Columna Aisc Ok
20
No PROY. DEPTO: EJEMPLO DE APLICACIÓN DE CALCULO DE COLUMNA DE ACERO POR ESFUERZOS ELABORO : PR-No- PERMISIBLES POR EL MANUAL IMCA . FECHA : (Rev. 0) HOJA IMCA 3- edición 1.0- Elementos mecánicos MOMENTOS M X (EJE FUERTE)= 593,000 kg-cm M Y (EJE DEBIL)= 50,000 kg-cm Y Vy= 5,000 kg MY CARGA AXIAL P= 20,000 kg 2.0- Propiedades de la sección MX PERFIL # 48 (IR o CE) IR SECCIÓN IR305X59.8 kg/m W12X40 d = 30.3 cm tw = 0.75 cm Vy tf= 1.31 cm bf= 20.30 cm 1.14 **** NOTA : A= 76.1 cm2 5.4 cm Mx=Momento aplicado alrededor del ej rx= 13 cm My=Momento aplicado alrededor del ej ry= 4.9 cm Sx = 850 Vy= Fuerza cortante aplicada en la d Sy= 180 L = 250 cm Lsx = 250 cm Lsy= 250 cm Cb = 1 Cmx 1 Cmy 1 Fy = 2,530 Es = 2,040,000 Kx= 1 Ky= 1 3.0- Revisión de la relacion de esbeltez de la columna Se tiene que cumplir que : Sección 1.8.4 kl 200 vol . 1 r 1 * 250 = 51 cumple con la relacion de esbeltez 4.9 4.0- Obtención del esfuerzo permisible a compresión (Fa). Revision relacion ancho - espesor Sección 1.9.1.2 - b = 20.30 = 7.75 < 800 = 16.0 vol . 1 2 tf 2.62 fy ok d/Af = cm -1 rT = cm 3 cm 3 kg/cm 2 kg/cm 2 £
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Transcript of Columna Aisc Ok
No PROY.
DEPTO:
EJEMPLO DE APLICACIÓN DE CALCULO DE COLUMNA DE ACERO POR ESFUERZOS ELABORO :
PR-No- PERMISIBLES POR EL MANUAL IMCA . FECHA :
(Rev. 0) HOJA DE
IMCA 3- edición 1.0- Elementos mecánicos
MOMENTOS M X (EJE FUERTE)= 593,000 kg-cm
M Y (EJE DEBIL)= 50,000 kg-cm
Y
Vy= 5,000 kg MY
CARGA AXIAL P= 20,000 kg
2.0- Propiedades de la sección MX X
PERFIL # 48
(IR o CE) IR
SECCIÓN IR305X59.8 kg/m
W12X40
d = 30.3 cm
tw = 0.75 cm Vy
tf= 1.31 cm
bf= 20.30 cm
1.14 **** NOTA :
A= 76.1 cm2
5.4 cm Mx=Momento aplicado alrededor del eje x
rx= 13 cm My=Momento aplicado alrededor del eje y
ry= 4.9 cm
Sx = 850 Vy= Fuerza cortante aplicada en la dirección del eje y
Sy= 180
L = 250 cm
Lsx = 250 cm
Lsy= 250 cm
Cb = 1
Cmx 1
Cmy 1
Fy = 2,530
Es = 2,040,000
Kx= 1
Ky= 1
3.0- Revisión de la relacion de esbeltez de la columna
Se tiene que cumplir que :
Sección 1.8.4 kl 200
vol . 1 r
1 * 250 = 51 cumple con la relacion de esbeltez
4.9
4.0- Obtención del esfuerzo permisible a compresión (Fa).
Revision relacion ancho - espesor
Sección 1.9.1.2 - b = 20.30 = 7.75 < 800 = 16.0
vol . 1 2 tf 2.62 fy
ok
d/Af = cm-1
rT =
cm3
cm3
kg/cm2
kg/cm2
£
No PROY.
DEPTO:
EJEMPLO DE APLICACIÓN DE CALCULO DE COLUMNA DE ACERO POR ESFUERZOS ELABORO :
PR-No- PERMISIBLES POR EL MANUAL IMCA . FECHA :
(Rev. 0) HOJA DE
Factor reductivo Qs (en caso de ser necesario)
Sección C2 Qs = 1.415 - 0.00052 b Fy = no procede
IMCA vol 2. t
Factor reductivo(Qs) = 1.00
Qs = 1410000 = no procede
b 2 * Fy
t
Cc= = 2 * * E = 126 > 51
Q s Fy 1.00 * 2,530
Por tanto el esfuerzo permisible a compresion será :
Sección C5 Qs 1 - Fy 1.00 1 - 2603 2,530
IMCA vol 2. Fa= = 31832 =
5 + 3(kl/r) - 5 + 153 - 132810
3 8 Cc 3 1009 ###
Fa= 1283 kg/cm2
Fa= = no aplica
Qa= 1 Para miembros no atiesados .
fa= P = 20,000 = 263 kg/cm2 < 1283 kg/cm2
A 76.1
Sección 1.5.1.4.1 5.0- Revisión a flexión con respecto al eje fuerte de la columna (eje x) .
SE REVISARA SI LA SECCION ES COMPACTA ( solo para secciones IR)
- b = 20.30 = 7.75 < 545 = 10.835
2 tf 2.62 fy
patín compresión
fa = 263 = 0.10 < 0.16
Fy 2,530
- d = 27.68 = 36.907 < 65.284
t w 0.75
alma
< 637 bf = 12931.1 = 257 cm
fy 50.2991
Lsx = 250 cm
< 1E+06 = 1E+06 = 489 cm
(d/Af )Fy 2884.2
LA SECCION ES COMPACTA- Fb=0.66Fy Fb= 1670 kg/cm2
2 p 2 E p2
(kl/r)2
2Cc2
(k l / r ) 3
8Cc 3
1 2 p 2 E
23 (kl/r)2
No PROY.
DEPTO:
EJEMPLO DE APLICACIÓN DE CALCULO DE COLUMNA DE ACERO POR ESFUERZOS ELABORO :
PR-No- PERMISIBLES POR EL MANUAL IMCA . FECHA :
(Rev. 0) HOJA DE
Sección 1.5.1.4.5 Obtención del esfuerzo permisible Fb ( en caso de que proceda)
A = = 1 = 53.2
Fy 2,530
B = = 1 = 119.1
Fy 2,530
0.6 Fy = 0.6 * 2,530 = 1,518 NO APLICA
46.3
53.2 > 46.3 < 119.1 NO APLICA
Fb = 2 Fy Fy
3
Fb = 2 2,530 * 46.3 * 2,530 = NO APLICA
3 1
46.3 < 119.1 NO APLICA
Fb =
Fb = 1 = NO APLICA
46.3
Fb =
Fb = 1 = 2,961 NO APLICA
250 1.14
F b x (Eje fuerte) = 1670
Adicionalmente :
Sección C2 b = 20.30 = 7.75 < 800 = 16
IMCA vol 2. 2 tf 2.62 F y
patín compresión
NO SE REDUCIRA Fb
Factor reductivo (Qs) = 1.00
Fbx (eje fuerte)= 0.6 Fy Qs = 0.6 * 2,530 * 1.00 = NO APLICA
F b x ( eje fuerte)= 1670
717 x 104 Cb 717 x 104 *
3590 x 104 Cb 3590 x 104 *
Fb = kg/cm2
Lsx / rT =
(Lsx/rT)2
1080 x 105 Cb
kg/cm2
1080 x 105 *
120 x 105 Cb
(Lsx / rT)2
120 x 105 * kg/cm2
844 x 103 Cb
Lb (d / Af)
844 x 103 * kg/cm2
kg/cm2
kg/cm2
kg/cm2
2
*
No PROY.
