Vessel Allowable Loadings

7/24/2019 Vessel Allowable Loadings

1/50

9.81 Use Yellow cells as INP

PMD/KBR(kayan)REQUIREMENTS PER 50S-055

Nominal Nozzle Size in Inches D = 4

Factor Dependent upon Nozzle Flange Rating Beta = 0.

Flange Rating Beta Factor

Class 150 0.6Class 300 0.7

Class 600 0.8

Class 00 0.9

Class 1500 1

4800 N

Circum!erential "omentM_c 960 N-m

#angential Force F_t 600 N

$ongitudinal "omentM_! 1"48 N-m

$ongitudinal Force F_! 4800 N

#orsional "omentM_t 1440 N-m

Resultant Shear Force F_# 6000 N

Resultant "omentM_$ 1574.5170688" 1!"4.4 N-m

#o$ %BB No&&le 'oasCS %ND $&' %$$&(

7500 N

Circum!erential "oment 54000 N-m

#angential Force 7500 N

$ongitudinal "omentM_! 7"000 N-m


#orsional "omentM_t 90000 N-m

Resultant Shear Force F_# 50.008589 N

%*ial+Radial Force F_a%#


M_c%

F_t%


2/50

Resultant "omentM_$ 90000 N-m

F&R S#%IN$,SS S#,,$S &N$(10000 N

Circum!erential "oment 4800 N-m

#angential Force 10000 N

$ongitudinal "omentM_! 6400 N-m


#orsional "omentM_t 8000 N-mResultant Shear Force F_# 1414".156"7 N

Resultant "omentM_$ 8000 N-m

#o$ %R%M* +,ana$s

M_c F_t M_! F_!

" !-9!.! 490.! -1-9. 8." -1-9 "848 1-"-.4 8" 19 8"

4 10"91 !!0. 9810 -"".8 9810

6 1!9 !9".4 1"!. 8044. 1"!

8 1!8 11-"9. 094. 18"-. 094

10 48" 1!10".4 -""8 !- -""8

1" -1-9 1"" 4!!18.4 491".4 4!!18


M_c%

F_t%

N&m'(a) *'*e+',e '(

%*ial+RadialForce

Circum!erential"oment

#angentialForce

$ongitudinal"oment

$ongF

F_a%#


3/50

14 -""8 001.4 !0". -0018. !

16 4-14 19"4.4 !"8"9 ---!4 !

18 490!0 !- !--4. -4--!

"0 !9"4 401 "98.4 418- "

"4 "84 401 8809-.8 180- 8

"6 90.4 444-.1 990-.18 "98-.- 9

"8 "!98.4 48".41 10!9-.498 "4"81.- 1

0 8-!!.!04 !-!-4.1!1 11"!.84"8 8!9."9- 1" 919.0!44 !888".!1 189"8.1- 9048!.""- 1

4 101114.!984 4"".-"1 1418"!.94!8 99!-4.-49!- 1

6 111!.8!84 "1!-.9!4981 1!0-.!404 10948"."8448 1

8 1-48.!440 "8-"9.-!04"91001 1"19.894! 104-.!9- 1

40 1-4!8-.0"984" 81".8!!"0101 1888-.88-9 1-480.19 1

4" 148041.-8"8- 948-9.0140"9"111 0""0.!"- 14!"8.411!

44 184!.!1! 104-.91!48"8 849.9! 10-01.0!

46 1"91-0.0"9" 114"!!.0"0-4! !1-41.89! 1"--1.1"1"9

48 19"04-.08"04 1-0."""4009! "4".081" 19-94.889"

50 1"4".-9!94 1-88!-.800!1410! -041-.899 1--0."1"8 -

5" -84.1-!!1" 1!"-9.180!!!1 --4!-.0!89 -49."89! -

54 4.-4909 1801-.0980" -"989.48 !81.481 -

+%REQUIREMENTS PER 50S-055

Nominal Nozzle Size in Inches D = -0

Factor Dependent upon Nozzle Flange Rating Beta = 0."!

