Nozzle Calc

7/21/2019 Nozzle Calc

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CodeCalc 2007 Licensee: PETRA RESOURCES SDN BHDFileName : NOZZLE CALCULAT ON RE! " ######################No$$le Anal%sis : N"&N'&N(&N)&*"&*' +em: ' 2:',- .an / 200)

n-1+ Ec o No$$le +em ' Desc3i-+ion: N"&N'&N(&N)&*"&*'

Design Internal Pressure ( Case 1 ) P 38.38 KPa.Temperature for Internal Pressure TEMP 50.00 C

In lu!e "#!rostati "ea! Components $E%&perating 'i ui! Densit# 0.001 g.* m+"eig,t of 'i ui! Column ( &perating ) 3-00.00 mm.

%,ell or "ea! Material ( ot ormali/e! or ) % 32Material % um4er K0-200%,ell*"ea! llo a4le %tress at Temperature % 116.62 .*mm7%,ell*"ea! llo a4le %tress t m4ient % 116.62 .*mm7%,ell*"ea! $iel! %tress at Temperature %# -61.55 .*mm7

&utsi!e "eig,t of e tangular Tan D 3-00.0000 mm.tual T,i ness of %,ell or "ea! T 15.0000 mm.

Corrosion llo an e for %,ell or "ea! C % 3.0000 mm.

Is t,is o//le a a!ial o//le $E%Is t,is o//le a 'ateral o//le ($ angle) &

o//le Material ( ot ormali/e! or ) % 333 2Material % um4er K03002

o//le llo a4le %tress at Temperature % 119.:0 .*mm7o//le llo a4le %tress t m4ient % 119.:0 .*mm7

Diameter ;asis for o//le ; %I% &D&utsi!e Diameter of o//le DI 20.3000 mm.

o//le %i/e an! T,i ness ;asis D; tualtual T,i ness of o//le T"K 5.5600 mm.

Corrosion llo an e for o//le C 3.0000 mm.<oint Effi ien # of %,ell %eam at o//le E% 1.00<oint Effi ien # of o//le e E 1.00

Insert or 4utting o//le T#pe T$P Insert&ut ar! Pro=e tion of o//le "& 195.0000 mm.>el! leg si/e 4et een o//le an! Pa!*%,ell >& 2.0000 mm.?roo@e el! !ept, 4et een o//le an! Aessel >? A 15.0000 mm.

Is t,is is Man a#* ess*Inspe tion &pening o% ip Iterati@e Bailure T,i ness Cal ulations $es

NOZZLE CALCULAT ON Desc3i-+ion: N"&N'&N(&N)&*"&*'& 'E C 'C ' TI& Des ription 1* 6* 2* 8*K1*K6

ASME Code, Section VIII, Division 1, 2004 A-06, UG-37 to UG-45

tual o//le &utsi!e Diameter se! in Cal ulation -.396 in.tual o//le T,i ness se! in Cal ulation 0.-18 in.

n+e3nal P3ess13e Res1l+s 4o3 NOZZLE :

Reqd thk per UG-37(a) of Nozzle Wall, Trn [Internal PressTh!"kness #$e to Internal Press$re% F (PG(D*- C E)) * (%GEH0.6GP) per ppen!i 1 1 (a)(1) F (26.33G(20.3000*- 0.000)*(119.:0G1.00H0.6G26.33) F 0.0126 H 3.0000 F 3.0126 mm.

U5#'/ 6inim1m No$$le Nec T ic ness Re81i3emen+:F Ma (Min(Ma (Ma ( ?65;1 ?12;) Ma ( ?65;- ?12;)) ?65;6) ?65 )F Ma (Min(Ma (Ma (3.8::1 6.5895 ) Ma (3.0000 6.5895 )) 2.6--9 ) 3.0126 )F 6.5895 J Minimum o//le T,i ness 5.5600 mm. &K



CodeCalc 2007 Licensee: PETRA RESOURCES SDN BHDFileName : NOZZLE CALCULAT ON RE! " ######################No$$le Anal%sis : N"&N'&N(&N)&*"&*' +em: ' 2:',- .an / 200)

>eig,t of o//le o//le e &nl# n orro!e! 1.60 Kgf>eig,t of o//le o//le e &nl# Corro!e! 0.58 Kgf

6inim1m Desi9n 6e+al Tem-e3a+13e S ell ; UCS c13<e: BMinimum Metal Temp. *o impa t per Big. C% 22 12 CMinimum Metal Temp. at operating stress :6 C

Minimum Metal Temp. *o impa t per ? -0(f) -: C

=eld Si$e Calc1la+ions No$$le N1m>e3 ' Desc?: N"&N'&N(&N)&*"&*'

Interme!iate Cal s. for no//le*s,ell el!s Tmin -.5600 mm.

