Pintura Area

February 15, 2023 | Author: Anonymous | Category: N/A
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EL LA A B: B:

AREAS Y PERIMETROS EN ACCESORIOS Y PERFILES

G. AV IIL LA D.

CODO - 90°

CODO - 90°

  RC !

 RL !

2"Ø

A=0.022 M²

4"Ø

=0 =0.058

2"Ø

CODO 45°

A=0.023 M²

3"Ø

= =0 0.050

2"Ø

BRI DAS

A=0.011 M²

3"Ø

= =0 0.025

TE RECTA

"

#50 $

%00 $

00 $

2"Ø

A=0.020 M²

A=0.024 M²

A=0.025 M²

2"Ø

A=0.030 M²

ESTRUCTURALES REDUCC. CONC. & EXCENT. 3" x 2"Ø

A=0.020 M²

22" x 14"

A=0.727 M²

3"Ø

= =0 0.029

=0.036

=0.038

3"Ø

= =0 0.059

4" x 2"

=0.059

22" x 16"

=0.769

TAP. CACH.

VALVULAS GLOBO

DUO CHEC'

2" Ø = 0.26 M²

2" Ø = 0.23 M²

4" = 0.53

4" = 0.47

1/2" Ø = 0.002 M² 3/4" = 0.003

4"Ø

= =0 0.065

4"Ø

=0 =0.042

4"Ø

= =0 0.040

=0.049

=0.060

4"Ø

= =0 0.094

4" x 3"

=0.031

22" x 18"

=0.810

5"Ø

= =0 0.132

5"Ø

= =0 0.066

5"Ø

= =0 0.054

=0.064

=0.083

5"Ø

= =0 0.137

6" x 3"

=0.056

22" x 20"

=0.849

1 1/4" = 0.005

1" = 0.004 1 1/2" = 0.006

6"Ø

= =0 0.127

6"Ø

=0.190

6"Ø

= =0 0.094

6"Ø

=0.061

=0.074

=0.095

6"Ø

=0 =0.188

6" x 4"

=0.061

24" x 16"

=0.810

8"Ø

=0.220

8"Ø

=0.330

8"Ø

=0.164

8"Ø

=0.088

=0.104

=0.132

8"Ø

=0.305

8" x 3"

=0.072

24 24" x 18"

=0.848

10 10""Ø

=0.03 034 4

10" 0"Ø Ø

=0 =0.51 510 0

10"Ø

=0.2 .25 54

10"Ø

=0.1 0.107

=0.131

=0.186 186

10"Ø

=0.46 .462

8" x 4"

=0.079

24 24"" x 20"

=0. 0.8 890

12 12""Ø

=0.49 490 0

12" 2"Ø Ø

=0 =0.73 730 0

12"Ø

=0.3 .36 65

12"Ø

=0.1 0.143

=0.172

=0.214 214

12"Ø

=0.64 .645

8" x 6"

=0.091

26 26"" x 18"

=1. 1.0 060

14 14""Ø

=0.62 620 0

14" 4"Ø Ø

=0 =0.94 940 0

14"Ø

=0.4 .46 67

14"Ø

=0.1 0.177

=0.208

=0.247 247

14"Ø

=0.78 .782

10" x 4"

=0.107

26 26"" x 20"

=1.110

8" = 1.07

8" = 0.95

16"Ø

=0.810

16"Ø

=1.220

16"Ø

=0.610

16"Ø

=0.199

=0.241

=0.303

16"Ø

=0.973

10" x 6"

=0.122

26" x 24"

=1.193

4" = 0.023

10" = 1.34

10" = 1.19

18 18""Ø

=1.03 030 0

18" 8"Ø Ø

=1 =1.55 550 0

18"Ø

=0.7 .77 73

18"Ø

=0.2 0.238

=0.289

=0.346 346

18"Ø

=1.23 .231

10" x 8"

=0.136

30 30"" x 22"

=1. 1.2 212

5" = 0.039

12" = 1.60

12" = 1.43

2" = 0.007 2 1/2" = 0.009 3" = 0.014 3 1/2" = 0.020

6" = 0.80

6" = 0.71

20"Ø

=1.400

20"Ø

= =1 1.920

20"Ø

=0.956

20"Ø

=0.272

=0.323

=0.397

20"Ø

=1.519

12" x 6"