DEPTO:
EJEMPLO DE APLICACIÓN DE CALCULO DE COLUMNA DE ACERO POR ESFUERZOS ELABORO :
PR-No- PERMISIBLES POR EL MANUAL IMCA . FECHA :
(Rev. 0) HOJA DE
6.0- Revisión a flexión con respecto al eje débil de la columna (eje y) .
Evaluando:
b = 20.30 = 7.75 < 545 = 10.835
2 tf 2.62 Fy
545 = 10.835 < > 797 = 15.845 NO APLICA
Fy Fy
Sección 1.5.1.4.3 Fb=0.75 Fy = 0.75 * 2,530 = 1897.5
Fb= Fy 1.075 - 0.000596 bf Fy NO APLICA2tf
Fb= 2,530 1.075 - 0.00059 * 20.30 * 2,530 = NO APLICA2.62
Sección 1.5.1.4.5 Fb= 0.6 Fy = NO APLICA
F b y ( eje debil) = 1898
7.0- Determinación de esfuerzos actuantes .
fa= P = 20,000 = 262.81A 76.1
fbx= Mx = 593,000 = 697.65Sx 850
fby= My = 50,000 = 277.78Sy 180
8.0- Determinación de esfuerzos permisibles de Euler .
Sección 1.6.1Fe'x = = 12 * * E = 28405
23 kx Lsx 23 * 19 2rx
Fe'y = = 12 * * E = 403523 ky Lsy 23 * 51 2
ry
kg/cm2
kg/cm2
kg/cm2
kg/cm2
kg/cm2
12 p2 E p2 kg/cm2
12 p2 E p2 kg/cm2
2
2
No PROY.
DEPTO:
EJEMPLO DE APLICACIÓN DE CALCULO DE COLUMNA DE ACERO POR ESFUERZOS ELABORO :
PR-No- PERMISIBLES POR EL MANUAL IMCA . FECHA :
(Rev. 0) HOJA DE
9.0- Revisión de esfuerzos combinados.Sección 1.6.1 f a = 263 = 0.2048 > 0.15
Fa 1283.4
fa + fbx + fby 1.00 NO RIGEFa Fbx Fby
262.81 + 697.65 + 277.78 = 0.77 ............................................ NO RIGE1283.4 1670 1898
fa + Cmx fbx + Cmy fby RIGEFa 1 - fa Fbx 1 - fa Fby
F'ex F'ey
262.81 + 1 * 697.6 + 1 * 277.78 = 0.78 ............ PASA1283.4 1 - 262.81 1670 1 - 262.81 1898
28405 4035.48
fa + fb x + fb y 1.00 RIGE0.6 Fy Fb x Fb y
262.81 + 697.65 + 277.78 = 0.74 ............. PASA1518 1670 1898
SECCION 1.5.1.2.1 10 Revision por cortante.
Fv= 0.4 Fy
Esfuerzo actuante.
fv= V = 5,000 = 220d tw 22.725
220 = 0.22 < 1.00 ............ PASA1012
£
£
kg/cm2
No PROY.
DEPTO:
EJEMPLO DE APLICACIÓN DE CALCULO DE COLUMNA DE ACERO POR ESFUERZOS ELABORO :
PR-No- PERMISIBLES POR EL MANUAL IMCA . FECHA :
(Rev. 0) HOJA DE
PERFIL PERALTE ALMA PATIN EJE X EJE Y
I.M.C.A. A.I.S.C. d tw bf tf AREA rT IX SX rx IY SY ry d/Af k Comercial
mm mm mm mm cm cm cm mm mm
2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
1 IR102X19.4 W4X13 106 7.1 103 8.8 24.7 2.8 470 89 4.4 161 31 2.5 1.17 17 11 0
2 IR127X23.7 W5X16 127 6.1 127 9.1 32.3 3.5 887 140 5.4 313 49 3.2 1.1 19 11 0
3 IR127X28.1 W5X19 131 6.9 128 10.9 35.7 3.5 1091 167 5.5 380 60 3.3 0.94 21 11 0
4 IR152X13.6 W6X9 150 4.3 100 5.5 17.3 2.6 683 91 6.3 91 18 2.3 2.74 14 10 1
5 IR152X18 W6X12 153 5.8 102 7.1 22.9 2.7 920 120 6.3 124 25 2.3 2.12 16 10 1
6 IR152X24 W6X16 160 6.6 102 10.3 30.6 2.7 1336 167 6.6 184 36 2.5 1.51 19 11 1
7 IR152X22.4 W6X15 152 5.8 152 6.6 28.6 4.1 1211 159 6.5 388 51 3.7 1.51 16 10 0
8 IR152X29.7 W6X20 157 6.6 153 9.3 37.9 4.2 1723 220 6.8 554 72 3.8 1.11 19 11 0
9 IR152X37.2 W6X25 162 8.1 154 11.6 47.4 4.2 2223 274 6.9 712 92 3.9 0.91 21 11 0
10 IR203X15 W8X10 200 4.3 100 5.2 19.1 2.5 1282 128 8.2 87 17 2.1 3.85 16 11 1
11 IR203X19.4 W8X13 203 5.8 102 6.5 24.8 2.6 1648 162 8.2 114 22 2.1 3.08 17 11 1
12 IR203X22.5 W8X15 206 6.2 102 8 28.6 2.6 1998 193 8.4 142 28 2.2 2.52 19 13 1
13 IR203X26.6 W8X18 207 5.8 133 8.4 33.9 3.5 2576 249 8.7 332 50 3.1 1.85 19 11 1
14 IR203X31.2 W8X21 210 6.4 134 10.2 39.7 3.6 3134 298 8.9 407 61 3.2 1.55 21 13 1
15 IR203X35.9 W8X24 201 6.2 165 10.2 45.7 4.5 3446 342 8.7 762 92 4.1 1.2 22 14 0
16 IR203X41.8 W8X28 205 7.2 166 11.8 53.2 4.5 4079 398 8.8 903 109 4.1 1.04 24 14 0
17 IR203X46.2 W8X31 203 7.2 203 11 58.9 5.5 4579 451 8.8 1544 152 5.1 0.91 24 14 0
18 IR203X52.2 W8X35 206 7.9 204 12.6 66.5 5.6 5286 511 8.9 1773 174 5.2 0.81 25 14 0
19 IR203X59.3 W8X40 210 9.1 205 14.2 75.5 5.6 6077 582 9 2044 200 5.2 0.72 27 16 0
20 IR203X71.4 W8X48 216 10.2 206 17.4 91.0 5.7 7659 710 9.2 2535 246 5.3 0.6 30 16 0
21 IR203X86.6 W8X58 222 13 209 20.6 110.3 5.7 9490 852 9.3 3126 300 5.3 0.52 33 17 0
22 IR203X99.8 W8X67 229 14.5 210 23.7 127.1 5.8 11321 990 9.4 3688 351 5.4 0.46 37 17 0
23 IR254X17.9 W10X12 251 4.8 101 5.3 22.8 2.4 2239 179 9.9 91 18 2 4.67 16 11 1
24 IR254X22.3 W10X15 254 5.8 102 6.9 28.5 2.5 2686 226 10 120 24 2.1 3.64 17 11 1
25 IR254X25.3 W10X17 257 6.1 102 8.4 32.2 2.6 3409 265 10.3 148 29 2.1 3.01 19 13 1
26 IR254X28.5 W10X19 260 6.4 102 10 36.3 2.6 4008 308 10.5 176 35 2.2 2.54 21 13 1
27 IR254X32.9 W10X22 258 6.1 146 9.1 41.9 3.8 4912 380 10.8 475 65 3.4 1.93 19 13 1