Results Per UW-16.1: e uire! T,i ness tual T,i ness

o//le >el! 1.9980 F 0.9 G Tmin 6.-6-2 F 0.909 G >& mm.

N !E " S#i$$in% t&e no''(e )tt)c&*ent +e(d st en%t& c)(c ()tions./e U -15 2 t&e no''(es e e*$ted UG-36 c 3 ) s*)(( no''(esdo not e i e ) +e(d st en%t& c&ec#.

CodeCalc 2007 ©1989-2007 by COA ! !"#$"eer$"# %o&t'are



CodeCalc 2007 Licensee: PETRA RESOURCES SDN BHDFileName : NOZZLE CALCULAT ON RE! " ######################No$$le Anal%sis : N2&N,&N7 +em: / 2:',- .an / 200)

n-1+ Ec o No$$le +em / Desc3i-+ion: N2&N,&N7









Diameter ;asis for o//le ; %I% &D&utsi!e Diameter of o//le DI 88.:000 mm.

o//le %i/e an! T,i ness ;asis D; tualtual T,i ness of o//le T"K 5.6:00 mm.




NOZZLE CALCULAT ON Desc3i-+ion: N2&N,&N7& 'E C 'C ' TI& Des ription -* 3* 9


tual o//le &utsi!e Diameter se! in Cal ulation 3.500 in.tual o//le T,i ness se! in Cal ulation 0.-12 in.


Reqd thk per UG-37(a) of Nozzle Wall, Trn [Internal PressTh!"kness #$e to Internal Press$re% F (PG(D*- C E)) * (%GEH0.6GP) per ppen!i 1 1 (a)(1) F (26.33G(88.:000*- 0.000)*(119.:0G1.00H0.6G26.33) F 0.0-6- H 3.0000 F 3.0-6- mm.

U5#'/ 6inim1m No$$le Nec T ic ness Re81i3emen+:F Ma (Min(Ma (Ma ( ?65;1 ?12;) Ma ( ?65;- ?12;)) ?65;6) ?65 )F Ma (Min(Ma (Ma (3.8::1 6.5895 ) Ma (3.0000 6.5895 )) 9.8002 ) 3.0-6- )F 6.5895 J Minimum o//le T,i ness 5.6:00 mm. &K



CodeCalc 2007 Licensee: PETRA RESOURCES SDN BHDFileName : NOZZLE CALCULAT ON RE! " ######################No$$le Anal%sis : N/&*, +em: ( 2:',- .an / 200)

n-1+ Ec o No$$le +em ( Desc3i-+ion: N/&*,









Diameter ;asis for o//le ; %I% &D&utsi!e Diameter of o//le DI 116.3000 mm.

o//le %i/e an! T,i ness ;asis D; tualtual T,i ness of o//le T"K 2.0-00 mm.




NOZZLE CALCULAT ON Desc3i-+ion: N/&*,& 'E C 'C ' TI& Des ription 5*K3


tual o//le &utsi!e Diameter se! in Cal ulation 6.500 in.tual o//le T,i ness se! in Cal ulation 0.-39 in.


Reqd thk per UG-37(a) of Nozzle Wall, Trn [Internal PressTh!"kness #$e to Internal Press$re% F (PG(D*- C E)) * (%GEH0.6GP) per ppen!i 1 1 (a)(1) F (26.33G(116.3000*- 0.000)*(119.:0G1.00H0.6G26.33) F 0.031- H 3.0000 F 3.031- mm.

Res1l+s o4 No$$le Rein4o3cemen+ A3ea Calc1la+ions:rea @aila4le 1 to 5 Design E ternal Mapnrea e uire! r 0.:93 m7rea in %,ell 1 1-.018 m7rea in o//le >all - 0.651 m7




rea in In ar! o//le 3 0.000 m7rea in >el!s 6 0.320 m7rea in Pa! 5 0.000 m7

Total rea @aila4le tot 1-.8-: m7

Inte n)( / ess e C)se Gove ns t&e An)( sis

o//le Tangent ngle se! in rea Cal ulations :0.00 Degs.