=0.157

30" x 24"

=1.308

6" = 0.050

14" = 1.87

14" = 1.67

24 24""Ø

=1.84 840 0

24" 4"Ø Ø

=2 =2.76 760 0

22"Ø

=1.1 .15 55

24"Ø

=0.3 0.339

=0.402

=0.493 493

22"Ø

=1.83 .836

12" x 8"

=0.172

30 30"" x 26"

=1. 1.3 358

8" = 0.070

16" = 2.14

16" = 1.91

30 30""Ø

=2.86 860 0

30" 0"Ø Ø

=4 =4.30 300 0

24"Ø

=1.3 .37 75

26"Ø

=0.2 0.288

=0.470

=0.600 600

24"Ø

=2.36 .366

12" x 10"

=0.190

36 36"" x 24"

=1. 1.4 457

10" = 0.109

18" = 2.21

18" = 2.15

36 36""Ø

=4.13 130 0

36" 6"Ø Ø

=6 =6.19 190 0

26"Ø

=1.6 .61 13

28"Ø

=0.3 0.321

=0.536

=0.675 675

26"Ø

=2.56 .568

14" x 6"

=0.269

36 36"" x 28"

=1. 1.4 453

12" = 0.155

20" = 2.68

20" = 2.39

42"Ø

=5.620

42"Ø

= 8. 8.440

30"Ø

=2.148

30"Ø

=0.372

=0.607

=0.754

30"Ø

=3.348

14" x 8"

=0.296

36" x 30"

=1.605

14" = 0.184

24" = 3.21

24" = 2.87

=4 =4.832

14" x 10"

54 54""Ø

=9.31 310 0

54" 4"Ø Ø

=13. =13.9 960

42"Ø

=4.2 .21 11

34"Ø

=0.4 0.461

=0.750

=0.913 913

42"Ø

=6.38 .383

14" x 12"

=0.350

42 42"" x 26"

=1. 1.6 649

18" = 0.292

36" = 4.82

36" = 4.31

60 60""Ø

48"Ø

=11. 1.4 470

= =7 7.350

60" 0"Ø Ø

48"Ø

=17. =17.2 200

=11.030

48"Ø

36"Ø

=5.5 .50 01

= =3 3.093

36"Ø

32"Ø

=0.5 0.512

=0.826

=1.007 007

48"Ø

=8.26 .268

16" x 8"

=0.347

42 42"" x 30"

=1. 1.7 748

20" = 0.395

42" = 5.62

42" = 5.03

16" x 10"

=0.376

48" x 24"

=2.041

24" = 0.511

48" = 6.43

48" = 5.75

16" x 12"

=0.405

48" x 26"

=2.095

30" = 0.639

54" = 7.23

54" = 6.46

60" = 8.04

60" = 8.18

#(* #(*++ , #(+ #(+-- 0.%# 0.%# ) 0.0% 0.0%

1.55 ML x 0.216 PER  PER   = 0.334

5(# 5(#+ +, , # %(4 %(4++-. . ) ) 0.# 0.#04 04

Ø

#( #(+ + , % #( #(++- *.*55 *.*55 ) 0.0% 0.0%

, +- %.#% ) 0.##*

4+- #0. #0 ) 0.9

#(4" #(4" = 0.019

,  #(4+ #(4+-- %. %.55 55* * ) 0. 0.#% #%0 0

, 4 #( #(+ +-- ##. #.%* %*5 5 ) 0. 0.5 54 4

0.248 KG/M

, (*+- 0.5%% ) 0.05#

,  #( +- %.95% ) 0.#4%

, 5+- #.50 ) 0.9

5(# = 5(# = 0.025

, #+- 0.%% ) 0.05

, %+- 4.44 ) 0.#*

, +- #5.#94 ) 0.%%0

0.388

, # #(*+- 0. # ) 0. 04

, % #( 4+- 5.#%9 ) 0.#*0

, *+- 0.0 ) 0.4%

%(*" %(*" = 0.030

, # #(4+ #(4+-- 0.9 0.9# # ) 0.0 0.00 0

, % #( #(+ +-- 5. 5.5% 5%5 5 ) 0. 0.#9 #94 4

, # #(+- 0. 949 ) 0. 0*%

, 4+- .%5 ) 0.#9

, +- .%%# ) 0.#%%

++- #. #.  ) 0.#0 0.#0* *

, 4 #( #(+ +-- . .# ## ) 0. 0.4 44 4

,  #( #(+ +-- . .9# 9#% % ) 0. 0.#5 #5* *

 

