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CALCULO DE CRISTOS

of 20

INPUT DATA RESULTS

PROFILE λ ω

L 90 9 100 30 30 1693 16 48 116 13 18 1.8 193 1.00 6.3 5079 5079 283 382 41 1.0000 0.199

UPN 140 100 30 30 1693 20 63 605 15 86 1.8 194 1.00 6.4 5079 5079 59 344 32 1.0000 0.038

IPE 160 100 30 30 1693 20 68 869 17 109 1.8 185 1.00 5.8 5079 5079 47 305 29 1.0000 0.027

IPN 180 100 30 30 1693 28 81 1450 20 161 1.7 199 1.00 6.7 5079 5079 32 257 24 1.0000 0.016

HEB 100 100 30 30 1693 26 167 450 33 90 2.5 134 1.00 3.0 5079 5079 57 154 12 1.0000 0.051

HEA 100 100 30 30 1693 21 134 349 27 73 2.5 135 1.00 3.1 5079 5079 70 190 15 1.0000 0.066

IPN 300 100 30 30 1693 69 451 9800 72 653 2.6 133 1.00 3.0 5079 5079 8 71 5 1.0000 0.002

HEB 300 100 30 30 1693 149 8563 25166 571 1680 7.6 45 1.00 1.2 5079 5079 4 9 1 1.0000 0.001

HEA 300 100 30 30 1693 113 6310 18260 421 1260 7.5 46 1.00 1.2 5079 5079 5 13 2 1.0000 0.001

HEB 160 100 30 30 1693 54 889 2492 111 311 4.1 84 1.00 1.6 5079 5079 17 46 3 1.0000 0.009

UPN 160 100 30 30 1693 24 85 925 18 116 1.9 180 1.00 5.5 5079 5079 44 278 23 1.0000 0.025

HEB 300 100 30 30 1693 149 8563 25166 571 1680 7.6 45 1.00 1.2 5079 5079 4 9 1 1.0000 0.001

σ

1 = M

bX / W

X M

bx = F

H ∗ L

σ

= M

b! / W

! M

b" = F

L ∗ L

σ

3 = # F

$∗ ω / A%&' ( )

1 = F

H ∗ L3 / # 3 ∗ E ∗ I

X(

σ

'*+= 8,0 #-/+( )

= F

L ∗ L3 / # 3 ∗ E ∗ I

!(

λ = 2 ∗ L#+( / "

) '*+

L / ,00 #+(

λ

'*+ = 200

F$

-

FH

-

FL

-

L

++

AREA

+

I"

Ix

W"

Wx

" λ=200

Mb"

Mbx σ

1σ

σ

3 σ8,0 ) 1

L

F$

FH

Mb

FL



CALCULO DE CRISTOS

of 20

0.000 1.00

0.000 1.00

0.000 1.00

0.000 1.00

0.000 1.00

0.000 1.00

0.000 1.00

0.000 1.00

0.000 1.00

0.000 1.00

0.000 1.00

0.000 1.00

)

) '*+



CALCULO DE MENSULAS

of 20

INPUT DATA RESULTS

PROFILE

L 130 1 1527 458.1 250 194 472 38 50 11453 38175 304 758 1 0.01 0.01 1.00

UPN 160 1527 458.1 250 85 925 18 116 11453 38175 626 330 1 0.01 0.00 1.00

IPE 160 1527 458.1 250 68 869.3 17 109 11453 38175 688 352 1 0.02 0.00 1.00

IPN 160 1527 458.1 250 55 935 15 117 11453 38175 774 327 1 0.02 0.00 1.00

HEB 100 1527 458.1 250 167 450 33 90 11453 38175 348 425 1 0.01 0.01 1.00

HEA 100 1527 458.1 250 134 349.2 27 73 11453 38175 428 525 1 0.01 0.01 1.00

HEB 10 1527 458.1 250 318 864 53 144 11453 38175 217 266 1 0.00 0.00 1.00

HEB 100 1527 458.1 250 167 450 33 90 11453 38175 348 425 1 0.01 0.01 1.00

HEB 140 1527 458.1 250 550 1509 79 216 11453 38175 145 177 1 0.00 0.00 1.00

HEB 140 1527 458.1 250 550 1509 79 216 11453 38175 145 177 1 0.00 0.00 1.00

HEB 140 1527 458.1 250 550 1509 79 216 11453 38175 145 177 1 0.00 0.00 1.00

HEB 140 1527 458.1 250 550 1509 79 216 11453 38175 145 177 1 0.00 0.00 1.00

σ

1 = M

! / W

! M

x = F

2 ∗ L

σ

2

= MX / W

XM

" = F

H ∗ L

) x =

#F

2 ∗ L3#+(( / # 3 ∗ 100000 ∗ I

x(

σ

'*+ = 8,0 #-/+(

) "

= #F

H ∗ L3#+(( / # 3 ∗ 100000 ∗ I

"( )

'*+ L / ,00 #+(

F$

-

FH

- L ++I"

Ix

W"

Wx

M"

Mx σ

1σ

σ8,0 )

")

x)