!&e ) e) )v)i() (e +it&o t ) $)d is S icient.

Re!nfor"e*ent +rea Req$!red for Nozzle%r F (D' GT H-GT"KGT G(1 BB 1)) ? 39( ) or ? 3:r F (108.-200G0.8::1H-G(2.0-00 3.0000)G0.8::1G(1.0 1.00))r F 0.:93 m7

+reas per UG-37 & $t .!th #/ 0 #!a*eter /!*!t, #/R 0 Nozzle 1pen!n2 s!ze%+rea + a!la le !n 4hell (+&)%

1 F (D' D' )G(E%G(T C %) T ) -G(T"K C )G(E%G(T C %) T )G(1 BB 1)1 F (-12.5-0 108.-20)G(1.00G(15.0000 3.000) 0.8::) -G(2.0-0 3.000)

G(1.00G(15.0000 3.0000) 0.8::1)G(1.0 1.00)

1 F 1-.018 m7

+rea + a!la le !n Nozzle Wall, no Pad%-np F ( - G MI (T' P "&) ) G ( T"K C T ) G BB --np F ( - G 9.5500 ) G ( 2.0-00 3.0000 0.031- ) G 1.00 )-np F 0.651 m7

+rea + a!la le !n Welds, no Pad%6np F >o -GBB - H ( >i Can*0.909 ) -GBB -6np F 2.0000 - G 1.0000 H ( 0.0000 ) - G 1.00006np F 0.320 m7

U5#'/ 6inim1m No$$le Nec T ic ness Re81i3emen+:F Ma (Min(Ma (Ma ( ?65;1 ?12;) Ma ( ?65;- ?12;)) ?65;6) ?65 )F Ma (Min(Ma (Ma (3.8::1 6.5895 ) Ma (3.0000 6.5895 )) 8.-293 ) 3.031- )

F 6.5895 J Minimum o//le T,i ness 2.0-00 mm. &K

>eig,t of o//le o//le e &nl# n orro!e! 3.0- Kgf>eig,t of o//le o//le e &nl# Corro!e! 1.3: Kgf

6inim1m Desi9n 6e+al Tem-e3a+13e S ell ; UCS c13<e: BMinimum Metal Temp. *o impa t per Big. C% 22 12 CMinimum Metal Temp. at operating stress :6 CMinimum Metal Temp. *o impa t per ? -0(f) -: C

=eld Si$e Calc1la+ions No$$le N1m>e3 ( Desc?: N/&*,

Interme!iate Cal s. for no//le*s,ell el!s Tmin 3.0-00 mm.


o//le >el! -.1160 F 0.9 G Tmin 6.-6-2 F 0.909 G >& mm.

=eld S+3en9+ and =eld Loads -e3 U5#'"?" S e+c a; o3 >;e(d 8o)d 9 :"

F ( 1H-G(T"K Can)GBfr1G(E1(T Cas) Tr))G% F (0.:936 1-.0198 H - G ( 2.0-00 3.0000 ) G 1.0000 G (1.00 G ( 15.0000 3.0000 ) 0.8::1 ) ) G 116 F 0.00 Kgf

e(d 8o)d 9 1:" F ( -H 5H 6 (>I C *.909) -GBfr-)G% F ( 0.6513 H 0.0000 H 0.3200 0.0000 G 1.00 ) G 116 F :62.8: Kgf




e(d 8o)d 9 2:" F ( -H 3H 6H(-G(T"K C )G(T C %)GBr1))G% F ( 0.6513 H 0.0000 H 0.3200 H 0.9-68 ) G 116 F 19:-.8- Kgf

e(d 8o)d 9 3:" F ( -H 3H 6H 5H(-G(T"K C )G(T C %)GBr1))G% F ( 0.6513 H 0.0000 H 0.0000 H 0.3200 H 0.9-68 ) G 116 F 19:-.8- Kgf

S+3en9+ o4 Connec+ion Elemen+s 4o3 Fail13e Pa+ Anal%sis :S&e) , t+) d No''(e e(d 9Son+:" F (PI*-) G Dlo G >o G 0.6: G %n F ( 3.1612 * -.0 ) G 116.3000 G 2.0000 G 0.6: G 116 F 2121. Kgf

