.7 3.* 1.08

3.9 1. 7.9 .99 1.10

.0* 11.3 7.*0 .81 1.11

3.8 17.3 10. .* 1.09

3.* 1.8 9. . 1.093.3* 13. 8.9 .00 1.10

3.9 1.7 7.91 3.*7 1.11

3.71 11. 7.33 3.9 1.1

3. 0.8 0.*9 0.10 0.1

.*1 1.8 8.71 3.88 1.13

.7 1. 7.1 3.8 1.1*

.89 11.3 *.8 3.0 1.17

.87 7. .1 .00 1.00

.99 *.0 3.8* .80 1.00

.*1 0.8 0. 0.70 0.*

.3 7.* . .0 1.01

.38 7. .0 .9 1.01

.09 7.07 3.88 .83 1.0



.1 *.*3 3.71 .73 1.0

.0 3.37 .7 .0 0.87

.09 3.0 .33 1.97 0.873

.0 0.*8 0.88 0.33 0.01

.*7 7.9 3.8* .8 1.0

.77 *.11 3.3 .7 1.03

.7 .9 3.13 .38 1.0*

. .8 .18 1.83 0.89

.7 .1 .00 1.7 0.889

.0 1.87 1.79 1.03 0.78







BSBritish Stan"ar"

S!rce >

:AND'OO O4 STRUTURA/ STEE/?OR, rd Ed$t$!n

!$nt#y 6+#$&ed +y>

T&e 'r$t$& !ntrct$!na# T&e Stee# !ntrct$!n Int$tte

Stee#<!r% A!c$at$!n /td S$#<!!d Par%

3 ?&$te&a## !rt Ac!t/!nd!n S?1A ES S/ 7KN

Sect$!n Ma Rad$ Area D$"en- Sec!nd M!"ent Rad$ E#at$c T!r$!na# EJ$;a#ent

De$(nat$!n 6er !5 $!n !5 Area !5 yrat$!n M!d# !ntant S#enderne

S$Le T&$c%ne Metre R!!t T!e Sect$!n A=$ A=$ A=$ A=$ A=$ A=$ A=$ !e55$c$ent

=-=, y-y - ;-; =-=, y-y - ;-; =-=, y-y

A = A t c

"" "" %(@" "" "" c" c" c" c"

00 = 00 3 71.1 18.0 9.00 90.* .83 0 80 180 *.0* 7.*3 .90 18 .0

0 9.9 18.0 9.00 7*. .*8 80 30 1170 *.11 7.70 .9 199 107 .0

18 3. 18.0 9.00 *9.1 .*0 *00 310 100 *.1 7.7 .90 181 78.9 .3

1* 38. 18.0 9.00 *1.8 . 30 70 9*0 *.1* 7.7* .93 1* *.1 .8

10 = 10 18 30.1 1*.0 8.00 1. 3.8 10*0 1*80 330 3. .7 .9 99.8 8.* .38

1 .8 1*.0 8.00 3.0 3. 898 130 70 3.7 .7* .9 8. 3.* .01

1 7. 1*.0 8.00 3.8 3.1 77 1170 0 3.*0 .80 .9 *7.7 18. .7710 .0 1*.0 8.00 9. 3.0 *3 990 8 3.* .8 .97 *.9 10.80 3.1

10 = 10 1 *.* 1.0 *.0 3.0 . 338 710 18* .* 3.7 .3 .8 7.0 .7

1 1.* 1.0 *.0 7. .30 *8 83 1 .* 3.*0 . 3.7 13. .99

10 18. 1.0 *.0 . .1 1 397 19 .*7 3.* .* *.0 8.31 .*1

8 13.7 1.0 *.0 18.8 .3 9 311 107 .71 3.*7 .8 9. 3.33 3.*

100 = 100 1 1.9 1.0 *.00 8.0 .0 0 9 10 .99 .7* 1.93 .8 . 1.9

1 17.8 1.0 *.00 .7 .90 07 8 8.7 .0 .80 1.93 9.1 11.8 .33

10 1.0 1.0 *.00 19. .8 177 80 7.0 .03 .8 1.9 3.* *.97 .93

8 1. 1.0 *.00 1. .73 13 0 9.9 .0* .8 1.9* 19.9 .*8 .70

90 = 90 1 1.9 11.0 .0 0. .** 139 *.0 .71 .30 1.7 . 10.3* .17

10 1.3 11.0 .0 17.1 .8 17 01 .* .7 .3 1.7 19.8 *.0 .*3

8 10.9 11.0 .0 1.9 .0 103 1** 3.1 .73 .3 1.7* 1*.1 .8 .