Flange Rating Beta Factor

Class 150 0.75

Class 300 0.75

Class 600 1."5

Class 00 1.5

Class 1500 "

Class )500 ".8

45000 N

Circum!erential "omentM_c 67500 N-m

#angential Force F_t 750 N

$ongitudinal "omentM_! 87750 N-m



4/50


#orsional "omentM_t 101"50 N-m

Resultant Shear Force F_# 56"50 N

Resultant "omentM_$ 110708."1401"8 110"00 N-m

F!/URTem* m'( 100 1

F)a(e )a++ 2act 0.8 '2 P37$a# e)+e 1 1

1!0-00 1 2act 1

00 an %2o3e 1.4 1

#o$ces N/ Moen,s NM/

No&&le +5&e #$ #l #c M, Mc M

!0 (6) 1.4 8.8 8.8 .8

80 (-6) 4 1" 1" 8.1 !."

100 (46) -1.8 --." --." 1! 10.

1!0 (6) 4"." --." --." --.8 -.900 (86) !.8 4.! 4.! !9 41."1

!0 (106) 8." 1.- 1.- 91 4.4

-00(16) 109.- "".- "".- 1-.! 9-."

-!0(146) 1- 9-.4 9-.4 1".- 14.

400(16) 1!" 111 111 -!.9 1.8

4!0(186) 181 18 18 98.- 10.9

!00(06) 0! 14! 14! -!!.8 !1.

!!0(6) 9 1 1 418 9!.!

00(46) !- 1"9 1"9 4"" --8

!0(6) "9 19" 19" !-4 -"8

"00(-06) - -0 -0 ! 41


5/50

D

- Factor 1.! 4

1

1

1."5

1.5

1.8

"


6/50

D1 8

F/R !!SES


7/50


8/50


9/50

D5s,ance 7$o Da, '5ne %

Tan ,o Tan 'en,: '

Ra5s o7 +:ell R

'en,: o7 ea 'oa on +ale ;

K

'on5,5nal Ben5n

MaDI?/0@

%, M5 sAan +=1

Tanen,5al +:ea$

In +:ell

In +:ell


10/50

K1 K K- K4 K! K K" K8

10 0.--! 1.1"1

1 0.-4! 1.1-9

14 0.-!! 1.1081 0.- 1.0"8

18 0.-"

1-0 0.-8"

1- 0.-98

1-4 0.409

1- 0.4

1-8 0.4-

140 0.44-

14 0.4!!

144 0.4"

14 0.48

148 0.491!0 0.!0!

1! 0.!18

1!4 0.!-1

1! 0.!44

1!8 0.!!"

10 0.!"1

1 0.!8!

14 0.!99

1 0.1-

18 0."

1"0 0.4

1" 0.!"1"4 0."

1" 0.8"

1"8 0."0

180 0."18

on,ac,%nleT:e,a


11/50

*Ae$a,5n , 14"-4 'C8R 'E8R

'oa Ae$ +ale Q 5789 F_c P ( -1.655"81 -1".60645 F0.!"-!

,:5ckness o7 s:ell t_+ "4 F_c Sa)e ( -1.6"9875 -1".8781 F0.418"

,:5ckness o7 P t_* "4

P w5,: 7o$la _P 1"87.666

D5s,ance o7 R5:, +al 5000

+F5,: B 1000

Ra5s *,e$ R_& 448

Ra5s Inne$ R_' 400

7ac,o$ 7o$ P _:* 0.015

7ac,o$ 7o$ +ale _+a)e 0.0"6

'en,: ! 7900

on5,5on P&+'t;e 1016

Ra,5o !%R 10.99188

Ra,5on %R 1.450116

T#a


12/50

'ae$ "

>?%'UG@

?G++G' D5

%lln5 o,:e$ 'en,: D5ae,e$

ens5,y 1!04 -8 Gll5A ea !0 1800?ole 0.1"-4! 0.1"-! 0."-40"0149 !0 1800

e5:, 5n Ks 191.-09 4.8- 1148.141!044"

,o,al w, -8.18989 w,/a$ea 4!1.19894!

?essel D5a ?ales

?essel ID "00 25.4

o$ %l ?essel 0

o$$oe ID "00

,:k -!

o$$ %l +k5$, 0

Mean D5a "-!

SA'#t a)c>)at'&( 2 D&>$)e Ba+e *)ate

% 88.9 -.! 1! -81

B "54 10 T1 0."! 19.0!