'*+

F$ F

H

L

M



CALCULO DE ORCAS

of 20

INPUT DATA RESULTS

PROFILEλ ω τ σ

L 1,0 14 150 0 0 3500 500 40.3 14.0 2.9 347 845 498 58 78 239 0.00 9.65 0 7500 0 0 7500 0 132 1.0000

UPN 300 150 0 0 3500 500 58.8 16.0 2.9 495 8030 41 68 535 242 0.00 9.89 0 7500 0 0 7500 0 40 1.0000

IPE 300 150 0 0 3500 500 53.8 10.7 3.4 604 8356 20 81 557 209 0.00 7.38 0 7500 0 0 7500 0 35 1.0000

IPN 300 150 0 0 3500 500 69.0 16.2 2.6 451 9800 57 72 653 274 0.00 !N"A 0 7500 0 0 7500 0 !N"A 0.0000

HEB 140 150 0 0 3500 500 43.0 12.0 3.6 550 1509 23 79 216 196 1.00 6.49 0 7500 0 0 7500 0 58 1.0000

HEA 140 150 0 0 3500 500 31.4 8.5 3.5 389 1033 8 56 155 199 1.00 6.69 0 7500 0 0 7500 0 81 1.0000

HEB 140 150 0 0 3500 500 43.0 12.0 3.6 550 1509 23 79 216 196 1.00 6.49 0 7500 0 0 7500 0 58 1.0000

HEB 10 150 0 0 3500 500 34.0 11.0 3.1 318 864 15 53 144 229 0.00 8.86 0 7500 0 0 7500 0 92 1.0000

HEB 100 150 0 0 3500 500 26.0 10.0 2.5 167 450 9 33 90 277 0.00 !N"A 0 7500 0 0 7500 0 !N"A 0.0000

HEB 160 150 0 0 3500 500 54.3 13.0 4.1 889 2492 33 111 311 173 1.00 5.05 0 7500 0 0 7500 0 39 1.0000

UPN 160 150 0 0 3500 500 24.0 10.5 1.9 85 925 8 18 116 371 0.00 !N"A 0 7500 0 0 7500 0 !N"A 0.0000

HEB 300 150 0 0 3500 500 149.1 19.0 7.6 8563 25166 192 571 1680 93 1.00 1.76 0 7500 0 0 7500 0 7 1.0000

τ = # M ∗ &

+'x ( / I

M = F

H ∗ L

1

σ = # F$

∗ ω / AREA ( ## MB / W

X ( #M

bx / W

X ( #M

b" / W

!(((05,

MB = F

$ ∗ L

1

) A

= ###F

2 ∗ L

13( / # 3 ∗ 100000 ∗ I

x(( ##F

$ ∗ L

1 ∗ L( / #100000 ∗ I

X(( ## F

L ∗ L

1 ∗ L( / # ∗ 100000 ∗ I

X (( (05,

Mbx

= FH ∗ L

σ

'*+

= 8,0 #-/+(

Mb"

= FL ∗ L

λ

'*+ < 200

M = M

B M

bx M

b"

λ = 2 ∗ L / "

) '*+

L1 / ,00 #+(

F$

- FH

-

FL

-

L ++ L1

++

A

+

&

++"

I !

IX

I

W !

WX λ=200

M

MB

Mbx

Mb"

M σ7τ<8,0

L1

L

F$

FH

FLB

A



CALCULO DE ORCAS

of 20

0.07405 1

0.00779 1

0.00749 1

0.00638 1

0.04147 1

0.06057 1

0.04147 1

0.07242 1

0.13905 0

0.02511 1

0.06764 1

0.00249 1

) A

) '*+



CALCULO DE COLGANTES

of 20

INPUT DATA RESULTS

PROFILE &

L 110 1 16 0 0 25.1 424 1160 3.15 116 280 164 3 35.7 0 1856 0 0 0 53 1.0000 0.2970 1

UPN 10 16 0 0 17 424 1160 7 43.2 364 4.3 5 60.7 0 1856 0 0 0 32 1.0000 0.2285 1

IPE 10 16 0 0 13.21 424 1160 4.4 27.67 317.8 1.74 5 52.96 0 1856 0 0 0 36 1.0000 0.2618 1

IPN 10 16 0 0 14.2 424 1160 5.1 21.5 328 2.71 5 54.7 0 1856 0 0 0 35 1.0000 0.2536 1

HEB 100 16 0 0 26.04 424 1160 6 167 450 9.34 4 90 0 1856 0 0 0 21 1.0000 0.1848 1

HEA 100 16 0 0 21.24 424 1160 5 133.8 349.2 4.83 4 72.76 0 1856 0 0 0 26 1.0000 0.2382 1

HEB 0 16 0 0 91.04 424 1160 9.5 2843 8091 84.4 9 736 0 1856 0 0 0 3 1.0000 0.0103 1

HEB 100 16 0 0 26.04 424 1160 6 167 450 9.34 4 90 0 1856 0 0 0 21 1.0000 0.1848 1

HEB 100 16 0 0 26.04 424 1160 6 167 450 9.34 4 90 0 1856 0 0 0 21 1.0000 0.1848 1

HEB 100 16 0 0 26.04 424 1160 6 167 450 9.34 4 90 0 1856 0 0 0 21 1.0000 0.1848 1

HEB 100 16 0 0 26.04 424 1160 6 167 450 9.34 4 90 0 1856 0 0 0 21 1.0000 0.1848 1

HEB 100 16 0 0 26.04 424 1160 6 167 450 9.34 4 90 0 1856 0 0 0 21 1.0000 0.1848 1

τ

B = # M

∗ &

+'x ( / I

σ

#-/+( = # F

$ / AREA ( ## M

B / W

x ( # M

/ W

X( # M

H / W

!((05,

) A

=### F$ ∗ L

13 /# 3 ∗ 100000 ∗ Ι

X ( ## F

$

∗ L1

∗ L ( / #100000 ∗ I

X(( ## F

L ∗ L

1 ∗ L( / # ∗ 100000 ∗ I

X (( (05,

) '*+

L 7 L1 / ,00 #+(

σ

'*+ = 8,0 #-/+(

M = F

H∗ L

1

MB = F

$ ∗ L

1

M = F

L ∗ L

MH = F

H ∗ L

F$

-

FH

-

FL

-

A

+

L

++

L1

++I"

Ix

I

W"