28 IR254X38.5 W10X26 262 6.6 147 11.2 49.1 3.9 5994 457 11 587 80 3.5 1.6 22 13 1
29 IR254X44.8 W10X30 266 7.6 148 13 57.0 3.9 7076 531 11.1 695 94 3.5 1.39 24 13 1
30 IR254X49.2 W10X33 247 7.4 202 11 62.6 5.4 7076 574 10.6 1523 151 4.9 1.11 27 17 0
31 IR254X58.2 W10X39 252 8 203 13.5 74.2 5.5 8699 690 10.8 1873 185 5 0.93 29 17 0
32 IR254X67.4 W10X45 257 8.9 202 11 85.8 5.5 10323 805 11 2223 218 5.1 0.8 32 17 0
33 IR254X72.9 W10X49 253 8.6 254 14.2 92.9 7 11321 895 11 3888 306 6.5 0.7 30 17 0
34 IR254X80 W10X54 256 9.4 255 15.6 101.9 7 12612 983 11.1 4287 338 6.5 0.64 32 17 0
35 IR254X89.1 W10X60 260 10.7 256 17.3 113.6 7 14193 1093 11.2 4828 377 6.5 0.59 33 19 0
36 IR254X101.3 W10X68 264 11.9 257 19.6 129.0 7.1 16400 1240 11.3 5577 433 6.6 0.53 35 19 0
37 IR254X114.5 W10X77 269 13.5 259 22.1 145.8 7.1 18938 1408 11.4 6410 493 6.6 0.47 38 21 0
38 IR254X131.2 W10X88 275 15.4 261 25.1 167.1 7.2 22227 1614 11.5 7451 570 6.7 0.42 41 21 0
39 IR254X148.9 W10X100 282 17.3 263 28.4 189.7 7.2 25931 1835 11.7 8616 655 6.7 0.38 44 22 0
40 IR254X166.6 W10X112 289 19.2 265 31.8 212.3 7.3 29802 2065 11.8 9823 742 6.8 0.34 48 24 0
41 IR305X21.1 W12X14 303 5 101 5.7 26.8 2.4 3688 244 11.7 98 20 1.9 0.25 17 13 1
42 IR305X23.9 W12X16 305 5.6 101 6.7 30.4 2.4 4287 280 11.9 117 23 2 4.46 19 13 1
43 IR305X28.2 W12X19 309 6 102 8.9 35.9 2.5 5411 349 12.2 157 31 2.1 2.42 21 13 1
44 IR305X32.8 W12X22 313 6.6 102 10.8 41.8 2.6 6493 416 12.5 194 38 2.2 2.83 22 13 1
45 IR305X38.7 W12X26 310 5.8 165 9.7 49.4 4.4 8491 547 13.1 720 88 3.8 1.95 22 13 1
46 IR305X44.5 W12X30 313 6.6 166 11.2 56.7 4.4 9906 633 13.2 845 102 3.9 1.69 24 13 1
47 IR305X52.2 W12X35 318 7.6 167 13.2 66.5 4.4 11863 747 13.3 1020 122 3.9 1.44 25 14 1
48 IR305X59.8 W12X40 303 7.5 203 13.1 76.1 5.4 12903 850 13 1836 180 4.9 1.14 32 19 1
49 IR305X66.9 W12X45 306 8.5 204 14.6 85.2 5.5 14568 952 13.1 2081 203 4.9 1.03 32 21 1
50 IR305X74.4 W12X50 310 9.4 205 16.3 94.8 5.5 16400 1060 13.2 2343 228 5 0.93 35 21 1
51 IR305X79 W12X53 306 8.8 254 14.6 100.7 6.9 17690 1157 13.3 3987 315 6.3 0.83 32 21 0
k1
cm2 cm4 cm3 cm4 cm3 cm-1
52 IR305X86.1 W12X58 310 9.1 254 16.3 109.7 6.9 19771 1278 13.4 4454 351 6.4 0.75 35 21 0
53 IR305X96.7 W12X65 308 9.9 305 15.4 123.2 8.3 22185 1440 13.4 7242 477 7.7 0.66 33 21 0
54 IR305X106.7 W12X72 311 10.9 306 17 136.1 8.4 24850 1596 13.5 8116 531 7.7 0.6 35 22 0
55 IR305X117.5 W12X79 314 11.9 307 18.7 149.7 8.4 27554 1753 13.6 8991 587 7.7 0.55 37 22 0
56 IR305X129.7 W12X87 318 13.1 308 20.6 165.2 8.4 30801 1934 13.7 10031 651 7.8 0.5 38 22 0
57 IR305X142.8 W12X96 323 14 309 22.9 181.9 8.5 34672 2147 13.8 11238 728 7.8 0.46 41 22 0
58 IR305X158 W12X106 327 15.5 310 25.1 201.3 8.5 38834 2376 13.9 12529 808 7.9 0.42 43 24 0
59 IR305X178.8 W12X120 333 18 312 28.1 227.8 8.6 44537 2671 14 14360 920 8 0.38 46 25 0
60 IR305X202.1 W12X136 341 20.1 315 31.8 257.4 8.7 51613 3048 14.2 16566 1052 8 0.34 49 25 0
61 IR305X226.4 W12X152 348 22.1 317 35.6 288.4 8.7 59521 3425 14.4 18897 1193 8.1 0.31 54 27 0
62 IR305X253.2 W12X170 356 24.4 319 39.6 322.6 8.8 68678 3851 14.6 21519 1349 8.2 0.28 57 29 0
63 IR305X282.6 W12X190 365 26.9 322 44.1 360.0 8.9 78667 4310 14.8 24516 1524 8.3 0.26 62 30 0
64 IR305X313 W12X210 374 30 325 48.3 398.7 9 89073 4785 15 27638 1704 8.3 0.24 67 32 0
65 IR305X342.9 W12X230 382 32.6 328 52.6 436.8 9 100728 5260 15.2 30884 1885 8.4 0.22 70 32 0
66 IR305X375.3 W12X252 391 35.4 330 57.2 478.1 9.1 113215 5785 15.4 34464 2081 8.5 0.21 75 33 0
67 IR305X414.3 W12X279 403 38.9 334 62.7 528.4 9.2 129448 6440 15.6 39000 2343 8.6 0.19 81 35 0
68 IR305X453.8 W12X305 415 41.3 336 68.7 578.1 9.3 147762 7128 16 43704 2606 8.7 0.18 87 37 0
69 IR305X500.4 W12X336 427 45.1 340 75.1 637.4 9.4 168990 7915 16.3 49531 2900 8.8 0.17 94 38 0
70 IR356X32.9 W14X22 349 5.8 127 8.5 41.9 3.2 8283 475 14.1 291 46 2.6 3.23 22 14 0
71 IR356X38.9 W14X26 353 6.4 128 10.7 49.6 3.3 10198 578 14.4 371 58 2.7 2.59 24 14 0
72 IR356X44.8 W14X30 352 6.9 171 9.8 57.1 4.4 12112 688 14.6 816 95 3.8 2.1 24 16 0
73 IR356X50.6 W14X34 355 7.2 171 11.6 64.5 4.5 14152 796 14.8 970 113 3.9 1.79 25 16 0
74 IR356X56.7 W14X38 358 7.9 172 13.1 72.3 4.5 16025 895 14.9 1111 129 3.9 1.59 27 16 0
75 IR356X63.8 W14X43 347 7.8 203 13.5 81.3 5.4 17815 1027 14.8 1881 185 4.8 1.27 33 22 1