95."5 -."! T 1.88 4".!

: -14.-!

+k5$, ID 6718 Bol, s5&e 1.-"!

+k5$, *D 6770 Bol, n - 44.450700

T:5ckness "6 Bol, sAac 140

B&)t '#c)e 6960.5 1781.8"9694414

Ba+e P)ate

ID 660.*D 718.

oA$ess5on R5n

5,: 184.15


13/50

F)at Ba# De+'( F)at Ba# De+'(

!.4

#ea 64 #ea 4" sH 5nI(e#t'a 165. I(e#t'a 1.5 5n4

8 1.5 5n

I(e#t'a CC 85. I(e#t'a CC 686 5n4

" 7 5n

Sect'&( De*t 16 Sect'&( De*t 000

Sect'&( 't 4 Sect'&( 't 14 00

M'('m>m 1 F I(te#a) N&,,)e+

% 19.1

-9-."

10

1 1.40-"4

To,al 1 --.40-"4

IND I(>ce ?'$#at'&(

-0000

D 400

9"8

() (C-0 ) 98.4!199

D (7ee,) 1!.0918-!

/D .!1"-91-

1!988.--

/D 9.1"8"!9

N D'+ta(ce < '+

N D'+ta(ce at'&(+

N 0.5 0.40881--8"" "114.!4$ 0.! 11!!.94!

44."! "-49-."90-

< "00 844"49."-8

m -."! E &&+e( $&)t '+ ae@>ate

&&+e (e: &&+e( $&)t '+ ae@>ate

5 M&me(t a)c>)at'&(+

14"4".- .18"! M 1--9"0.!8!"419

11!!.9 1.18"! M 14-991.4-1"18"!

t 108"4.! .0! Mt 489.-!

M& 1"-!1.40"1094

Seat'(

8!91"4.9 1.18"! M M&G 100"0.1!-80-1

6 a( >$ Fact+

=%B 1.199" %& 0.4""184"

T 1.84 F 0.894

H !.! ? 0.441

C 10.9 2 1

U 11.9"! 0.1-1-4881

_1_c%_&_c 1.""""8 -4.11!!!!

& .811-

7 St#e++ Fm>)a Fact+ a)c>)at'&( Fact+".75 "o 4199-.9"91"

1.-089 "g 4"--.8191

1.48119!

0."-91"

0.0888-

0.88449

"10-1"

Des5nP

Des5n T

Des5n T S2& Des5n T S$

%, T S2a %, T Sa

#ane ID B No Bol, D5a a

#lane ID co$. B

_& . t/n

/o/c $X-sec A of bolts

/1

/1/c:2 len,:

m"=$i< m$ea,e$ o7m"%Sao$m1%S$

*="$imP

="P'%4

m1=*

RJ0.!1c

0.!(FL)

t0.!(RJ1cJ:)

= =0.5-

e#/:o

U/?:oo

tf

mo


18/50

418-10"

8 St#e++ a)c>)at'&(+

))&:a$)e St#e++e+ /*e#at'(

!0 4!-0.4!081 1!188.988-8

1"!00 !84".!!9- 1-4-."--!

1"!00 "!".0"!891"!00

1!188.988-8

))&:a$)e St#e++e+ Seat'(

!0 14448.04! 1014"."91

1"!00 !84".!!9- 80.!"11"

1"!00 "!".0"!89

1"!00

1014"."91

m

1.5 S7o S

S7o SR

S7o STS7o #eate# &2

0.5SSR .5SST

1.5 S7o S

S7o SR

S7o ST

S7o #eate# &20.5SSR .5SST


19/50

0.785408

1

--."89989-1

8!91"4.8-"!