, 5 (* (*+ - 0.59 .59 % ) 0.04 .04 #

 

, %(4+- 0. # ) 0.04*

 

, #+#+- 0.94 0.949 9 ) 0.0 0.00 0

 

0.994 5(*" 5(*" = 0.050

, 5+- .9#4 ) 0.0

, %+- 9.49 ) 0.#*4 , 4 ++-- # . .  # ) 0. .% %5

1.550

, 5+- #5. * ) 0. *

%(4" %(4" = 0.060

, 5( 5(*+ *+-- #. #.#* #*  ) 0. 0.05 05# #

, + +-- #*.9 #*.99 9 ) 0. 0.%% %% 

  , # #(*+ #(*+-- #.0 #.0* * ) 0.0 0.0* *

, %( %(4+ 4+-- #. #.4 4% % ) 0. 0.05 05 

  , # #(4 #(4++- #.#* #.#* ) 0.0 0.0% %

, #+ #+-- #.* #.*9* 9* ) 0.0 0.00 0

, *+ *+-- 5.% 5.%0 0 ) 0. 0.4% 4%* *

  , # #(+- #.4% ) 0.0*

, # #(*+- .#%5 ) 0.0

, +- .59 ) 0.#40

 

, ++- #.*9 #.*9* * ) 0.# 0.###

, # #( #(4+ 4+-- . .% %  ) 0. 0.0* 0* 

,  #( #(+ +-- 9. 9.49 49  ) 0. 0.# #5 5

  ,  #(4+- .#%5 ) 0.#4

, # #( +- .*4 ) 0.095

, %+- ##. %95 ) 0. #9#

#(4" #(4" , #(+- 0. %% ) 0.0%*

  , # %(4+- %.%# ) 0.#0*

%(4 %(4++ , # #( #(++- 5.0 5.09* 9* ) 0.# 0.##4 #4

 

2.235 (*" (*" = 0.070 3.043   #"Ø = 0.079 3.974 # #(*" #(*" = 0.090

, 4+- #5.#94 ) 0.4#

5.030

, +- %.95 ) 0.##

, 5+- #*. 99 ) 0. 9

# #(4" #(4" = 0.099

 

, %(4+ %(4+-- 0.94 0.949 9 ) 0.05 0.05# #

,  #( #(4+ 4+-- 4. 4. 9 9 ) 0. 0.#% #%% %

, + +-- . .90 90 ) 0. 0.%4 %4% %

6.209

 

, #+- #.5 ) 0.0%

# %(*" %(*" = 0.109

  , 5( *+- 0.9# ) 0.044

,  #(+- 4.44 ) 0.#4

, *+- %0. %90 ) 0. 445

 , # #(*+ #(*+-- #.4 #.4% % ) 0.0 0.0# #

, %+ %+-- 5. 5.9 9* * ) 0. 0.# ## #

( (*+ *+ , + +-- *. *.*5 *55 5 ) 0. 0.#4 #4 

 , # #(4+- #. 5*# ) 0.0

, % #(4+- .# ) 0.#*4

, %+- #%.* ) 0.#9

# #(" #(" = 0.119

 , # #(+ #(+-- #.*9 #.*9  ) 0.0* 0.0*9 9

, % #( #(+ +-- . .4 4# # ) 0. 0.#9 #9 

#+ , + +-- #0.# #0.#* * ) 0. 0.#5 #5 

 , # %(4+- . #4 ) 0.#0#

8.941 # 5(*" 5(*" = 0.129

7.513

, % %(4+- .## ) 0. 09

,  #(+- #.50 ) 0.#*

 ++-  .5 .5 %0 %0 ) 0 .# .##4

, 4 ++--  ..5 5 90 90 ) 0 ..   