Wx

M

MB

M

MH τ

bσ

σ

b7τ

b<8,0

) A

) b'*+

L

FH

L1

FL

BA

F$



CALCULO DE MENSULAS

Pa e 7 of 20

INPUT DATA RESULTS

PROFILEϖ

L 130 1 1000 800 100 45 30 472 50 2.5 50 10000 5858 4142 2929 2071 1188 375 1679 199 20 2 45 1.2 139 156 1.0000 0.015

UPN 10 1000 800 100 45 17 364 61 1.6 61 10000 5858 4142 2929 2071 1188 375 1679 165 16 2 72 1.4 204 166 1.0000 0.020

IPE 140 1000 800 100 45 16 541 77 1.7 77 10000 5858 4142 2929 2071 1188 375 1679 130 13 1 69 1.4 191 148 1.0000 0.013

IPN 140 1000 800 100 45 18 573 82 1.4 82 10000 5858 4142 2929 2071 1188 375 1679 123 12 1 81 1.6 189 136 1.0000 0.013

HEB 140 1000 800 100 45 43 1509 216 3.6 216 10000 5858 4142 2929 2071 1188 375 1679 47 5 1 32 1.1 60 55 1.0000 0.005

HEA 10 1000 800 100 45 25 606 106 3.0 106 10000 5858 4142 2929 2071 1188 375 1679 95 9 1 38 1.1 110 102 1.0000 0.012

HEB 160 1000 800 100 45 54 2492 311 4.1 3 11 10000 5858 4142 2929 2071 1188 375 1679 33 3 0 28 1.1 45 41 1.0000 0.003

HEB 140 1000 800 100 45 43 1509 216 3.6 216 10000 5858 4142 2929 2071 1188 375 1679 47 5 1 32 1.1 60 55 1.0000 0.005

HEA 00 1000 800 100 45 54 3692 389 5.0 389 10000 5858 4142 2929 2071 1188 375 1679 26 3 0 23 1.1 42 37 1.0000 0.002

HEB 10 1000 800 100 45 34 864 144 3.1 144 10000 5858 4142 2929 2071 1188 375 1679 70 7 1 37 1.1 81 76 1.0000 0.008

HEB 10 1000 800 100 45 34 864 144 3.1 144 10000 5858 4142 2929 2071 1188 375 1679 70 7 1 37 1.1 81 76 1.0000 0.008

HEB 00 1000 800 100 45 78 5696 570 5.1 570 10000 5858 4142 2929 2071 1188 375 1679 18 2 0 23 1.1 29 25 1.0000 0.001

σ

B = M

BA / W

A M

BA = F

$ ∗ L

σ

B = M

B / W

A

N

B / A

AM

B = F

$ ∗ L

∗ I

X /#I

X IX∗:α(

τ

B = F

$ / A

% A MBD

= F$ ∗ L

∗ I

X∗ : α /# I

X I

X∗ : α(

τ

B = 3M

B / L

1 ∗A

% AM

= 1/ M

B

λ = L1 / #

+;<: α )

MD = 1/ M

BD

σ

BD =#ϖ ∗N

BD /A

BD( 059#M

BD / W

BD(

N

= N

D=

N

B= F

$ / α ∗ # 3 ∗ L

/L

1(

σ

'*+ = 8,0 #-/+(

D= F

$ / ∗ # 3 ∗ L

/L

1(

) '*+

L / ,00 #+(

N

BD= F

$ / :&; α ∗ # 3 ∗ L

/L

1(

) A = #10F

2 ∗ L

3( / # 3 ∗ E ∗ I

A( #10F

$ ∗ L

1 ∗ L

( / #4E # I

A I

BD ∗ : α ( # ##10F

$#L

13/L

(/E((∗#1/A

BD∗: α(#: α /A

BD∗:&;

α(#1/AA

∗

α((

F$

-

L1

++

L

++

α

%

Ax

+

IX

Wx

+;

A%

+

MBA

MB

MBD

M

MD

N

D

NBD σ

Bτ

Bτ

B λ

σ

BD σ

Bσ8,0 )

A

F$

L1

L

B

D

A

α



CALCULO DE MENSULAS

of 20

1

1

1

1

1

1

1

1

1

1

1

1

) '*+

L / ,00



CALCULO DE MENSULAS

of 20

INPUT DATA RESULTS

PROFILEσ

L ,0 , 48.62 900 900 1800 11 3 24 24 2188 718 1.0000 0.026 1

UPN 80 48.62 900 900 1800 106 27 24 49 2188 83 1.0000 0.027 1

IPE 80 48.62 900 900 1800 80 20 24 49 2188 110 1.0000 0.035 1

IPN 80 48.62 900 900 1800 78 20 24 49 2188 113 1.0000 0.036 1

HEB 140 48.62 900 900 1800 1509 216 24 49 2188 11 1.0000 0.002 1

HEA 100 48.62 900 900 1800 349 73 24 49 2188 31 1.0000 0.008 1

HEB 100 48.62 900 900 1800 450 90 24 49 2188 25 1.0000 0.006 1

HEB 10 48.62 900 900 1800 864 144 24 49 2188 16 1.0000 0.003 1

HEB 140 48.62 900 900 1800 1509 216 24 49 2188 11 1.0000 0.002 1

HEB 160 48.62 900 900 1800 2492 311 24 49 2188 8 1.0000 0.001 1

HEB 180 48.62 900 900 1800 3831 426 24 49 2188 6 1.0000 0.001 1

HEB 00 48.62 900 900 1800 5696 570 24 49 2188 4 1.0000 0.000 1

MA

= F$ ∗ b / L

σ = M / W

MB

= F$ ∗ ' / L )

+'x =#F

2 ∗ b / # 9 ∗ 100000 ∗ I

x

∗ L ∗

3

0,5(( ∗ L2

− b2

)

3/2

M+'x

= F$ ∗ ' ∗ b / L

σ

'*+ = 8,0 #-/+(

) '*+ L /,00 #+(

F$

-

'

++

b

++

L

++

Ix

+4

Wx

+3M

AM

BM

+'x σ8,0)

+'x+

) '*+

F$

'

B

A

bL

L



CALCULO DE MENSULAS

of 20

INPUT DATA RESULTS

PROFILEσ

L 80 8 500 1500 72 13 9375 745 1.0000 0.14492 1

UPN 80 500 1500 106 27 9375 354 1.0000 0.09871 1

IPE 80 500 1500 80 20 9375 469 1.0000 0.13063 1

IPN 80 500 1500 78 20 9375 481 1.0000 0.13449 1

HEB 140 500 1500 1509 216 9375 44 1.0000 0.00693 1HEA 100 500 1500 349 73 9375 129 1.0000 0.02996 1

HEB 0 500 1500 8091 736 9375 13 1.0000 0.00129 1

HEB 0 500 1500 8091 736 9375 13 1.0000 0.00129 1

HEB 0 500 1500 8091 736 9375 13 1.0000 0.00129 1

HEB 0 500 1500 8091 736 9375 13 1.0000 0.00129 1

HEB 0 500 1500 8091 736 9375 13 1.0000 0.00129 1

HEB 0 500 1500 8091 736 9375 13 1.0000 0.00129 1

M+'x

= F$ ∗ L / 8

σ = M+'x

/ WX

) +'x

=# , ∗F2 ∗ L3 / # 384 ∗ 100000 ∗ I

x

(

σ

'*+ = 8,0 #-/+

(

) '*+

L / ,00 #+(

F$

- L

++

Ix

+4

Wx

+3M

+'x σ8,0)

+'x

+)

'*+

F$

BA

L



CALCULO DE PORTICOS 1

of 20

- = H / L

INPUT DATA RSULTS

-λ ω

1000 2500 1000 1500 4000 40.3 845 2.94 78 1.60 273 0 !N"A 395 605 839 15750 1681 3322 673 18.53 !N"A !N"A 201 9 0 1.69 0

1000 2500 1000 1500 4000 58.8 8030 2.9 535 1.60 276 0 !N"A 395 605 839 15750 1681 3322 673 18.53 !N"A !N"A 29 1 0 0.18 1

1000 2500 1000 1500 4000 53.8 8356 3.35 557 1.60 239 0 9.7 395 605 839 15750 1681 3322 673 18.53 71 108 28 1 1 0.17 1

1000 2500 1000 1500 4000 69.0 9800 2.56 653 1.60 313 0 !N"A 395 605 839 15750 1681 3322 673 18.53 !N"A !N"A 24 1 0 0.15 1