&&+e( a+Aet :'t '+ ae@>ate

:oosen Laske, w :ane Laske, w5,:

o$$ #ac,o$ 7

7


20/50


21/50


22/50


23/50


24/50


25/50


26/50


27/50


28/50


29/50

!ee(+

'(*>t c&&+e

++>me

P 146.0000 a)c>)ate ?a)>

Tem* a#('(

S2& "97".7500 2ee $acA

S2a "0015.5000S$ 18854.5000 Im*ta(t ee* >('t+ &(

Sa 5008.0000

#&+'&( ))&:a(ce 0.0000

F)a(e ID B 51.6400

&=t( 1.1810

1 1.476 ID &2 Sea) 55.5675

1.7715 /D 56.9675

T'cA(e++ &2 F)a(e ".5000 6".59"5

B&)t 2#&m Ta$)e

0.0000

1.750 M'( B&)t S*ac'( ".5000

.!00 #e(c D'a ".8750

1."!00 ecA 5n5 ReH5$een, 7ll75lle

1.!-00

!9.09!

ct>a) B&)t S*ac'( .188

Ma B&)t S*ac'( ".0-!"

Nma) B&)t S*ac'( 4.80

1.18

1.18

ecA Bolt Spacing &-

N 0.7000

0.500

0.500

< 10000.0000

m .0000

ecA

B&)t +',e

a+Aet :'t

!lange &D

(Assume # of Bolts

abolt size

RMin Radial Distance

E Edge Distance

$ Root Sua!e A!ea

Bolt "i!cle Dia

2 "o!!ection acto!

2 t$at %ill be used

&alue to bec&&+e(and++>me f!om table '

$& basic gas(et %idt$

$effecti)e gas(et %idt$

Choosen olt isade2uate

Choosen as4etidth isade2uate


30/50

>$ Fact+

1.11

T 1.800

H 5."700

C 10."100

U 11.""00 1%& 1."500

F 0.8940 %& 0.""68

? 0.4410

2 1.0000

T'cA(e++ &2 F)a(e ".5000

2 'en,: 1.""1!

+loAe 0.1"

St#e++ a)c>)at'&(+ E

&*e#at'(

/

/

/

SR3ST /

Seat'(

/

/

/

+RC+T /

based on c$oose facto!sf!omtale 5

S7o$ UB

SR7o$ Ra5al

STTanen,5al

S7o$ UB

SR7o$ Ra5al

STTanen,5al


31/50


32/50

C 10.100

U 11.00

_1_c%_&_c 1.!00

& ".8094

7 St#e++ Fm>)a Fact+

".5000

1.8

1.-81

0."08

0.0!4

0."!9

0!.!091

19""-."4

8 St#e++ a)

))&:a$)e St#e++e+

44!99.1!09"-."!00

9"-."!00

9"-."!00

))&:a$)e St#e++e+

-00-.!00

001!.!000

001!.!000

001!.!000

tf

mo

m

1.5 S7oS7o

S7o

S7o

1.5 S7o

S7o

S7o

S7o


33/50

( &('t'&(+

))&:a$)e St#e++e+

Flange Bolting

"97".7500 18854.5000

"0015.5000 5008.0000

F#&m Ta$)e &&+e )+& ++>me N>m$e# &2 B&)t+

1.-"!0 n 0.0000 1.1"8167

R .!00 Roo, +H %$ea 0.5510 1.1"8167

E 1."!00 Bol, +Aac5n .188

1.!-00 Ma< Bol, +A ".0-!"

!9.09! No$ Bol, +A 4.80

.!9! ecA B&)t S*ac'( /

Nm'( !&a a( B&)t a)c>at'&(+

0.-40 1894.9-0

1.-4!!419"."!---04-.""9

41"41.448 "911.!-1!

E &&+e( $&)t '+ ae@>ate &&+e( a+Aet :'t '+ a

&&+e (e: &&+e( $&)t '+ ae@>ate :oosen Laske, w5:ane L

M&me(t a)c>)at'&(+

.9881 M 91-"-.890

1.41! M "!!4.1-

.!94 Mt 14"119.18-

M& 11-"-9".91!

Seat'(

1.41! M M&G 10111.!-8

Fact+

%& 0.8

F 0.8940

? 0.4410

Des5n T S2& Des5n T S$

%, T S2a %, T Sa

No Bol, D5a a o$$ #ac,o$ 7

7

$X-sec A of bolts

m"=$i< m$ea,e$ o7

m"%Sao$m1%S$

*="$imP="P'%4

m1=*

RJ0.!1c

0.!(FL)

t0.!(RJ1cJ:)

=0.5-


34/50

2 1.0000

0.114!