76 IR356X71.4 W14X48 350 8.6 204 15.1 91.0 5.4 20187 1152 14.9 2139 210 4.9 1.14 35 22 1
77 IR356X79 W14X53 354 9.4 205 16.8 100.7 5.5 22518 1275 15 2402 234 4.9 1.03 37 24 1
78 IR356X90.7 W14X61 353 9.5 254 16.4 115.5 6.9 26640 1511 15.2 4454 352 6.2 0.85 37 24 0
79 IR356X101.3 W14X68 357 10.5 255 18.3 129.0 6.9 30093 1688 15.3 5036 397 6.2 0.77 38 24 0
80 IR356X110.4 W14X74 360 11.4 256 19.9 140.7 6.9 33132 1835 15.3 5577 436 6.3 0.71 40 24 0
81 IR356X122.1 W14X82 363 13 257 21.7 155.5 7 36711 2016 15.4 6160 480 6.3 0.65 41 25 0
82 IR356X134.2 W14X90 356 11.2 369 18 171.0 10.1 41581 2343 15.6 15068 818 9.4 0.54 35 22 0
83 IR356X147.4 W14X99 360 12.3 370 19.8 187.8 10.2 46202 2573 15.7 16732 905 9.4 0.49 37 22 0
84 IR356X162.1 W14X109 364 13.3 371 21.8 206.5 10.2 51613 2835 15.8 18605 1003 9.5 0.45 40 22 0
85 IR356X178.8 W14X120 368 15 373 23.9 227.8 10.3 57440 3114 15.8 20603 1106 9.5 0.41 41 24 0
86 IR356X196.5 W14X132 372 16.4 374 26.2 250.3 10.3 63683 3425 16 22810 1221 9.6 0.38 43 24 0
87 IR356X216.3 W14X145 375 17.3 394 27.7 275.5 10.9 71175 3802 16.1 28179 1431 10.1 0.34 44 25 0
88 IR356X236.5 W14X159 380 18.9 395 30.2 301.3 10.9 79084 4162 16.2 31134 1576 10.2 0.32 48 25 0
89 IR356X262.3 W14X176 387 21.1 398 33.6 334.2 11 89073 4605 16.3 34880 1753 10.2 0.29 51 27 0
90 IR356X287.7 W14X193 393 22.6 399 36.6 366.5 11 99895 5080 16.5 38751 1950 10.3 0.3 54 27 0
91 IR356X314.0 W14X211 399 24.9 401 39.6 400.0 11.1 110717 5539 16.6 42872 2130 10.3 0.25 57 29 0
92 IR356X346.9 W14X233 407 27.2 404 43.7 442.0 11.2 125285 6145 16.8 47866 2376 10.4 0.23 60 30 0
93 IR356X382.9 W14X257 416 29.8 406 48 487.8 11.3 141518 6800 17 53694 2638 10.5 0.21 65 30 0
94 IR356X421.9 W14X283 425 32.8 409 52.6 537.5 11.3 159832 7522 17.2 59937 2933 10.6 0.2 70 32 0
95 IR356X462.9 W14X311 435 35.8 412 57.4 589.7 11.4 180228 8292 17.5 67013 3261 10.7 0.18 75 33 0
96 IR356X511.5 W14X342 446 39.1 416 62.7 651.7 11.5 203953 9160 17.7 75338 3622 10.8 0.17 79 35 0
97 IR356X552 W14X370 455 42 418 67.6 703.3 11.6 226429 9947 18.0 82830 3949 10.8 0.16 84 37 0
98 IR356X592.5 W14X398 465 45 421 72.3 754.9 11.7 249738 10750 18.2 90322 4293 10.9 0.15 89 38 0
99 IR356X633.1 W14X426 474 47.6 424 77.1 806.5 11.8 274712 11586 18.4 98230 4638 11.0 0.15 94 40 0
100 IR356X678.6 W14X455 483 51.2 428 81.5 864.6 11.9 299270 12389 18.6 106555 4982 11.1 0.14 98 41 0
101 IR356X744.5 W14X400 498 55.6 432 88.9 948.4 12.0 341725 13732 19.0 119874 5555 11.3 0.13 106 44 0
102 IR356X820.4 W14X550 514 60.5 437 97 1045.2 12.2 392505 15256 19.4 135275 6194 11.4 0.12 114 46 0
103 IR356X901.5 W14X605 531 65.9 442 106 1148.5 12.3 449528 17042 19.8 153173 6932 11.6 0.11 122 49 0
104 IR356X992.6 W14X665 550 71.9 448 115 1264.6 12.5 516125 18845 20.2 173568 7735 11.7 0.11 132 52 0
105 IR356X1088.6 W14X730 569 78 454 125 1387.2 12.7 595210 20975 20.8 196460 8636 11.9 0.10 141 56 0
106 IR406X38.9 W16X26 399 6.4 140 8.8 49.6 3.5 12529 629 15.9 399 57 2.8 3.26 27 19 0
107 IR406X46.2 W16X31 403 7 140 11.2 58.8 3.5 15609 773 16.3 516 74 3 2.57 29 19 0
108 IR406X53.7 W16X36 403 7.5 177 10.9 68.4 4.5 18647 926 16.5 1020 115 3.9 2.08 29 19 1
109 IR406X59.8 W16X40 407 7.8 178 12.8 76.1 4.6 21561 1060 16.8 1203 135 4 1.78 30 21 1
110 IR406X67.4 W16X45 410 8.8 179 14.4 85.8 4.6 24391 1191 16.9 1365 153 4 1.6 32 21 1
111 IR406X74.4 W16X50 413 9.7 180 16 94.8 4.7 27430 1327 17 1548 172 4 1.44 33 21 1
112 IR406X85.1 W16X57 417 10.9 181 18.2 108.4 4.7 31550 1511 17.1 1794 198 4.1 1.27 35 22 0
113 IR406X99.8 W16X67 415 10 260 16.9 127.1 7 39708 1917 17.7 4953 380 6.2 0.95 35 21 0
114 IR406X114.5 W16X77 420 11.6 261 19.3 145.8 7 46202 2196 17.8 5744 441 6.3 0.83 37 22 0
115 IR406X132.7 W16X89 425 13.2 263 22.2 169.0 7.1 54110 2540 17.9 6785 515 6.3 0.73 40 22 0
116 IR406X148.9 W16X100 431 14.9 265 25 189.7 7.1 62018 2868 18 7742 585 6.4 0.65 43 24 0
117 IR457X52.2 W18X35 450 7.6 152 10.8 66.5 3.8 21228 944 17.9 637 84 3.1 2.73 29 19 0
118 IR457X59.8 W18X40 455 8 153 13.3 76.1 3.9 25473 1121 18.3 795 104 3.2 2.23 30 21 0
119 IR457X68.4 W18X46 459 9.1 154 15.4 87.1 3.9 29636 1291 18.4 937 122 3.3 1.94 32 21 0
120 IR457X74.5 W18X50 457 9 190 14.5 94.8 4.9 33298 1457 18.7 1669 175 4.2 1.66 32 21 0
121 IR457X82 W18X55 460 9.9 191 16 104.5 5.0 37045 1611 18.8 1869 195 4.2 1.50 33 21 0