7 9.*1 11.0 .0 1. .3 9.* 137 8. .7 .3* 1.77 13.1 .3 .80

80 = 80 10 11.9 10.0 .00 1.1 .3 87. 19 *.3 .31 .0 1. 1.3 .3 .8 9.* 10.0 .00 1. .* 7. 11 9.9 .3 .0* 1.* 1.* .88 .93

7 = 7 8 8.99 9.00 3.0 11.3 .13 9.1 9.8 3. .7 .8* 1.3* 11.0 .* .7*

* *.8 9.00 3.0 8.7 .0 3.8 7.7 18.9 .9 .89 1.37 8.31 1.17 .70

70 = 70 7 7.8 9.00 3.0 9.30 1.97 3. *7.1 17. .1 .*7 1.* 8.31 1.*9 .9

* *.8 9.00 3.0 8.1 1.9 *.9 8. 1. .1 .*8 1.7 7.7 1.09 .31

* = * 7 *.8 9.00 3.0 8.7 .0 .3 .0 1.8 1.9* .37 1.* 7.18 1.8 .*7

*0 = *0 8 7.09 8.00 3.00 9.0 1.77 9. 3*.1 1. 1.80 .* 1.1* *.89 .09 .13

* .3 8.00 3.00 *.91 1.*9 .8 *.1 9.33 1.8 .9 1.17 .9 0.9 .90

3.7 8.00 3.00 .8 1.*3 19.3 0.7 8.0 1.8 .0 1.17 3.3 0.0 .38

0 = 0 * 3.37 7.00 .0 .*9 1.3 1.8 0. .3 1.0 1.89 0.9*8 .*1 0.7 .8

.77 7.00 .0 3.80 1.30 11.0 17.3 3. 1.1 1.90 0.97 .0 0.30 .88

3 .0* 7.00 .0 .89 1.* 8.97 13. .7 1. 1.91 0.979 .3* 0.30 .7

3 = 3 3. .0* 7.00 .0 .90 1. 7.13 11.3 .93 1. 1.71 0.870 .0 0.03 .83

30 = 30 .97 *.00 .00 .79 1.1* .3 8.*0 .* 1.0 1.1 0.77 1.91 0. .*3 .3 *.00 .00 .08 1.1 3.37 7.09 1.8* 1.1 1. 0.777 1. 0.188 .8

= 3 .09 .00 .0 .*7 1.00 .9 3.*8 1. 1.0 1. 0.*78 1.18 0.18 .0

0 = 0 3 1.78 .00 .0 .7 0.878 1.80 .8 0.73 0.89 1.1 0.77 0.80 0.17 .07

1.* .00 .0 1.73 0.8 1.30 . 0.8 0.899 1.1 0.81 0.*39 0.0*1 .7

= 3 1.3 .0 1.7 1.8 0.7* 1.0 1.*1 0.30 0.731 0.91 0.38 0.8* 0.1070 1.7

1.1 .0 1.7 1.3 0.7 0.80 1.7 0.3 0.71 0.93 0.383 0.3 0.037 .8

0 = 0 0.88 .0 1.7 1.1 0.98 0.9 0.*18 0.1* 0.90 0.73 0.8 0.79 0.08 1.81

N!t a;a$#a+#e 5r!" !"e #ead$n( 6r!dcer. &ec% a;a$#a+$#$ty.

&ec% a;a$#a+$#$ty.

c $ t&e d$tance 5r!" t&e +ac% !5 t&e #e( t! t&e centre !5 (ra;$ty.

4OR EP/ANATION O4 TA'/ES SEE NOTES AND

r 1

r

φa

c" c"3 c"3 c"3 c" c"3

Documents

Rangka Atap Baja -Tipe 2