1000 2500 1000 1500 4000 65.3 3831 4.57 426 1.60 176 1 5.2 395 605 839 15750 1681 3322 673 18.53 32 48 37 2 1 0.37 1

1000 2500 1000 1500 4000 53.8 3692 4.98 389 1.60 161 1 4.4 395 605 839 15750 1681 3322 673 18.53 32 49 41 2 1 0.39 1

1000 2500 1000 1500 4000 91.0 8091 5.59 736 1.60 144 1 3.5 395 605 839 15750 1681 3322 673 18.53 15 23 21 1 1 0.18 1

1000 2500 1000 1500 4000 16.4 541.2 1.65 77 1.60 485 0 !N"A 395 605 839 15750 1681 3322 673 18.53 !N"A !N"A 204 9 0 2.64 0

1000 2500 1000 1500 4000 16.4 541.2 1.65 77 1.60 485 0 !N"A 395 605 839 15750 1681 3322 673 18.53 !N"A !N"A 204 9 0 2.64 0

1000 2500 1000 1500 4000 91.0 8091 5.59 736 1.60 144 1 3.5 395 605 839 15750 1681 3322 673 18.53 15 23 21 1 1 0.18 1

1000 2500 1000 1500 4000 91.0 8091 5.59 736 1.60 144 1 3.5 395 605 839 15750 1681 3322 673 18.53 15 23 21 1 1 0.18 1

1000 2500 1000 1500 4000 91.0 8091 5.59 736 1.60 144 1 3.5 395 605 839 15750 1681 3322 673 18.53 15 23 21 1 1 0.18 1

σ

>?'%&: AB= ω ∗ $

A / A%&'

$A = F

$ ∗ L

' / L ∗ ##1##L

b#L

' @ L

b( / L#6-1(((

σ

?'%&: D= ω ∗ $

D / A%&'

$D = F

$ @ $

A σ

*;&? B= M

B / W

X

MA = #F

$ ∗ L

b

∗ L' /L( ∗ ##1 / #-( @ ##L

' @ L

b( / L#6-1(((

σ

*;&? E= M

E / W

X

MB = #F

$ ∗ L

b

∗ L' /L( ∗ ##1 / #-( ##L

' @ L

b( / L#6-1((( )

E = #10 ∗ F

$ ∗ L

' ∗ L

b ( / # 3 ∗ 100000 ∗ I

X ∗ L (

M = #F

$ ∗ L

b

∗ L' /L( ∗ ##1 / #-( @##L

' @ L

b( / L#6-1(((

λ

'*+ 00

MD = #F

$ ∗ L

b

∗ L' /L( ∗ ##1 / #-( ##L

' @ L

b( / L#6-1(((

λ = ∗ H#+( / +;

ME = 1 / L #F

$ ∗ L

b

∗ L' L

' ∗ M

B L

b ∗ M

( )

'*+ = L/,00 #+(

σ

'*+ = 8,0 #-/+(

F$

#-(

L

#++(

L'

#++(

Lb

#++(

H

#++(

A%&'

#+(

IX +;

Wx λ =00 $

A$

DM

AM

BM

M

DM

EW

"

σ

>?'%&:

AB

σ

>?'%&:

D

σ

*;&?

B

σ

*;&?

E

σ< 8,0 ) E

) '*+

H

F$

L

A

B

Lb

L'

M

D

D

E



CALCULO DE PORTICOS 2

of 20

- = H / L

INPUT DATA RESULTS

OFILE; ++

-ω

60 6 188 374.8 500 86.2 202.4 6.91 22.8 5.29 1.17 1.33 86 2 1 26 52 1673 54 10 0.06 1.00 0.0572 1

N 80 188 288.6 500 86.2 202.4 11 106 26.5 1.33 1.73 C6 1 1 30 61 1681 28 2 0.03 1.00 0.0070 1

E 80 188 288.6 500 86.2 202.4 7.64 80.1 20 1.05 1.73 96 2 1 30 61 1681 48 3 0.06 1.00 0.0092 1

N 80 188 288.6 500 86.2 202.4 7.57 77.8 19.5 0.91 1.73 110 2 1 30 61 1681 55 3 0.06 1.00 0.0095 1

B 100 188 288.6 500 86.2 202.4 26.04 450 90 2.53 1.73 40 1 1 30 61 1681 9 1 0.01 1.00 0.0016 1

A 100 188 288.6 500 86.2 202.4 21.24 349.2 72.76 2.51 1.73 40 1 1 30 61 1681 11 1 0.01 1.00 0.0021 1

B 0 188 288.6 500 86.2 202.4 91.04 8091 736 5.59 1.73 18 1 1 30 61 1681 2 0 0.00 1.00 0.0001 1

B 100 188 288.6 500 86.2 202.4 26.04 450 90 2.53 1.73 40 1 1 30 61 1681 9 1 0.01 1.00 0.0016 1

B 100 188 288.6 500 86.2 202.4 26.04 450 90 2.53 1.73 40 1 1 30 61 1681 9 1 0.01 1.00 0.0016 1

B 100 188 288.6 500 86.2 202.4 26.04 450 90 2.53 1.73 40 1 1 30 61 1681 9 1 0.01 1.00 0.0016 1

B 100 188 288.6 500 86.2 202.4 26.04 450 90 2.53 1.73 40 1 1 30 61 1681 9 1 0.01 1.00 0.0016 1

B 100 188 288.6 500 86.2 202.4 26.04 450 90 2.53 1.73 40 1 1 30 61 1681 9 1 0.01 1.00 0.0016 1

σ

>?'%&: =# ω ∗ $

A / A%&'( # 059 ∗ M

B / W

X (

$A = $

D = F σ

*;&? = M

B / W

X

MA = M

D = #F ∗ + ∗ ;( / # L ∗ #-(( )

E =# 10 ∗ F ∗ + ∗# 3L @ 4+( / # 4 ∗ 100000 ∗ I

x (( ## 10 ∗ M

B ∗ L ( / # 8 ∗ 100000 ∗ I

X ((

MB = M

= # ∗ F ∗ + ∗ ;( / # L ∗ #-((

λ

'*+ 00

ME= #F ∗ +( M

B

λ = ∗ H#+( / +;

) '*+

= L/,00 #+(

σ

'*+ = 8,0 #-/+(

F

-

L

++

H

++

+

++

A%&'

+IX

WX

+; λ λ

'*+ 00 M

A= M

DM

B= M

M

E σ

>?'%&: σ

*;&? W

X

σ8,0 ) E

) '*+

H

F

E

L

F

E

++

B

MA M

D

A D

;