, %+ - #5 ..# # 94 94 ) 0 ..  0% 0%

 ,  #(4+- . *4 ) 0.#

, 4 #(+- *. 5%9 ) 0. 4

, % #(+- #.#0 ) 0.9

, 5+ - 9. 4** ) 0. %

, 4+- 0.5* ) 0.54

12.170

, +- ##.%*5 ) 0.%4

, 5+- 5.% ) 0.%05

# (*" (*" = 0.150

 

 ,  #(+- %. # ) 0.#40  

, %+- %.95 ) 0.#5

, % #(4+- 4.### ) 0.#* , % #(+- 4.4 ) 0.#90

, *+- #5.#94 ) 0.45 #(" #(" , 5(*+- #.5*# ) 0.05

 

, 4+- 5.04 ) 0.#

, %(4+- #. *9 ) 0. 0%

 

, 5+- .%%0 ) 0.

, #+- .5% ) 0.0

, +- %0.%** ) 0.%5

13.971 "Ø = 0.159

# #(*+ , %+- #.0 ) 0.#0 , 4+- .0 ) 0.0

, +- .59 ) 0.%#

, # #(*+- .*4 ) 0. 0*%

# #(4+ , %+- #*.94 ) 0.#

 

, *+- #0.#* ) 0.4#9

, # #(4+- %.#5 ) 0. #00

, 4+- 5. 99 ) 0.

  , # #(  ++- %.  9 9* ) 0. # #0 0

# #(  ++ , %+- .   9 ) 0.   9

 

, 5( *+- 0.9*9 ) 0.04

  , %(4+ %(4+-- #.#* #.#*  ) 0.05 0.054 4  

, # %(4+- 4. 4 ) 0. ##4

, 4+- %0.%59 ) 0.9

, + +-- 5. 5.0 04 4 ) 0. 0.# # 

# %( %(4+ 4+ , %+ %+-- .5 .54 4 ) 0. 0.4 4# #

, #+- #.5*# ) 0.0

,  #(4+- 5.9 ) 0. #40

 , # #(*+ (*+ - # . . 9 9 ) 0 .0 .0 4 4

,  # ((  ++--  ..% % 5 ) 0.# .#5 5

, # #( 4+- #.9 ) 0.09

, %+- .59 ) 0.#*

+ , %+- %0. #%5 ) 0. 54

, # #(+ (+ -  .% .%   ) 0 .0 .0 9 9

, % # ((4 4 ++-- * ..   ) 0.# .#9 90

, 4+ - 40 ..4 4 *0 *0 ) 0 ..% % 05 05

CANAL ESTRUCT. ESTRUCT.  CE !

 

  %+ ! , .#0 'G( ML ) 0.95 , .44 'G( ML ) 0.%04

 

, *.9% 'G( ML ) 0.%#4

 

#0  4+ ! , *.04 'G( ML ) 0.%4

 

, #0.9 'G( ML ) 0.%*

 

#  5+ ! , 9.9 'G( ML ) 0.4%#

 

, #%.%9 'G( ML ) 0.445

 

#5  + ! , #.0 'G( ML ) 0.499

 

, #5.% 'G( ML ) 0.5##

 

, %.0 'G( ML ) 0.5%

 

#*  + ! , #4.5* 'G( ML ) 0.5

 

, #*.% 'G( ML ) 0.5*

 

DE

DIAM. = FACTOR P/ M² #(*" #(*" = 0.010 = 0.0% #(4" #(4" = 0.013 = 0.04% = 0.04%

+

%*

%(*" %(*" = 0.017 = 0.054 = 0.054

+

40

#(" #(" = 0.021 = 0.0%

#0 40

%(4" %(4" = 0.026 = 0.0*4

44

  #" = 0.033 = 0.#05

# 44

  # #(4 #(4"" = 0.042 = 0.#%

+

+

4*

#5 49 49

# #(" #(" = 0.048 = 0.#5   " = 0.060 = 0.#90 #(" = 0.073 = 0.9    #("

+

5

+

55

  %" = 0.089 = 0.9

+

5*

  % #( #("" = 0.102 = 0.%#9

#* 5%

, #.95 'G( ML ) 0.599 0%  *+ ! , #.## 'G( ML ) 0.%

, 5 ++-- 4 4. 4.  4 ) 0 .. 4 %

 %

, #9.%5 'G( ML ) 0.5%

 

, 4+- %5.40 ) 0.9

 " TUBERIA  OC ! CON FACTOR P( CALCULAR M

E1EM : 0# TRAMO DE DE CANAL DE + , #.0 ' 'G( G( ML #.55 ML , 0.499 2UE ES EL PERIMETRO ) 0.%4 M 

  4" = 0.114 = 0.%0

+

5

  5" = 0.141 = 0.444

+

5*

  " = 0.168 = 0.59

0% 5

  *" = 0.220 = 0.**

 