4hear, Nozzle Wall [4n. % F (PI G (D' HDlo) *6.0) G (T"K Can) G 0.9 G %n F ( 3.1612 G 55.2600 ) G ( 2.0-00 3.0000 ) G 0.9 G 119 F 6663. Kgf

Tens!on, Nozzle Groo e Weld [Tn2. % F (PI*-) G Dlo G (>gn@i Cas) G 0.96 G %ng F ( 3.1612 * -.0 ) G 116.3000 G ( 15.0000 3.0000 ) G 0.96 G 116 F 18208. Kgf

4tren2th of 6a!l$re Paths% P T"11 F ( %on H %n ) F ( 2120 H 666- ) F 10203 Kgf P T"-- F ( %on H Tpg H Tng H %in ) F ( 2120 H 0 H 18209 H 0 ) F -6928 Kgf P T"33 F ( %on H Tng H %in ) F ( 2120 H 18209 H 0 ) F -6928 Kgf

S1mma3% o4 Fail13e Pa+ Calc1la+ions:Pat, 1 1 F 10203 Kgf must e ee! > F 0 Kgf or >1 F :62 Kgf

Pat, - - F -6928 Kgf must e ee! > F 0 Kgf or >- F 19:- KgfPat, 3 3 F -6928 Kgf must e ee! > F 0 Kgf or >3 F 19:- Kgf

6?A?=?P? Res1l+s Based on A3eas S ell and No$$le nec :Con@erge! M. .>.P for gi@en geometr# M P 188.:1- KPa.Con@erge! M. .P.( C) for gi@en geometr# M P C 210.19- KPa.

Note" !o dete *ine i t&e no''(e is %ove nin% t&e desi%n, Co*$) e No''(e MA /;MA/nc +it& t&)t o t&e S&e(( co*$ ted o* t&e S&e((;<e)d Mod (e.




CodeCalc 2007 Licensee: PETRA RESOURCES SDN BHDFileName : NOZZLE CALCULAT ON RE! " ######################No$$le Anal%sis : 62 +em: " 2:',- .an / 200)

n-1+ Ec o No$$le +em " Desc3i-+ion: 62







o//le Material ( ot ormali/e! or ) % 32Material % um4er K0-200

o//le llo a4le %tress at Temperature % 116.62 .*mm7o//le llo a4le %tress t m4ient % 116.62 .*mm7

Diameter ;asis for o//le ; %I% IDInsi!e Diameter of o//le DI 200.0000 mm.



Insert or 4utting o//le T#pe T$P Insert&ut ar! Pro=e tion of o//le "& -50.0000 mm.>el! leg si/e 4et een o//le an! Pa!*%,ell >& :.0000 mm.?roo@e el! !ept, 4et een o//le an! Aessel >? A 15.0000 mm.


NOZZLE CALCULAT ON Desc3i-+ion: 62& 'E C 'C ' TI& Des ription M-


tual o//le Insi!e Diameter se! in Cal ulation -3.2-- in.tual o//le T,i ness se! in Cal ulation 0.3:6 in.


Reqd thk per UG-37(a) of Nozzle Wall, Trn [Internal PressTh!"kness #$e to Internal Press$re% F (PG(D*-HC )) * (%GE 0.2GP) per ? -9 ( )(1) F (26.33G(200.0000*-H3.0000))*(116.62G1.00 0.2G26.33) F 0.1906 H 3.0000 F 3.1906 mm.

Res1l+s o4 No$$le Rein4o3cemen+ A3ea Calc1la+ions:rea @aila4le 1 to 5 Design E ternal Mapnrea e uire! r 5.66: m7rea in %,ell 1 29.-91 m7rea in o//le >all - -.3:0 m7




rea in In ar! o//le 3 0.000 m7rea in >el!s 6 0.810 m7rea in Pa! 5 0.000 m7

Total rea @aila4le tot 90.69- m7




Re!nfor"e*ent +rea Req$!red for Nozzle%r F (D' GT H-GT"KGT G(1 BB 1)) ? 39( ) or ? 3:r F (202.0000G0.8::1H-G(10.0000 3.0000)G0.8::1G(1.0 1.00))r F 5.66: m7