122 IR457X89.1 W18X60 463 10.5 192 17.7 113.6 5.0 40957 1770 18.9 2085 218 4.3 1.37 35 21 0
123 IR457X96.7 W18X65 466 11.4 193 19.1 123.2 5.0 44537 1917 19.0 2281 236 4.3 1.27 37 22 1124 IR457X105.3 W18X71 469 12.6 194 20.6 134.2 5.0 48699 2081 19.1 2510 259 4.3 1.18 38 22 1125 IR457X112.9 W18X76 463 10.8 280 17.3 143.9 7.5 55359 2393 19.6 6327 452 6.6 0.96 35 21 0126 IR457X128.10 W18X86 467 12.2 282 19.6 163.2 7.5 63683 2720 19.7 7284 518 6.7 0.85 37 22 0127 IR457X144.3 W18X97 472 13.6 283 22.1 183.9 7.6 72840 3081 19.9 8366 592 6.7 0.76 40 22 0128 IR457X157.5 W18X106 476 15 284 23.9 200.7 7.6 79500 3343 19.9 9157 646 6.8 0.70 41 24 0129 IR457X177.8 W18X119 482 16.6 286 26.9 226.5 7.7 91154 3785 20.0 10531 736 6.8 0.63 44 24 0200 CE76X6.10 C3X4 76 4.32 35.81 6.93 7.68 66.60 17.50 2.95 8.32 3.44 1.04 3.07 16 1201 CE76X7.44 C3X5 76 6.50 38.05 6.93 9.42 74.90 19.70 2.82 10.41 3.93 1.04 2.89 16 0
202 CE76X8.93 C3X6 76 9.04 40.54 6.93 11.29 87.40 22.90 2.78 12.90 4.42 1.07 2.71 16 0
203 CE102X8.04 C4X5 102 4.57 40.13 7.52 10.06 158.20 31.10 3.98 13.32 4.75 1.14 3.37 16 1204 CE102X10.79 C4X7 102 8.13 43.69 7.52 13.68 187.30 36.90 3.70 18.31 5.74 1.17 3.09 16 0
205 CE127X9.97 C5X6 127 4.83 44.45 8.13 12.58 308.00 48.50 4.95 19.98 6.23 1.27 3.51 18 0
206 CE127X13.39 C5X9 127 8.26 47.88 8.13 16.97 366.30 57.70 4.65 26.64 7.37 1.24 3.26 18 0
207 CE152X12.20 C6X8 152 5.08 48.77 8.71 15.42 541.10 71.00 5.94 29.14 8.19 1.37 3.59 19 1208 CE152X15.63 C6X10 152 7.98 51.66 8.71 19.81 628.50 82.50 5.64 36.21 9.34 1.35 3.99 19 1209 CE152X19.35 C6X13 152 11.10 54.79 8.71 24.58 720.10 94.50 5.41 45.79 10.65 1.35 3.19 19 1210 CE152X23.07 C6X15 152 14.30 58.00 8.70 29.42 812.90 106.70 5.26 53.30 12.10 1.35 3.02 19 0
211 CE178X14.58 C7X9 178 5.33 53.09 9.30 18.39 878.20 98.80 6.91 40.79 10.32 1.50 3.60 21 0
212 CE178X18.23 C7X12 178 7.98 55.73 9.30 23.10 1003.10 112.80 6.58 49.95 11.63 1.47 3.43 21 0
213 CE178X21.95 C7X14 178 10.64 58.39 9.30 27.87 1127.90 126.90 6.38 58.27 12.95 1.45 3.27 21 0
214 CE203X17.11 C8X11 203 5.59 57.40 9.91 21.68 1344.40 132.30 7.87 54.11 12.95 1.60 3.57 21 1215 CE203X20.46 C8X13 203 7.70 59.51 9.91 25.94 1409.10 146.60 7.59 62.43 14.09 1.57 3.45 21 1216 CE203X27.90 C8X18 203 12.37 64.19 9.91 35.42 1818.90 179.00 7.16 83.25 16.39 1.52 3.19 21 1217 CE203X31.62 C8X21 203 14.80 67.00 9.90 40.32 1988.10 195.70 7.02 93.70 18.20 1.52 3.06 22 0
218 CE229X19.80 C9X13 229 5.92 62.00 10.50 25.30 1970.00 172.00 8.83 70.80 15.10 1.67 3.51 24 0
219 CE229X22.10 C9X15 229 7.24 63.00 10.50 28.20 2090.00 183.00 8.61 76.40 15.70 1.65 3.46 24 0
220 CE229X29.30 C9X20 229 11.40 67.00 10.50 37.30 2460.00 216.00 8.13 92.30 17.40 1.57 3.25 24 0
221 CE254X22.76 C10X15 254 6.10 66.04 11.07 28.97 2805.40 221.20 9.83 94.90 19.01 1.81 3.47 22 1222 CE254X29.76 C10X20 254 9.63 69.57 11.07 37.94 3284.10 258.90 9.30 116.96 21.63 1.76 3.29 22 1223 CE254X37.20 C10X25 254 13.36 73.30 11.07 47.42 3796.00 298.20 8.94 139.85 24.25 1.72 3.13 22 1224 CE254X44.64 C10X30 254 17.09 77.04 11.07 56.90 4287.20 339.20 8.69 163.99 27.04 1.70 2.97 22 1225 CE305X30.8 C12X20 305 7.16 74.73 12.72 39.29 5369.40 352.30 11.71 161.50 28.35 2.03 3.21 22.5 1226 CE305X37.20 C12X25 305 9.83 77.39 12.72 47.42 5993.70 394.90 11.25 186.05 30.81 1.98 1.30 22.5 1227 CE305X44.64 C12X30 305 12.95 80.52 12.72 56.90 6742.90 442.40 10.89 213.94 33.76 1.94 2.98 22.5 1228 CE381X50.3 C15X33 381 10.20 86.00 16.50 64.00 13000.00 683.00 14.30 326.00 48.80 2.26 2.68 37 0
229 CE381X59.10 C15X40 381 13.20 89.00 16.50 75.30 14300.00 751.00 13.80 364.00 51.80 2.20 2.59 37 0
229 CE381X73.6 C15X50 381 18.20 94.00 16.50 93.70 16400.00 863.00 13.20 424.00 56.60 2.13 2.46 37 0
P E R F I L PESO TAMAÑO ESPESOR AREA Ix Sx rx Iw Sw rw Iz Sz rz g g1 g2
I.M.C.A. A.H.M.S.A. STAAD kg/m mm mm cm cm cm mm mm mm
2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
300 LI25X3 APS 1" x 1/8" * 1.19 25 3 1.52 0.92 0.51 0.79 1.24 0.69 0.93 0.41 0.38 0.48 14 * *301 LI25X5 APS 1" x 3/16 * 1.73 25 5 2.21 1.25 0.72 0.76 2.08 1.16 0.93 0.41 0.36 0.48 14 * *
302 LI25X6 APS 1" x 1/4" * 2.22 25 6 2.80 1.54 0.92 0.74 2.49 1.39 0.91 0.80 0.69 0.48 14 * *303 LI32X3 APS 1 1/4" x 1/8" * 1.50 32 3 1.93 1.83 0.80 0.97 2.91 1.30 1.19 0.83 0.66 0.60 18 * *304 LI32X5 APS 1 1/4" x 3/16" * 2.20 32 5 2.79 2.54 1.16 0.97 3.74 1.67 1.19 0.83 0.61 0.60 18 * *