"".1"

a)c>)at'&( Fact+

"o 4848.400

"g -08.01-4

>)at'&(+

/*e#at'(

1!01".980 111.4-9 *K"-4.8"1 8"41.-4-" *K

44.80 *K

111.44

+RC+T *K

Seat'(

1-48.!"8 9988.88"4 *K

49!.19- "84".-4-1 *K

1.8- *K

9988.88"4

*K

e#/:o

U/?:oo

SSR

ST

#eate# &20.5SSR .5SST

S

SR

ST

#eate# &2

0.5SSR .5SST


35/50

@>ate

ske, w5,:


36/50


37/50


38/50


39/50


40/50


41/50


42/50


43/50

oint ,!!icienc7 50J 2

s:ell ,o 2o,,o :ea wel o5n, no, em ))&:a$)e De2)ect'&(

1!0/-0

'( I(>ce ?'$#at'&(

C-0 w5,: /DC1! -.----------

411.!--"449

5n e,e$ -0

D 9

1000000

Nozzles and "ana7s T#eae S&cAet-e)e &((ect'&(+ (&t a))&:e >(e#

$ethal Ser9ice87drogen Ser9ice Caustic Ser9ice

Continous or intermittent :iration

Cre9ice corrosion or Se9ere ,rosion

T'cA a))e ?e++e)

*eld nec( 3ong *eld nec( contou! o!ged %it

13mm inside corner radius

Re'(2ceme(t &2 /*e('(+

Re5n7o$ceen, Aa ,:5ckness s:ol 2e eHal ,o wall ,:5ckness

Integrall7 rein!orced openings re2uirement

3et$al Se!)ice &(t>#e

,d!ogen Se!)ice &(t>#e

nfi!ed Steam Boile!s %it$ 5 6si &(t>#e

&(t>#e

7$ic( *all &essels &(t>#e

",clic se!)ice &(t&>#e

"a!bon steel %it$ 5mm t$ic(ness

3o% "a!bon Steel %it$ 25 mm t$ic(

/D E 400


44/50

80enings of 9 mm o! mo!e %it$ 4 deg and

&essel Design 7em0 425 deg and mo!e

100; Radiograph7 re2uirement !or nozzles

:oint "atego!, R7

A B 0e! code

" '

D '


45/50

Ps5)


46/50

ig$e!


47/50

))&:a$)e St#e++ Ra(e 2 E*a(+'&( St#e++e+ 10".."

+,$ane Rane Rec,5on #ac,o$s

N 7 7 s,$ess $ane $ec,5on 7ac,o$ 7o$ cycl5c con5,5ons 7o$ ,o,a

"000 1

"000F14000 0.9 +c

14000F000 0.8 +:000F4!000 0." +a %llowa2le s,$ess $ane

4!000F100000 0.

100000F 0.!

Sc 0

S 0

Sa 0

!&('t>'(a) St#e++e+

PDo

Dn

n

,n

+lA >DI?/0@

+lA >DI?/0@

St#a't P'*e U(e# I(te#(a) P

alcla,5on o7 5n5 ,:5ckness $eH5$e Des5n P$ess$e 2ase on , 1!.0089

P -10.9" 0"4.48-P -!00 8"0

Do 914.4

+G 1-"900

y 0.4

t 11.48744 11.5

$$. %ll -

5ll ne$ ,oll 0.1!

% 4.8109-

tm>t 1.8109

tm 16."987 16.146"6

P'*e Be(+

R1 1""0

I' 1.1"41-

I& 0.89"-

tm

t' 1-.44 18."!1-

t& 10.-1901 1!.1994

2as5c a,e$5al allowa2le s,$ess a, 5n5c&),eAe

2as5c a,e$5al allowa2le s,$ess a, 5n5&t teAe$


48/50

l n2e$ N o7 7ll ,eAe$a,$e cylces o3e$ ,o,al n2e$ o7 yea$s $5n w:5c: sys,e 5s e


49/50

n 7$o Ta2le 10.-.


50/50

+, :ea 9.!

D !0 R5n 1010.-"8

P 1-!

G 1

+ 18000

+G 18000

-y 0.4

Se))

,$eH 114.

, 11

P 1-1!.! 1-!8.04

awA 140!9.04

ea

, !!."41

Vessel Allowable Loadings

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