1 F (D' D' )G(E%G(T C %) T ) -G(T"K C )G(E%G(T C %) T )G(1 BB 1)1 F (1-1-.000 202.000)G(1.00G(15.0000 3.000) 0.8::) -G(10.000 3.000)

G(1.00G(15.0000 3.0000) 0.8::1)G(1.0 1.00)

1 F 29.-91 m7

+rea + a!la le !n Nozzle Wall, no Pad%-np F ( - G MI (T' P "&) ) G ( T"K C T ) G BB --np F ( - G 19.5000 ) G ( 10.0000 3.0000 0.1906 ) G 1.00 )-np F -.3:0 m7

+rea + a!la le !n Welds, no Pad%6np F >o -GBB - H ( >i Can*0.909 ) -GBB -6np F :.0000 - G 1.0000 H ( 0.0000 ) - G 1.00006np F 0.810 m7

U5#'/ 6inim1m No$$le Nec T ic ness Re81i3emen+:F Ma (Min(Ma (Ma ( ?65;1 ?12;) Ma ( ?65;- ?12;)) ?65;6) ?65 )F Ma (Min(Ma (Ma (3.8::1 6.5895 ) Ma (3.0000 6.5895 )) 11.3366 ) 3.1906 )

F 6.5895 J Minimum o//le T,i ness 10.0000 mm. &K

>eig,t of o//le o//le e &nl# n orro!e! 3:.32 Kgf>eig,t of o//le o//le e &nl# Corro!e! -2.88 Kgf

6inim1m Desi9n 6e+al Tem-e3a+13e No$$le Nec ; UCS c13<e: BMinimum Metal Temp. *o impa t per Big. C% 22 -: CMinimum Metal Temp. at operating stress 106 CMinimum Metal Temp. *o impa t per ? -0(f) -: C

6inim1m Desi9n 6e+al Tem-e3a+13e S ell ; UCS c13<e: BMinimum Metal Temp. *o impa t per Big. C% 22 12 CMinimum Metal Temp. at operating stress :6 CMinimum Metal Temp. *o impa t per ? -0(f) -: C

No$$le 6D6T T ic ness Calc? -e3 UCS#(( a;" >; 6 N +n + +e; UCS c13<e: BMin. Metal Temp. *o impa t per Big. C% 22 -: CMin. Metal Temp. at e L! t, . ( C% 22.1) rat 0.0-6N 106 CMin. Metal Temp. *o impa t per ? -0(f) -: C

=eld Si$e Calc1la+ions No$$le N1m>e3 " Desc?: 62

Interme!iate Cal s. for no//le*s,ell el!s Tmin 9.0000 mm.


o//le >el! 6.:000 F 0.9 G Tmin 2.323: F 0.909 G >& mm.

=eld S+3en9+ and =eld Loads -e3 U5#'"?" S e+c a; o3 >;




e(d 8o)d 9 :" F ( 1H-G(T"K Can)GBfr1G(E1(T Cas) Tr))G% F (5.6689 29.-913 H - G ( 10.0000 3.0000 ) G 1.0000 G (1.00 G ( 15.0000 3.0000 ) 0.8::1 ) ) G 116 F 0.00 Kgf

e(d 8o)d 9 1:" F ( -H 5H 6 (>I C *.909) -GBfr-)G% F ( -.3:06 H 0.0000 H 0.8100 0.0000 G 1.00 ) G 116 F 3935.-0 Kgf

e(d 8o)d 9 2:" F ( -H 3H 6H(-G(T"K C )G(T C %)GBr1))G% F ( -.3:06 H 0.0000 H 0.8100 H 1.2800 ) G 116 F 52:5.:5 Kgf

e(d 8o)d 9 3:" F ( -H 3H 6H 5H(-G(T"K C )G(T C %)GBr1))G% F ( -.3:06 H 0.0000 H 0.0000 H 0.8100 H 1.2800 ) G 116 F 52:5.:5 Kgf

S+3en9+ o4 Connec+ion Elemen+s 4o3 Fail13e Pa+ Anal%sis :S&e) , t+) d No''(e e(d 9Son+:" F (PI*-) G Dlo G >o G 0.6: G %n F ( 3.1612 * -.0 ) G 2-0.0000 G :.0000 G 0.6: G 116 F 501-2. Kgf