305 LI32X6 APS 1 1/4" x 1/4" * 2.86 32 6 3.72 3.21 1.49 0.94 4.99 2.23 1.16 1.24 0.86 0.60 18 * *306 LI38X3 APS 1 1/2" x 1/8" * 1.83 38 3 2.34 3.25 1.18 1.17 5.41 2.01 1.47 1.24 0.82 0.73 20 * *307 LI38X5 APS 1 1/2" x 3/16 * 2.68 38 5 3.43 4.58 1.64 1.17 7.07 2.63 1.44 1.66 1.05 0.73 20 * *308 LI38X6 APS 1 1/2" x 1/4" * 3.48 38 6 4.40 5.83 2.20 1.14 8.74 3.24 1.42 2.49 1.48 0.73 20 * *309 LI38X8 APS 1 1/2" x 5/16" * 4.26 38 8 5.40 6.66 2.62 1.12 10.40 3.86 1.39 2.91 1.66 0.73 20 * *
310 LI38X10 APS 1 1/2" x 3/8" * 4.99 38 10 6.34 7.91 3.11 1.12 12.07 4.48 1.37 3.33 1.82 0.73 20 * *311 LI51X3 APS 2" x 1/8" L20202 2.46 51 3 3.10 7.91 2.13 1.60 12.49 3.48 1.97 3.32 1.68 0.99 30 * *312 LI51X5 APS 2" x 3/16" L20203 3.63 51 5 4.61 11.45 3.11 1.57 17.48 4.88 1.95 4.57 2.28 0.99 30 * *313 LI51X6 APS 2" x 1/4" L20204 4.75 51 6 6.06 14.57 4.10 1.55 22.47 6.27 1.93 5.82 2.77 0.99 30 * *314 LI51X8 APS 2" x 5/16" L20205 5.83 51 8 7.42 17.46 4.92 1.52 26.63 7.43 1.90 7.07 3.24 0.99 30 * *
315 LI51X10 APS 2" x 3/8" L20206 6.99 51 10 8.77 19.98 5.74 1.50 30.80 8.60 1.87 8.32 3.61 0.99 30 * *316 LI64X4 APS 2 1/2" x 1/8" L25252 3.83 64 3 4.88 19.44 4.21 1.98 31.10 6.93 2.52 7.84 3.20 1.24 35 * *317 LI64X5 APS 2 1/2" x 3/16 L25253 4.61 64 5 5.81 22.89 4.92 1.98 36.62 8.15 2.46 9.15 3.70 1.24 35 * *318 LI64X6 APS 2 1/2" x 1/4" L25254 6.1 64 6 7.68 19.14 6.39 1.96 45.36 10.10 2.43 11.65 4.58 1.24 35 * *319 LI64X8 APS 2 1/2" x 5/16" L25255 7.44 64 8 9.48 35.38 7.87 1.93 55.35 12.32 2.41 14.56 5.51 1.24 35 * *
320 LI64X10 APS 2 1/2" x 3/8" L25256 8.78 64 10 11.16 40.79 9.34 1.93 64.09 14.27 2.38 17.06 6.29 1.24 35 * *321 LI76X5 APS 3" x 3/16" L30303 5.52 76 5 7.03 40.01 7.22 2.39 64.38 11.97 3.03 16.12 5.48 1.51 45 * *322 LI76X6 APS 3" x 1/4" L30304 7.29 76 6 9.29 51.60 9.50 2.36 78.66 14.62 2.94 20.39 6.86 1.49 45 * *323 LI76X8 APS 3" x 5/16" L30305 9.08 76 8 11.48 62.90 11.60 2.34 96.98 18.02 2.92 24.97 8.21 1.47 45 * *324 LI76X10 APS 3" x 3/8" L30306 10.72 76 10 13.61 73.30 13.60 2.31 112.79 20.96 2.89 29.55 9.41 1.47 45 * *325 LI76X11 APS 3" x 7/16" L30307 12.35 76 11 15.68 82.80 15.60 2.31 128.19 23.82 2.87 37.71 10.34 1.47 45 * *326 LI76X13 APS 3" x 1/2" L30308 13.99 76 13 17.74 92.40 17.50 2.29 142.76 26.53 2.84 32.29 11.53 1.47 45 * *
327 LI76X16 APS 3" x 5/8" L30309 17.11 76 16 21.68 109.10 21.30 2.24 158.16 29.39 2.82 42.45 12.05 1.47 45 * *328 LI89X5 APS 3 1/2" x 3/16" L35353 6.55 89 5 8.36 64.36 9.92 2.78 102.84 16.38 3.51 25.88 7.63 1.76 50 * *329 LI89X6 APS 3 1/2" x 1/4" L35354 8.63 89 6 10.90 83.66 13.01 2.77 133.53 21.96 3.50 33.79 9.71 1.76 50 * *330 LI89X8 APS 3 1/2" x 5/16" L35355 10.71 89 8 13.48 101.95 16.00 2.74 162.49 25.87 3.47 41.41 11.66 1.75 50 * *331 LI89X10 APS 3 1/2" x 3/8" L35356 12.65 89 10 16.00 119.46 18.84 2.72 191.20 30.44 3.47 50.22 13.87 1.74 50 * *
332 LI89X13 APS 3 1/2" x 1/2" L35358 16.52 89 13 20.97 151.51 21.41 2.69 238.09 37.91 3.37 61.59 16.21 1.73 50 * *333 LI102X6 APS 4" x 1/4" L40404 9.82 102 6 12.52 124.90 17.20 3.18 191.89 26.72 3.96 48.10 12.30 2.00 60 * *334 LI102X8 APS 4" x 5/16" L40405 12.20 102 8 15.48 154.40 21.10 3.15 239.33 33.33 3.93 61.60 15.36 2.00 60 * *335 LI102X10 APS 4" x 3/8" L40406 14.58 102 10 18.45 181.50 24.90 3.12 283.03 39.41 3.91 73.25 18.17 1.98 60 * *336 LI102X11 APS 4" x 7/16" L40407 16.82 102 11 21.35 206.90 28.70 3.12 322.99 44.98 3.88 83.66 20.15 1.98 60 * *337 LI102X13 APS 4" x 1/2" L40408 19.05 102 13 24.19 231.40 32.30 3.10 361.28 50.31 3.86 94.48 22.44 1.98 60 * *
338 LI102X16 APS 4" x 5/8" L404010 23.36 102 16 29.74 277.20 39.30 3.05 433.71 60.40 3.81 115.71 26.35 1.98 60 * *339 LI127X10 APS 5" x 3/8" L50506 18.30 127 10 23.29 363.80 39.70 3.96 579.60 64.60 4.99 148.00 29.80 2.52 70 45 50340 LI127X11 APS 5" x 7/16" L50507 21.28 127 11 26.97 417.10 45.70 3.94 662.90 74.00 4.96 171.10 33.80 2.52 70 45 50341 LI127X13 APS 5" x 1/2" L50508 24.11 127 13 30.65 468.30 51.60 3.91 746.50 83.30 4.94 190.10 37.20 2.49 70 45 50342 LI127X16 APS 5" x 5/8" L505010 29.76 127 16 37.81 565.30 63.30 3.86 897.30 100.50 4.87 233.30 43.90 2.48 70 45 50