CALCULO DE PORTICOS CARGA DISTRIBUIDA

of 20

- = H / L

INPUT DATA RESULTS

PROFILE -ω

L 130 1 1500 3000 2500 30 472 50.4 2.54 0.83333 19C 7 1 13235 26471 29779 636 525 35.03 0.5320 1

UPN 60 1500 3000 2500 48.3 4820 371 2.56 0.83333 196 6 1 13235 26471 29779 165 71 35.03 0.0521 1

IPE 40 1500 3000 2500 39.12 3892 324.3 2.69 0.83333 186 6 1 13235 26471 29779 185 82 35.03 0.0645 1

IPN 300 1500 3000 2500 69 9800 653 2.56 0.83333 196 6 1 13235 26471 29779 107 41 35.03 0.0256 1

HEB 100 1500 3000 2500 26.04 450 90 2.53 0.83333 198 7 1 13235 26471 29779 455 294 35.03 0.5580 1

HEA 10 1500 3000 2500 25.34 606.2 106.3 3.02 0.83333 166 5 1 13235 26471 29779 362 249 35.03 0.4142 1

HEB 0 1500 3000 2500 91.04 8091 736 5.59 0.83333 90 2 1 13235 26471 29779 46 36 35.03 0.0310 1

HEB 10 1500 3000 2500 34.01 864 144 3.06 0.83333 164 5 1 13235 26471 29779 266 184 35.03 0.2906 1

HEB 10 1500 3000 2500 34.01 864 144 3.06 0.83333 164 5 1 13235 26471 29779 266 184 35.03 0.2906 1

HEB 10 1500 3000 2500 34.01 864 144 3.06 0.83333 164 5 1 13235 26471 29779 266 184 35.03 0.2906 1

HEB 10 1500 3000 2500 34.01 864 144 3.06 0.83333 164 5 1 13235 26471 29779 266 184 35.03 0.2906 1

HEB 10 1500 3000 2500 34.01 864 144 3.06 0.83333 164 5 1 13235 26471 29779 266 184 35.03 0.2906 1

σ

>?'%&: =# ω ∗ $

A / A%&'( # 059 ∗ M

B / W

X (

$A = $

D = F / σ

*;&? = M

B / W

X

MA = M

D = F ∗ L / ## 1 ∗ # - ((

λ

'*+ 00

MB = M

= F ∗ L / ## 6 ∗ # - ((

λ = ∗ H#+( / +;

M+'x

= F ∗ L ∗ # 3- ( / ## 4 ∗ # - (( ) '*+

= L/,00 #+(

) +'x

= # , ∗ F ∗ L3 / 384 ∗ 100000 ∗ I

X ( ## F ∗ L3 ( / # 19 ∗ 100000 ∗ I

X ((

σ

'*+ = 8,0 #-/+(

F

-

L

++

H

++

A%&'

+

Ix

WX

+; λ λ

'*+ 00 M

A= M

DM

B= M

M

+'x σ

>?'%&: σ

*;&? W

" )

+'x)

'*+

H

L

F

B

MA M

D

A D



CALCULO DE COLUMPIOS

of 20

INPUT DATA RESULTS

PROFILE -

L 100 10 500 800 600 19.2 177 73 18 25 250 1.333 1125 2250 5250 6.2 105 214 1 0.0811 1

UPN 140 500 800 600 20.4 605 63 15 86 250 1.333 1125 2250 5250 6.2 39 61 1 0.0940 1

IPE 160 500 800 600 20.09 869 68 17 109 250 1.333 1125 2250 5250 6.2 34 49 1 0.0863 1IPN 160 500 800 600 22.8 935 55 15 117 250 1.333 1125 2250 5250 6.2 31 45 1 0.1077 1

HEB 100 500 800 600 26.04 450 167 33 90 250 1.333 1125 2250 5250 6.2 35 59 1 0.0353 1

HEA 100 500 800 600 21.24 349 134 27 73 250 1.333 1125 2250 5250 6.2 43 73 1 0.0440 1

HEB 0 500 800 600 91.04 8091 2843 258 736 250 1.333 1125 2250 5250 6.2 6 8 1 0.0021 1

HEB 140 500 800 600 42.96 1509 550 79 216 250 1.333 1125 2250 5250 6.2 17 25 1 0.0107 1

HEB 140 500 800 600 42.96 1509 550 79 216 250 1.333 1125 2250 5250 6.2 17 25 1 0.0107 1

HEB 140 500 800 600 42.96 1509 550 79 216 250 1.333 1125 2250 5250 6.2 17 25 1 0.0107 1

HEB 140 500 800 600 42.96 1509 550 79 216 250 1.333 1125 2250 5250 6.2 17 25 1 0.0107 1

HEB 140 500 800 600 42.96 1509 550 79 216 250 1.333 1125 2250 5250 6.2 17 25 1 0.0107 1

- = H / L ) E

= ## 10 ∗ F$ ∗ L3

( / # 48 ∗ 100000 ∗ I

X(( @ ## 10 ∗ M

B ∗ L ( / # 8 ∗ 100000 ∗ I

X((

$A = $

D = F

$ /

σ

>?'%&: = # M

B / W

X ( # $

A / AREA (

MA = M

D = # F

$ ∗ L( / # 8 ∗ # - ((

σ

*;&? = M

E / W

X

MB

= M

= # F$

∗ L ( / # 4 ∗ # - ((

σ

'*+ = 8,0 #-/+

(

ME = # F

$ ∗ L / 4 ( ∗ ## - 1 (/ # - (( )

'*+ L / ,00 #+(

F$

- H

++

L

++

A%&'

+I"

Ix

W"

Wx

$A/D

MA/D

MB/

ME

W"

σ

>?'%&:σ

*;&? σ 8,0 ) E

) '*+

H

F$

L

B

AD

E



To#$%o&

of 20

H = *:';' &;%& &+>%'+&;:

INPUT DATA RESULTS

PERFILθ )

A HEB 80879 594 171

19270 153 18 85.007515.45 15030.9 88.417059 1 0.003602 0.3175879 1

B HEB 80 19270 153 18 85.00

A HEB 140879 594 171

1509 22.5 12 18.757515.45 15030.9 88.417059 1 0.003602 0.3288474 1

B HEB 80 19270 153 18 85.00

A IPE 10879 594 171

317.8 1.74 6.3 2.767515.45 15030.9 804.65203 1 0.059008 5.2447924 0

B HEB 100 450 9.34 10 9.34

A IPE 10879 594 171

317.8 1.74 6.3 2.767515.45 15030.9 294.27967 1 0.016600 1.5171798 0

B HEB 160 2492 33.2 13 25.54

A L 100 10879 594 171

176.7 104 10 104.007515.45 15030.9 804.65203 1 0.059008 5.2911114 0

B HEB 100 450 9.34 10 9.34

A IPE 10879 594 171

317.8 1.74 6.3 2.767515.45 15030.9 294.27967 1 0.016600 1.5171798 0

B HEB 160 2492 33.2 13 25.54

A UPN 140879 594 171

605 6.02 10 6.027515.45 15030.9 804.65203 1 0.059008 5.2172566 0

B HEB 100 450 9.34 10 9.34

A HEB 100879 594 171

450 9.34 10 9.347515.45 15030.9 804.65203 1 0.059008 5.2277517 0

B HEB 100 450 9.34 10 9.34

MA = P ∗ L

M = 1/ P ∗ L #P'%' H/(

& = &:>&:% +'x. *&? >&%)?