4hear, Nozzle Wall [4n. % F (PI G (D' HDlo) *6.0) G (T"K Can) G 0.9 G %n F ( 3.1612 G 302.5000 ) G ( 10.0000 3.0000 ) G 0.9 G 116 F 55029. Kgf

Tens!on, Nozzle Groo e Weld [Tn2. % F (PI*-) G Dlo G (>gn@i Cas) G 0.96 G %ng F ( 3.1612 * -.0 ) G 2-0.0000 G ( 15.0000 3.0000 ) G 0.96 G 116 F 100:36. Kgf

4tren2th of 6a!l$re Paths% P T"11 F ( %on H %n ) F ( 501-2 H 55022 ) F 1051:- Kgf P T"-- F ( %on H Tpg H Tng H %in ) F ( 501-2 H 0 H 100:36 H 0 ) F 151020 Kgf P T"33 F ( %on H Tng H %in ) F ( 501-2 H 100:36 H 0 ) F 151020 Kgf

S1mma3% o4 Fail13e Pa+ Calc1la+ions:Pat, 1 1 F 1051:- Kgf must e ee! > F 0 Kgf or >1 F 3935 KgfPat, - - F 151020 Kgf must e ee! > F 0 Kgf or >- F 52:5 KgfPat, 3 3 F 151020 Kgf must e ee! > F 0 Kgf or >3 F 52:5 Kgf

6?A?=?P? Res1l+s Based on A3eas S ell and No$$le nec :Con@erge! M. .>.P for gi@en geometr# M P 6-0.591 KPa.

Con@erge! M. .P.( C) for gi@en geometr# M P C 529.6-2 KPa.

Note" !o dete *ine i t&e no''(e is %ove nin% t&e desi%n, Co*$) e No''(e MA /;MA/nc +it& t&)t o t&e S&e(( co*$ ted o* t&e S&e((;<e)d Mod (e.




CodeCalc 2007 Licensee: PETRA RESOURCES SDN BHDFileName : NOZZLE CALCULAT ON RE! " ######################No$$le Anal%sis : 6" +em: 2 2:',- .an / 200)

n-1+ Ec o No$$le +em 2 Desc3i-+ion: 6"







o//le Material ( ot ormali/e! or ) % 32Material % um4er K0-200

o//le llo a4le %tress at Temperature % 116.62 .*mm7o//le llo a4le %tress t m4ient % 116.62 .*mm7

Diameter ;asis for o//le ; %I% IDInsi!e Diameter of o//le DI 200.0000 mm.



Insert or 4utting o//le T#pe T$P Insert&ut ar! Pro=e tion of o//le "& -50.0000 mm.>el! leg si/e 4et een o//le an! Pa!*%,ell >& :.0000 mm.?roo@e el! !ept, 4et een o//le an! Aessel >? A 15.0000 mm.

Pa! Material ( ot ormali/e! or ) % 32Pa! llo a4le %tress at Temperature % 116.62 .*mm7Pa! llo a4le %tress t m4ient % 116.62 .*mm7Diameter of Pa! along @essel surfa e DP 1-55.0000 mm.T,i ness of Pa! TP 15.0000 mm.>el! leg si/e 4et een Pa! an! %,ell >P 10.0000 mm.?roo@e el! !ept, 4et een Pa! an! o//le >?P 15.0000 mm.


NOZZLE CALCULAT ON Desc3i-+ion: 6"& 'E C 'C ' TI& Des ription M1


tual o//le Insi!e Diameter se! in Cal ulation -3.2-- in.tual o//le T,i ness se! in Cal ulation 0.3:6 in.

n+e3nal P3ess13e Res1l+s 4o3 SHELL&HEAD :

Reqd thk per UG-37(a) of :;l!ndr!"al 4hell, Tr [Internal PressTh!"kness #$e to Internal Press$re% F (PG(D*- C E)) * (%GEH0.6GP) per ppen!i 1 1 (a)(1)




F (26.33G(3-00.0000*- 0.000)*(116.62G1.00H0.6G26.33) F 0.8::1 H 3.0000 F 3.8::1 mm.


Reqd thk per UG-37(a) of Nozzle Wall, Trn [Internal PressTh!"kness #$e to Internal Press$re% F (PG(D*-HC )) * (%GE 0.2GP) per ? -9 ( )(1) F (26.33G(200.0000*-H3.0000))*(116.62G1.00 0.2G26.33) F 0.1906 H 3.0000 F 3.1906 mm.