343 LI127X19 APS 5" x 3/4" L505012 35.12 127 19 44.77 655.20 74.20 3.81 1035.50 115.60 4.82 275.30 50.50 2.48 70 45 50344 LI152X10 APS 6" x 3/8" L60606 22.17 152 10 28.13 640.60 57.80 4.78 1018.60 94.60 6.02 262.60 44.70 3.05 90 60 60345 LI152X11 APS 6" x 7/16" L60607 25.60 152 11 32.65 735.90 66.70 4.22 1173.50 109.00 5.99 298.30 50.10 3.02 90 60 60346 LI152X13 APS 6" x 1/2" L60608 29.17 152 13 37.10 828.70 75.50 4.27 1326.10 123.30 5.97 331.30 54.90 2.99 90 60 60347 LI152X14 APS 6" x 9/16" L60609 32.59 152 14 41.48 918.60 84.20 4.34 1464.60 136.00 5.94 372.60 60.80 2.99 90 60 60348 LI152X16 APS 6" x 5/8" L606010 36.01 152 16 45.87 1005.60 92.80 4.39 1604.80 149.20 5.92 406.40 65.60 2.98 90 60 60
349 LI152X19 APS 6" x 3/4" L606012 42.71 152 19 54.45 1171.70 109.10 4.52 1859.20 172.70 5.85 484.20 75.90 2.98 90 60 60
PERFIL PERALTE PESO PATIN ESPESOR AREA EJE X EJE Y
cm2 cm4 cm3 cm4 cm3 cm4 cm3
I.M.C.A. M. MTY. d bf t Ix Sx rx Iy Sy ry
mm in kg/m mm mm cm2 cm4 cm3 cm cm4 cm3 cm
2 3 4 5 6 7 8 9 10 11 12 13 14 15
400 CF76x18 3MT18 76.2 3 1.68 44.50 1.21 2.12 20.58 5.40 3.11 5.45 1.87 1.60
401 CF76x16 3MT16 76.2 3 2.15 44.50 1.52 2.77 25.94 6.81 3.09 7.22 2.55 1.63
402 CF76x14 3MT14 76.2 3 2.66 44.50 1.90 3.37 31.72 8.33 3.07 8.72 3.08 1.61
403 CF76x12 3MT12 76.2 3 3.77 44.50 2.66 4.78 42.31 11.10 2.98 12.25 4.54 1.60
404 CF89X18 3.5MT18 88.9 3 1/2 1.97 50.80 1.21 2.49 32.86 7.39 3.63 8.63 2.61 1.86
405 CF89X16 3.5MT16 88.9 3 1/2 2.45 50.80 1.52 3.11 40.65 9.15 3.62 10.58 3.20 1.85
406 CF89X14 3.5MT14 88.9 3 1/2 3.12 50.80 1.90 3.94 50.75 11.42 3.59 13.74 4.26 1.87
407 CF89X12 3.5MT12 88.9 3 1/2 4.31 50.80 2.66 5.45 67.31 15.14 3.51 18.19 5.75 1.83
408 CF89X10 3.5MT10 88.9 3 1/2 5.44 50.80 3.42 6.88 83.29 18.74 3.48 22.06 6.97 1.79
409 CF102X18 4MT18 101.6 4 2.09 50.80 1.21 2.65 44.58 8.78 4.11 9.10 2.67 1.85
410 CF102X16 4MT16 101.6 4 2.61 50.80 1.52 3.30 55.21 10.87 4.06 11.15 3.28 1.84
411 CF102X14 4MT14 101.6 4 3.31 50.80 1.90 4.18 69.09 13.60 4.06 14.51 4.36 1.86
412 CF102X12 4MT12 101.6 4 4.57 50.80 2.66 5.79 92.18 18.15 3.99 19.37 5.92 1.83
413 CF102X10 4MT10 101.6 4 5.78 50.80 3.42 7.32 114.38 22.52 3.95 23.52 7.19 1.79
414 CF127X18 5MT18 127 5 2.33 50.80 1.21 2.95 74.53 11.74 5.02 9.87 2.76 1.83
415 CF127X16 5MT16 127 5 2.91 50.80 1.52 3.69 92.45 14.56 5.01 12.11 3.39 1.81
416 CF127X14 5MT14 127 5 3.69 50.80 1.90 4.67 116.10 18.28 4.99 15.79 4.51 1.84
417 CF127X12 5MT12 127 5 5.11 50.80 2.66 6.46 156.19 24.60 4.92 21.32 6.19 1.82
418 CF127X10 5MT10 127 5 6.47 50.80 3.42 8.19 194.62 30.65 4.88 25.93 7.53 1.78
419 CF152X16 6MT16 152.4 6 3.58 63.50 1.52 4.53 166.50 21.85 6.06 23.73 5.34 2.29
420 CF152X14 6MT14 152.4 6 4.53 63.50 1.90 5.73 209.02 27.43 6.04 30.77 7.05 2.32
421 CF152X12 6MT12 152.4 6 6.17 63.50 2.66 7.82 278.93 36.61 5.97 39.47 9.00 2.25
422 CF152X10 6MT10 152.4 6 7.84 63.50 3.42 9.92 349.47 45.86 5.93 48.45 11.05 2.21
423 CF178X16 7MT16 177.8 7 4.04 69.90 1.52 5.11 253.23 28.48 7.04 31.60 6.33 2.49
424 CF178X14 7MT14 177.8 7 5.10 69.90 1.90 6.46 318.17 35.79 7.02 40.95 8.33 2.52
425 CF178X12 7MT12 177.8 7 7.08 69.90 2.66 8.96 433.37 48.75 6.95 55.83 11.48 2.50
426 CF178X10 7MT10 177.8 7 9.01 69.90 3.42 11.40 544.78 61.28 6.91 68.89 14.17 2.46
427 CF203X16 8MT16 203.2 8 4.50 76.20 1.52 5.69 364.86 35.91 8.01 40.80 7.37 2.68
428 CF203X14 8MT16 203.2 8 5.67 76.20 1.90 7.18 458.63 45.14 7.99 52.83 9.68 2.71
429 CF203X12 8MT16 203.2 8 7.88 76.20 2.66 9.98 626.99 61.71 7.93 72.33 13.38 2.69
430 CF203X10 8MT16 203.2 8 10.17 76.20 3.42 12.88 801.37 78.87 7.89 94.13 17.66 2.70
431 CF229X16 9MT16 228.6 9 4.96 82.60 1.52 6.27 505.05 44.19 8.97 51.69 8.51 2.87
432 CF229X14 9MT14 228.6 9 6.24 82.60 1.90 7.90 634.98 55.55 8.96 66.86 11.14 2.91
433 CF229X12 9MT12 228.6 9 8.68 82.60 2.66 10.99 870.54 76.16 8.90 91.84 15.44 2.89
434 CF229X10 9MT10 228.6 9 11.34 82.60 3.42 14.35 1128.07 98.69 8.86 124.91 21.51 2.95
435 CF254X14 10MT14 254 10 6.82 88.90 1.90 8.63 850.22 66.95 9.93 82.83 12.67 3.10
436 CF254X12 10MT12 254 10 9.59 88.90 2.66 12.14 1183.61 93.20 9.87 119.41 18.62 3.14
437 CF254X10 10MT10 254 10 12.37 88.90 3.42 15.65 1514.78 119.27 9.84 155.00 24.44 3.15
438 CF305X12 12MT12 304.8 12 10.66 88.90 2.66 13.49 1820.11 119.43 11.61 126.59 19.05 3.06
439 CF305X10 12MT10 304.8 12 13.74 88.90 3.42 17.39 2333.24 153.10 11.58 164.52 25.00 3.08
w = #REF! #REF! #REF!
L = 250 #REF! #REF!
x/L x V M V M V M