W = I

/ &

) = # P ∗ L3 / # 3 ∗ 100000 ∗ I XA

(( # L ∗ θ

θ = A ∗ ∗

σ = M

∗ W

σ+'x +

) +'x L / ,00 #+(

L

++

H

++

P

-

IX

+3

I

+4

&

++

W

+3M

M

A σ σ 8,0 ) L / ,00

L

P

&

M

M

P&%)? A

P&%)? B

MH

θ

A




of 20

λ ω

1 1.00

2 1.00

3 1.00

4 1.00

5 1.00

6 1.00

7 1.00

8 1.00

9 1.00

10 1.00

11 1.00

12 1.00

13 1.00

14 1.00

15 1.00

16 1.00

17 1.00

18 1.00

19 1.00

20 1.04

21 1.04

22 1.04

23 1.05

24 1.05

25 1.06

26 1.06

27 1.07

28 1.07

29 1.08

30 1.08

31 1.09

32 1.09

33 1.10

34 1.1035 1.11

36 1.11

37 1.12

38 1.13

39 1.13

40 1.14

41 1.14

42 1.15

43 1.16

44 1.16

45 1.17

46 1.18

47 1.1948 1.19

49 1.20

50 1.21

51 1.22

52 1.23

53 1.23

54 1.24

55 1.25

56 1.26

57 1.27

58 1.28

59 1.29

60 1.30

61 1.31

62 1.32

63 1.33

64 1.34

65 1.35

66 1.36

67 1.37

68 1.39

A B

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

65

66

67

68

69




of 20

69 1.40

70 1.41

71 1.42

72 1.44

73 1.45

74 1.46

75 1.4876 1.49

77 1.50

78 1.52

79 1.53

80 1.55

81 1.56

82 1.58

83 1.59

84 1.61

85 1.62

86 1.64

87 1.66

88 1.68

89 1.69

90 1.71

91 1.73

92 1.74

93 1.76

94 1.78

95 1.80

96 1.82

97 1.84

98 1.86

99 1.88

100 1.90

101 1.92

102 1.94

103 1.96

104 1.98

105 2.00

106 2.02

107 2.05

108 2.07

109 2.09

110 2.11

111 2.14

112 2.16

113 2.18114 2.21

115 2.23

116 2.27

117 2.31

118 2.35

119 2.39

120 2.43

121 2.47

122 2.51

123 2.55

124 2.60

125 2.64

126 2.68

127 2.72

128 2.77

129 2.81

130 2.85

131 2.90

132 2.94

133 2.99

134 3.03

A B

70

71

72

73

74

75

7677

78

79

80

81

82

83

84

85

86

87

88

89

90

91

92

93

94

95

96

97

98

99

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

121

122

123

124

125

126

127

128

129

130

131

132

133

134

135




of 20

135 3.08

136 3.12

137 3.17

138 3.22

139 3.26

140 3.31

141 3.36142 3.41

143 3.45

144 3.50

145 3.55

146 3.60

147 3.65

148 3.70

149 3.75

150 3.80

151 3.85

152 3.90

153 3.95

154 4.00

155 4.06

156 4.11

157 4.16

158 4.22

159 4.27

160 4.32

161 4.38

162 4.43

163 4.49

164 4.54

165 4.60

166 4.65

167 4.71

168 4.77

169 4.82

170 4.88

171 4.94

172 5.00

173 5.05

174 5.11

175 5.17

176 5.23

177 5.29

178 5.35

179 5.41180 5.47

181 5.53

182 5.59

183 5.66

184 5.72

185 5.78

186 5.84

187 5.91

188 5.97

189 6.03

190 6.10

191 6.16

192 6.23

193 6.29

194 6.36

195 6.42

196 6.49

197 6.55

198 6.62

199 6.69

200 6.75

A B

136

137

138

139

140

141

142143

144

145

146

147

148

149

150

151

152

153

154

155

156

157

158

159

160

161

162

163

164

165

166

167

168

169

170

171

172

173

174

175

176

177

178

179

180

181

182

183

184

185

186

187

188

189

190

191

192

193

194

195

196

197

198

199

200

201




of 20

201 6.82

202 6.89

203 6.96

204 7.03

205 7.10

206 7.17

207 7.24208 7.31

209 7.38

210 7.45

211 7.52

212 7.59

213 7.66

214 7.73

215 7.81

216 7.88

217 7.95

218 8.03

219 8.10

220 8.17

221 8.25

222 8.32

223 8.40

224 8.47

225 8.55

226 8.63

227 8.70

228 8.78

229 8.86

230 8.93

231 9.01

232 9.09

233 9.17

234 9.25

235 9.33

236 9.41

237 9.49

238 9.57

239 9.65

240 9.73

241 9.81

242 9.89

243 9.97

244 10.05

245 10.14246 10.22

247 10.30

248 10.39

249 10.47

250 10.55

A B

202

203

204

205

206

207

208209

210

211

212

213

214

215

216

217

218

219

220

221

222

223

224

225

226

227

228

229

230

231

232

233

234

235

236

237

238

239

240

241

242

243

244

245

246

247

248

249

250

251



PRONTUARIO P'g%&a 20

S"??'b:

!

b

% X G X X X

& *

! !