, 0.4 'G( ML ) 0.44

+

0

 #0"  #0" = 0.273 = 0.*5

 

, .90 'G( ML ) 0.%

+

4

 #"  #" = 0.324 = #.0#

 

, %#. 'G( ML ) 0.4

+



 #4  #4"" = 0.356 = #.##

 

9  9+ ! , #9.*0 'G( ML ) 0.04

9  

 #"  #" = 0.406 = #.

 

, .#0 'G( ML ) 0.09

+

%

 #*"  #*" = 0.457 = #.4%

 

, 9.%0 'G( ML ) 0.

+



 0"  0" = 0.508 = #.59

  54  #0+ ! , . 'G( ML ) 0. 54 

 "  " = 0.559 = #.5

 

, 9. 'G( ML ) 0.*

+

0

 4"  4" = 0.610 = #.9#5

 

, %.0 'G( ML ) 0.*0#

+

%

 "  " = 0.660 = .05

 

, 4. 'G( ML ) 0.*#

+



 *  *"" = 0.711 = .%4

 

%05  #+ ! , %0.*0 'G( ML ) 0.90*

%05 5

 %0"  %0" = 0.762 = .%94

, %.0 'G( ML ) 0.9#9

+



 %"  %" = 0.813 = .55%

, 44.4 'G( ML ) 0.9%#

+

*0

 %4"  %4" = 0.864 = .#%

%*#  #5+ ! , 50.%9 'G( ML ) #.#0 %*# *

 %"  %" = 0.914 = .*%

   

 

, 59.#0 'G( ML ) #.##9

+

*9

 %*"  %*" = 0.965 = %.0%

 

, %.0 'G( ML ) #.#%9

+

94

 40"  40" = 1.016 = %.#9  4"  4" = 1.067 = %.%5#

PERIMETRO

 44"  44" = 1.118 = %.5##

 P ! PERALTE

 4"  4" = 1.168 = %.0 4*" = 1.219 = %.*0  4*"

 A ! PA PATIN TIN PERIMET RO EN MTS/ - PERALTE Y P PATIN ATIN EN MM.

 A

P

  CA$AL %TR&CT&RAL ! P = PRALT # ! A = PATI$ #

# %(4" %(4" = 0.139

, *+- 40.50 ) 0.45

 

5(#" 5(#" , #(+- 0.9# ) 0.04#

10.494

 54"  54" = 1.372 = 4.%09  0"  0" = 1.524 = 4.** #.55 ML

ML

+"

Ø

#.55 ML , 0.59 ) 0.*#9 M

15.986  #(*" #(*" = 0.169 16.020  #(4" #(4" = 0.179 20.119  #(" #(" = 0.199 24.838  %(4" %(4" = 0.219

%(4+ %(4+x x #(*+ #(*+19 19 x 3 MM  #+  #+x #(*""  25 x 3 x #(*

36"Ø

   ²     M    0    3    0  .    0   =      O    R    T    "    M    I    R    "    P    L    "    %    "    "    &    *  )    0    6    0  .    0   x    L    M    0    5  .    0   (      M    "    '    "

=0.325

=0.423

48" x 30"

=2.211

=0.435

48" x 36"

=2.381

40" = 1.027

48" x 42"

=2.550

'G( M

PERIMETRO

18" x 12"

=0.466

0. **

0.0* ML

18" x 14"

=0.485

#. #9

0.#0

18" x 16"

=0.514

0.##0

20" x 12"

=0.660

0.##

20" x 14"

=0.686

 # #(4+ #(4+ x #(*+   x #(*+   32 x 3

#. 50

0.#%4

20" x 16"

=0.727

. 0

0.#%*

20" x 18"

=0.769

. *

0.#40

#. *%

0.#5*

. *

0.#

%. 4*

0.#4

4. 

0.#*

4. 99

0.#

. 4

0.#0

%. %

0.#4

4. 5

0.#

5. *%

0.0

. 99

0.%

4. #

0.