U5#'0 T ic ness and Diame+e3 Limi+ Res1l+s : n+e3nal P3ess13eEffe ti@e material !iameter limit D' 1-1-.0000 mm.Effe ti@e material t,i ness limit no pa! T' P 19.5000 mm.Effe ti@e material t,i ness limit pa! si!e T'>P 30.0000 mm.

Note" == !&e /)d di)*ete is > t&e Di)*ete 8i*it,t&e E cess +i(( not e conside ed .

Res1l+s o4 No$$le Rein4o3cemen+ A3ea Calc1la+ions:rea @aila4le 1 to 5 Design E ternal Mapnrea e uire! r 5.66: m7rea in %,ell 1 29.-91 m7rea in o//le >all - 6.0:8 m7rea in In ar! o//le 3 0.000 m7rea in >el!s 6 0.810 m7rea in Pa! 5 88.800 m7

Total rea @aila4le tot 120.:9: m7




!&e ) e) )v)i() (e +it& t&e %iven $)d is S icient.

Re!nfor"e*ent +rea Req$!red for Nozzle%r F (D' GT H-GT"KGT G(1 BB 1)) ? 39( ) or ? 3:r F (202.0000G0.8::1H-G(10.0000 3.0000)G0.8::1G(1.0 1.00))r F 5.66: m7


1 F (D' D' )G(E%G(T C %) T ) -G(T"K C )G(E%G(T C %) T )G(1 BB 1)1 F (1-1-.000 202.000)G(1.00G(15.0000 3.000) 0.8::) -G(10.000 3.000)

G(1.00G(15.0000 3.0000) 0.8::1)G(1.0 1.00)1 F 29.-91 m7

+rea + a!la le !n Nozzle Wall, no Pad%-np F ( - G MI (T' P "&) ) G ( T"K C T ) G BB --np F ( - G 19.5000 ) G ( 10.0000 3.0000 0.1906 ) G 1.00 )-np F -.3:0 m7

+rea + a!la le !n Nozzle Wall, .!th Pad%- p F (-GMI (T'>P "&))G(T"K C T )GBB -- p F ( - G 30.0000 ) G ( 10.0000 3.0000 0.1906 ) G 1.00 )- p F 6.0:8 m7

+rea + a!la le !n Welds, no Pad%6np F >o -GBB - H ( >i Can*0.909 ) -GBB -6np F :.0000 - G 1.0000 H ( 0.0000 ) - G 1.00006np F 0.810 m7




+rea + a!la le !n Welds, .!th Pad%6 p F >o -GBB 3 H (>i Can*0.909) -GBB - H >p -GBB 66 p F (:.0000 ) - G1.00 H (0.0000 ) - G1.00 H0.0000 - G1.006 p F 0.810 m7

+rea + a!la le !n Pad%

5 F (MI (DP D') (DI H-GT"K))G(Min(TP T'>P TE))GBB 65 F ( 1-1-.0000 2-0.0000 ) G 15.0000 G 1.005 F 88.800 m7

U5#'/ 6inim1m No$$le Nec T ic ness Re81i3emen+:F Ma (Min(Ma (Ma ( ?65;1 ?12;) Ma ( ?65;- ?12;)) ?65;6) ?65 )F Ma (Min(Ma (Ma (3.8::1 6.5895 ) Ma (3.0000 6.5895 )) 11.3366 ) 3.1906 )F 6.5895 J Minimum o//le T,i ness 10.0000 mm. &K

>eig,t of o//le it, Pa! n orro!e! 168.09 Kgf>eig,t of o//le it, Pa! Corro!e! 135.20 Kgf

6inim1m Desi9n 6e+al Tem-e3a+13e Res1l+s: o//le %,ell Pa!Minimum Temp. *o impa t per Big. C% 22 -: 12 12 C

Minimum Temp. at operating stress 106 :6 :6 CMinimum Temp. *o impa t per ? -0(f) -: -: -: C

No$$le 6D6T T ic ness Calc? -e3 UCS#(( a;" >; 6 N +n + +e; UCS c13<e: BMin. Metal Temp. *o impa t per Big. C% 22 -: CMin. Metal Temp. at e L! t, . ( C% 22.1) rat 0.0-6N 106 CMin. Metal Temp. *o impa t per ? -0(f) -: C

=eld Si$e Calc1la+ions No$$le N1m>e3 2 Desc?: 6"

Interme!iate Cal s. for no//le*s,ell el!s Tmin 9.0000 mm.Interme!iate Cal s. for pa!*s,ell el!s TminPa! 1-.0000 mm.


o//le >el! 6.:000 F 0.9 G Tmin 2.323: F 0.909 G >& mm.Pa! >el! 2.0000 F 0.5GTminPa! 9.0910 F 0.909 G >P mm.