P#of%(e

)e* +(a&geRa,%-$ A#ea Pe$o

Refe#%,o a( ee/#a%( ,%ae#o &o#a(

U

* e # A P ) ,

g"

IPE 80 80 46 3.8 5.2 5 7.6 6.0 80 20 3.24 8 4 1.05 11.6 6.9 : : : 60 69.6 0.72 118 328

IPE 100 100 55 4.1 5.7 7 10.3 8.1 171 34 4.07 16 6 1.24 19.7 8.7 : : : 74.6 88.6 1.20 351 400

IPE 10 120 64 4.4 6.3 7 13.2 10.4 318 53 4.90 28 9 1.45 30.4 10.5 35 : : 93.4 107.4 1.74 890 475

IPE 140 140 73 4.7 6.9 7 16.4 12.9 541 77 5.74 45 12 1.65 44.2 12.3 40 11 : 112.2 126.2 2.45 1981 551

IPE 160 160 82 5.0 7.4 9 20.1 15.8 869 109 6.58 68 17 1.84 61.9 14.0 44 13 : 127.2 145.2 3.60 3959 623

IPE 180 180 91 5.3 8.0 9 24.0 18.8 1317 146 7.42 101 22 2.05 83.2 15.8 48 13 M10 146.0 164.0 4.79 7431 698

IPE 00 200 100 5.6 8.5 12 28.5 22.4 1943 194 8.26 142 28 2.24 110.0 17.6 52 13 M10 159.0 183.0 6.98 12990 768

IPE 0 220 110 5.9 9.2 12 33.4 26.2 2772 252 9.11 205 37 2.48 143.0 19.4 58 17 M12 177.6 201.6 9.07 22670 848

IPE 40 240 120 6.2 9.8 15 39.1 30.7 3892 324 9.97 284 47 2.69 183.0 21.2 65 17 M12 190.4 220.4 12.88 37390 922

IPE C0 270 135 6.6 10.2 15 46.0 36.1 5790 429 11.23 420 62 3.02 242.0 23.9 72 21 M16 219.6 249.6 15.94 70580 1040

IPE 300 300 150 7.1 10.7 15 53.8 42.2 8356 557 12.46 604 81 3.35 314.0 26.6 80 23 M16 248.6 278.6 20.12 125900 1160

b

%

X G X X X

& *

! !

P#of%(e

A(a A(a Refe#%,o a( ee/#a%( ,%ae#o &o#a(

S; $; U

* e <#2 A P ) ,

g"

IPN 80 80 42 3.9 5.9 2.3 7.57 5.94 78 20 3.20 6 3 0.91 11.4 6.84 22 : : 59 4.43 0.93 87.5 304

IPN 100 100 50 4.5 6.8 2.7 10.6 8.34 171 34 4.01 12 5 1.07 19.9 8.57 28 : : 75 5.05 1.72 268 370

IPN 10 120 58 5.1 7.7 3.1 14.2 11.1 328 55 4.81 22 7 1.23 31.80 10.30 32 : : 92 5.67 2.71 685 439

IPN 140 140 66 5.7 8.6 3.4 18.3 14.3 573 82 5.61 35 11 1.40 47.70 12.00 34 11 : 109 6.29 4.32 1540 502

IPN 160 160 74 6.3 9.5 3.8 22.8 17.9 935 117 6.4 55 15 1.55 68.00 13.70 40 11 : 125 6.91 6.57 3138 575

IPN 180 180 82 6.9 10.4 4.1 27.9 21.9 1450 161 7.2 81 20 1.71 93.40 15.50 44 13 : 142 7.53 9.58 5924 640

IPN 00 200 90 7.5 11.3 4.5 33.4 26.2 2140 214 8.0 117 26 1.87 125 17.20 48 13 : 159 8.15 13.5 10520 709

IPN 0 220 98 8.1 12.2 4.9 39.5 31.1 3060 278 8.8 162 33 2.02 162 18.90 52 13 M10 176 8.77 18.6 17760 775

IPN 40 240 106 8.7 13.1 5.2 46.1 36.2 4250 354 9.59 221 42 2.20 206 20.60 56 17 M10 192 9.39 25.0 28730 844

IPN 60 260 113 9.4 14.1 5.6 53.3 41.9 5740 442 10.4 288 51 2.32 257 22.30 60 17 M12 208 10.15 33.5 44070 906

IPN 80 280 119 10.1 15.2 6.1 61.0 47.9 7590 542 11.1 364 61 2.45 316 24.00 62 17 M12 225 11.04 44.2 64580 966

IPN 300 300 125 10.8 16.2 6.5 69.0 54.2 9800 653 11.9 451 72 2.56 381 25.70 64 21 M12 241 11.83 56.8 91850 1030

b

%

X G X X X&

*

! !

P#of%(e

A(a A(aRa,%o A#ea Pe$o


U

* e # A P ) ,

g"

HEA 100 96 100 5.0 8.0 12 21.24 16.7 349 73 4.06 134 27 2.51 41.5 8.4 55 : 13 M10 56 4.83 2581 561

HEA 10 114 120 5.0 8.0 12 25.34 19.9 606 106 4.89 231 38 3.02 59.7 10.1 65 : 17 M12 74 5.81 6472 677

HEA 140 133 140 5.5 8.5 12 31.42 24.7 1033 155 5.73 389 56 3.52 86.7 11.9 75 : 21 M16 92 8.22 15060 794

HEA 160 152 160 6.0 9.0 15 38.77 30.4 1673 220 6.57 616 77 3.98 123 13.6 85 : 23 M20 104 11.30 31410 906

HEA 180 171 180 6.0 9.5 15 45.25 35.5 2510 294 7.45 925 103 4.52 162 15.5 100 : 25 M24 122 14.70 60210 1020

HEA 00 190 200 6.5 10.0 18 53.83 42.3 3692 389 8.28 1336 134 4.98 215 17.2 110 : 25 M27 134 19.20 108000 1140

HEA 0 210 220 7.0 11.0 18 64.34 50.5 5410 515 9.17 1955 178 5.51 284 19.0 120 : 25 M27 152 28.00 193300 1260

HEA 40 230 240 7.5 12.0 21 76.84 60.3 7763 675 10.05 2769 231 6.00 372 20.9 90 35 25 M27 164 39.40 328500 1370

HEA 60 250 260 7.5 12.5 24 86.82 68.2 10450 836 10.97 3668 282 6.50 460 22.7 100 40 25 M27 177 47.80 516400 1480

HEA 80 270 280 8.0 13.0 24 97.26 76.4 13670 1013 11.86 4763 340 7.00 556 24.6 110 45 25 M27 196 58.30 785400 1600

HEA 300 290 300 8.5 14.0 27 112.50 88 18260 1260 12.74 6310 421 7.49 692 26.4 120 50 25 M27 208 77.70 1200000 1720

b

%

X G X X X

& *

! !