. #0

0.4

. 44

0.*

*. *

0.#

. 9

0.%#

 %+  %+ x 5(#+   x 5(#+   76 x 8

9. 0*

0.%0

 %+  %+ x  x %(*+ %(*+    76 x 9.5

#0. 

0.%%

 %+  %+ x  x #(+ #(+    76 x 13

#%. 99

 %+  %+ x  x 5(*+ 5(*+    76 x 16

#.##

0.%%

 4+  4+ x  x #(4+ #(4+    102 x 6

9. *

0.40

 4+  4+ x  x 5(#+ 5(#+    102 x 8

#. 0

0.44

 4+  4+ x  x %(*+ %(*+    102 x 9.5

#4. 5*

0.4

 4+  4+ x #(+   x #(+   102 x 13

#9. 05

0.4%4

 4+  4+ x 5(*+   x 5(*+   102 x 16

%. %

0.440

 4+  4+ x %(4+   x %(4+   102 x 19

. 5%

0.44

 +  + x  x %(*+ %(*+    152 x 10

. #

0.%*

0.*

 +  + x  x #(+ #(+    152 x 13

9. #

0.%4

 +  + x  x 5(*+ 5(*+    152 x 16

%. 0#

0.40

+ + x  x %(4+ %(4+    152 x 19

4. #

0.4

 +  + x  x #+ #+    152 x 25

55. 

0.5*

 LD ! 4+ , %+ , #( 4+

*. %

0.%*

 LD ! 4+ , %+ , 5( #+

#0. 

0.%#

30.054

 LD ! 4+ , %+ , %( *+

#. 5

0.%5

%"Ø = 0.239

 LD ! 4+ , %+ , ( #+

#4. 5

0.%*

35.766 KG/M

 LD ! 4+ , %+ , #( +

#. 5

0.%*#

16" = 0.227

16" x 14"

#. %

   6    "    %  .  + x #(*+   x #(*+   51 x 3    0  +    "    &  +  + x %(#+   x %(#+   51 x 5    *  )  +  + x  x #(4+ #(4+    51 x 6    0    2  +  + x  x 5(#+ 5(#+    51 x 8    4  .    0  +  + x  x %(*+ %(*+    51 x 9.5   x    L  #(+ x %(#+ %(#+ 63  63 x 5    M   #(+ #(+ x  x #(4+ #(4+    63 x 6    5    5  .   #(+ #(+ x 5(#+   63 x 8  x 5(#+    1   (  #(+x %(*+ 63x x %(*+  63x 9.5    M   #(+    "  %+  %+ x #(4+   x #(4+   76 x 6    '    "

=1.683

18" x 10"

. 

#+ #+ x %(#+   x %(#+   25 x 5

42" x 24"

36" = 0.767

 #+  #+ x #(4+   x #(4+   25 x 6

  =  # #(4+ #(4+x x %(#+ %(#+ 32 x 5    O #(4+ x  x #(4+ #(4+    32 x 6    R  # #(4+    T  # #(+ #(+ x  x #(*+ #(*+    38 x 3    "    M    I  # #(+ #(+ x  x %(#+ %(#+ 38x  38x 5    R    "  # #(+ #(+ x  x #(4+ #(4+    38 x 6    P    ²    L  # #(+ #(+ x 5(#+ 38x  x 5(#+  38x 8    M    "    1 #(+xx %(*+ %(*+ 38x  38x 9.5    5  # #(+

#(" #(" = 0.040

, + - 9.4 .49 9  ) 0 ..% % # # %(*+ , #(+- 0. 949 ) 0. 044

DI MENSION

  =      O    ²      M    1    5    6  .    0

0.559

5( 5(*+ *+ , # #( #(+ +-- 4. 4.4 4* * ) 0. 0.#0 #0* *

=0.873

ANGULO ESTRUCTURAL  LI ! PESO APROX. 'G(M Y PERIMETRO

ML

, 5(*+- 0. %95 ) 0. 0%*

%(#" %(#" , #(+- 0.44 ) 0.0%5

 

²

, %(4+ %(4+-- 0.4 0.44 4 ) 0.04 0.044 4

 

 

=0.683

REDONDO SOLIDO  OS ! PERIMETRO

EJEM: SOLERA DE 4" x 1/4" ESP.

SOLERA  'G(ML ) PERIMETRO !

=0 =0.423

30" = 4.02

30" = 3.59

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