=eld S+3en9+ and =eld Loads -e3 U5#'"?" S e+c a; o3 >;e(d 8o)d 9 :"

F ( 1H-G(T"K Can)GBfr1G(E1(T Cas) Tr))G% F (5.6689 29.-913 H - G ( 10.0000 3.0000 ) G 1.0000 G (1.00 G ( 15.0000 3.0000 ) 0.8::1 ) ) G 116 F 0.00 Kgf

e(d 8o)d 9 1:" F ( -H 5H 6 (>I C *.909) -GBfr-)G% F ( 6.0:98 H 88.8000 H 0.8100 0.0000 G 1.00 ) G 116 F 10:329.99 Kgf

e(d 8o)d 9 2:" F ( -H 3H 6H(-G(T"K C )G(T C %)GBr1))G% F ( 6.0:98 H 0.0000 H 0.8100 H 1.2800 ) G 116 F 9288.90 Kgf

e(d 8o)d 9 3:" F ( -H 3H 6H 5H(-G(T"K C )G(T C %)GBr1))G% F ( 6.0:98 H 0.0000 H 88.8000 H 0.8100 H 1.2800 ) G 116 F 1113-8.53 Kgf

S+3en9+ o4 Connec+ion Elemen+s 4o3 Fail13e Pa+ Anal%sis :S&e) , t+) d No''(e e(d 9Son+:" F (PI*-) G Dlo G >o G 0.6: G %n F ( 3.1612 * -.0 ) G 2-0.0000 G :.0000 G 0.6: G 116




F 501-2. Kgf

S&e) , /)d E(e*ent e(d 9S$e+:" F (PI*-) G Dp G >p G 0.6: G %e F ( 3.1612 * -.0 ) G 1-55.0000 G 10.0000 G 0.6: G 116 F 11-93:. Kgf

4hear, Nozzle Wall [4n. % F (PI G (D' HDlo) *6.0) G (T"K Can) G 0.9 G %n F ( 3.1612 G 302.5000 ) G ( 10.0000 3.0000 ) G 0.9 G 116 F 55029. Kgf

Tens!on, Pad Groo e Weld [Tp2. % F (PI*-.0) G Dlo G >gpn G 0.96 G %eg F (3.1612 * -.0 ) G 2-0.0000 G 15.0000 G 0.96 G 116 F 1-2128. Kgf

Tens!on, Nozzle Groo e Weld [Tn2. % F (PI*-) G Dlo G (>gn@i Cas) G 0.96 G %ng F ( 3.1612 * -.0 ) G 2-0.0000 G ( 15.0000 3.0000 ) G 0.96 G 116 F 100:36. Kgf

4tren2th of 6a!l$re Paths% P T"11 F ( %pe H %n ) F ( 11-938 H 55022 ) F 129805 Kgf P T"-- F ( %on H Tpg H Tng H %in ) F ( 501-2 H 1-2129 H 100:36 H 0 ) F -99--9 Kgf P T"33 F ( %pe H Tng H %in ) F ( 11-938 H 100:36 H 0 ) F -1329- Kgf

S1mma3% o4 Fail13e Pa+ Calc1la+ions:Pat, 1 1 F 129805 Kgf must e ee! > F 0 Kgf or >1 F 10:329 KgfPat, - - F -99--9 Kgf must e ee! > F 0 Kgf or >- F 9288 KgfPat, 3 3 F -1329- Kgf must e ee! > F 0 Kgf or >3 F 1113-8 Kgf

6?A?=?P? Res1l+s Based on A3eas S ell and No$$le nec :Con@erge! M. .>.P for gi@en geometr# M P 693.25: KPa.

Con@erge! M. .P.( C) for gi@en geometr# M P C 1092.:39 KPa.


Nozzle Calc

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