P#of%(e



U

* e # A P ) ,

g"

HEB 100 100 100 6.0 10.00 12.0 26.04 20.4 450 90 4 167 33 2.53 52 9 55 : 13 M10 56 9.34 3375 567

HEB 10 120 120 6.5 11.0 12.0 34.01 26.7 864 144 5.00 318 53 3.06 83 11 65 : 17 M12 74 14.9 9410 686

HEB 140 140 140 7.0 12.0 12.0 42.96 33.7 1509 216 6 550 79 3.58 123 12 75 : 21 M16 92 22.5 22480 805

HEB 160 160 160 8.0 13.0 15.0 54.25 42.6 2492 311 7 889 111 4.05 177 14 85 : 23 M20 104 33.2 47940 918

HEB 180 180 180 8.5 14.0 15.0 65.25 51.2 3831 426 8 1363 151 4.57 241 16 100 : 25 M24 122 46.5 93750 1040

HEB 00 200 200 9.0 15.0 18.0 78.08 61.3 5696 570 9 2003 200 5.07 321 18 110 : 25 M27 134 63.4 171100 1150

HEB 0 220 220 9.5 16.0 18.0 91.04 71.5 8091 736 9 2843 258 5.59 414 20 120 : 25 M27 152 84.4 295400 1270

HEB 40 240 240 10.0 17.0 21.0 106 83.2 11259 938 10 3923 327 6.08 527 21 90 35 25 M27 164 110 486900 1380

HEB 60 260 260 10.0 17.5 24.0 118.4 93.0 14919 1150 11 5135 395 6.58 641 23 100 40 25 M27 177 130 753700 1500

HEB 80 280 280 10.5 18.0 24.0 131.4 103 19270 1380 12 6595 471 7.09 767 25 110 45 25 M27 196 153 1130000 1620

HEB 300 300 300 11.0 19.0 27.0 149.1 117.0 25166 1680 13 8563 571 7.58 934 27 120 50 25 M27 208 192 1688000 1730

b

*

%

&

G X X

! !

P#of%(e


Refe#%,o a( ee

S; $;/#a%( ,%ae#o &o#a(

E$=e$o#e$ e& e( a(a

* e A P )

g"

UPN 80 80 45 6 8 4 11 8.64 106 27 3.1 19 6 1.33 15.9 6.65 1.45 25 13 : 46 2.24 6.2 9.8 2.67

UPN 100 100 50 6 8.5 4.5 13.5 10.6 206 41 3.91 29 8 1.47 24.5 8.42 1.55 30 13 : 64 2.96 6.5 10.5 2.93

UPN 10 120 55 7 9 4.5 17.0 13.4 364 61 4.62 43 11 1.59 36.3 10 1.6 30 17 : 82 4.3 6.8 11.2 3.03

UPN 140 140 60 7 10 5 20.4 16.0 605 86 5.45 63 15 1.75 51.4 11.8 1.75 35 17 M12 98 6.02 7.6 12.4 3.37

UPN 160 160 65 7.5 10.5 5.5 24.0 18.8 925 116 6.21 85 18 1.89 68.8 13.3 1.84 35 21 M12 115 7.81 7.9 13.1 3.56

UPN 180 180 70 8 11 5.5 28.0 22.0 1350 150 6.95 114 22 2.02 89.6 15.1 1.92 40 21 M16 133 9.98 8.2 13.8 3.75

UPN 00 200 75 8.5 11.5 6 32.2 25.3 1910 191 7.7 148 27 2.14 114 16.8 2.01 40 23 M16 151 12.6 8.5 14.5 3.94

UPN 0 220 80 9 12.5 6.5 37.4 29.4 2690 245 8.48 197 34 2.3 146 18.5 2.14 45 23 M16 167 17 9.3 15.7 4.2

UPN 40 240 85 9.5 13 6.5 42.3 33.2 3600 300 9.22 248 40 2.42 179 20.1 2.23 45 25 M20 184 20.8 9.6 16.4 4.39UPN 60 260 90 10 14 7 48.3 37.9 4820 371 9.99 317 48 2.56 221 21.8 2.36 50 25 M22 200 23.7 10.4 17.6 4.66

UPN 80 280 95 10 15 7.5 53.3 41.8 6280 448 10.9 399 57 2.74 266 23.6 2.53 50 25 M22 216 33.2 11.2 18.8 5.02

UPN 300 300 100 10 16 8 58.8 46.2 8030 535 11.7 495 68 2.9 316 25.4 2.7 55 25 M24 232 40.6 12.0 20.0 5.41

!

b *

%

b

b

P#of%(e

D%$a&%a$ a f%*#a$ e;e#&a$Pe$o

Refe#%,o a( ee /#a%( ,%ae#o &o#a( U < & &

# >? > A P I; < I ); < ) %; <% I& )& %& I % ) , I;

g"

L 30 3 5 2.5 0.84 3 1.18 1.7 1.36 1 1 0.9 0.58 0.49 0.58 2.23 1.13 17 : 8.5 19 116 0.84

L 40 4 6 3 1.12 4 1.58 3.1 2.42 4 2 1.21 1.85 1.17 0.78 7.09 1.52 22 : 11 27 155 2.62

L 4, , 7 3.5 1.28 5 1.81 4.3 3.38 8 2 1.35 3.25 1.80 0.87 12.4 1.70 25 : 11 29 174 4.58

L ,0 , 7 3.5 1.40 5 1.99 4.8 3.77 11 3 1.51 4.54 2.29 0.97 17.4 1.90 30 : 13 34 194 6.41

L 60 6 8 4 1.69 6 2.39 6.9 5.42 23 5 1.82 9.43 3.95 1.17 36.2 2.29 35 : 17 42 223 13.40

L C0 C 9 4.5 1.97 7 2.79 9.4 7.38 42 8 2.12 17.50 6.27 1.36 67.1 2.67 40 : 17 49 272 24.80

L 80 8 10 5 2.26 8 3.19 12.3 9.63 72 13 2.43 29.80 9.36 1.55 115 3.06 45 : 21 57 311 42.70

L 90 9 11 5.5 2.54 9 3.59 15.5 12.20 116 18 2.74 47.80 13.30 1.76 184 3.45 50 : 21 64 351 68.20

L 100 10 12 6 2.82 10.00 3.99 19.2 15.0 177 25 3.04 72.65 18.30 1.95 280.0 3.83 55 : 21 72 390 104

L 110 1 12 6 3.15 12.00 4.45 25.1 19.7 280 36 3.34 116.0 26.1 2.15 444.0 4.21 45 70 25 80 430 164

L 10 11 13 6.5 3.36 11.00 4.75 25.4 19.9 341 4 3.66 140.0 29.5 2.35 541.0 4.62 50 80 21 89 469 201

L 130 1 14 7 3.64 12.00 5.15 30.0 23.6 472 50 3.97 194.0 37.7 2.54 750.0 5.00 50 90 25 97 508 278

L 140 13 15 7.5 3.92 13.00 5.54 35.0 27.4 638 63 4.27 262.0 47.3 2.74 1010 5.38 55 100 25 104 547 376

L 1,0 14 16 8 4.21 14.00 5.95 40.3 31.6 845 78 4.58 347.0 58.3 2.94 1340 5.77 55 110 25 112 586 498

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