0.00 0 #REF! #REF! #REF! #REF! #REF! #REF!0.03 6 #REF! #REF! #REF! #REF! #REF! #REF!0.05 13 #REF! #REF! #REF! #REF! #REF! #REF!0.08 19 #REF! #REF! #REF! #REF! #REF! #REF!0.10 25 #REF! #REF! #REF! #REF! #REF! #REF!0.13 31 #REF! #REF! #REF! #REF! #REF! #REF!0.15 38 #REF! #REF! #REF! #REF! #REF! #REF!0.18 44 #REF! #REF! #REF! #REF! #REF! #REF!0.20 50 #REF! #REF! #REF! #REF! #REF! #REF!0.23 56 #REF! #REF! #REF! #REF! #REF! #REF!0.25 63 #REF! #REF! #REF! #REF! #REF! #REF!0.28 69 #REF! #REF! #REF! #REF! #REF! #REF!0.30 75 #REF! #REF! #REF! #REF! #REF! #REF!0.33 81 #REF! #REF! #REF! #REF! #REF! #REF!0.35 88 #REF! #REF! #REF! #REF! #REF! #REF!0.38 94 #REF! #REF! #REF! #REF! #REF! #REF!0.40 100 #REF! #REF! #REF! #REF! #REF! #REF!0.43 106 #REF! #REF! #REF! #REF! #REF! #REF!0.45 113 #REF! #REF! #REF! #REF! #REF! #REF!0.48 119 #REF! #REF! #REF! #REF! #REF! #REF!0.50 125 #REF! #REF! #REF! #REF! #REF! #REF!0.53 131 #REF! #REF! #REF! #REF! #REF! #REF!0.55 138 #REF! #REF! #REF! #REF! #REF! #REF!0.58 144 #REF! #REF! #REF! #REF! #REF! #REF!0.60 150 #REF! #REF! #REF! #REF! #REF! #REF!0.63 156 #REF! #REF! #REF! #REF! #REF! #REF!0.65 163 #REF! #REF! #REF! #REF! #REF! #REF!0.68 169 #REF! #REF! #REF! #REF! #REF! #REF!0.70 175 #REF! #REF! #REF! #REF! #REF! #REF!0.73 181 #REF! #REF! #REF! #REF! #REF! #REF!0.75 188 #REF! #REF! #REF! #REF! #REF! #REF!0.78 194 #REF! #REF! #REF! #REF! #REF! #REF!0.80 200 #REF! #REF! #REF! #REF! #REF! #REF!0.83 206 #REF! #REF! #REF! #REF! #REF! #REF!0.85 213 #REF! #REF! #REF! #REF! #REF! #REF!0.88 219 #REF! #REF! #REF! #REF! #REF! #REF!0.90 225 #REF! #REF! #REF! #REF! #REF! #REF!0.93 231 #REF! #REF! #REF! #REF! #REF! #REF!0.95 238 #REF! #REF! #REF! #REF! #REF! #REF!0.98 244 #REF! #REF! #REF! #REF! #REF! #REF!1.00 250 #REF! #REF! #REF! #REF! #REF! #REF!
P1 = P2 =
a1 = a2 =
#REF! #REF! #REF!
#REF! #REF! #REF!
V M V M V M x V
#REF! #REF! #REF! #REF! #REF! #REF! 0 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 6 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 13 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 19 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 25 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 31 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 38 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 44 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 50 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 56 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 63 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 69 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 75 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 81 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 88 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 94 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 100 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 106 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 113 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 119 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 125 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 131 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 138 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 144 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 150 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 156 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 163 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 169 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 175 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 181 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 188 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 194 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 200 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 206 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 213 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 219 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 225 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 231 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 238 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 244 #REF!#REF! #REF! #REF! #REF! #REF! #REF! 250 #REF!
#REF!
P3 = P4 = P5 =
a3 = a4 = a5 =
M
#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!#REF!
#REF!
