MD PV ASME v0.1.xls

8/20/2019 MD PV ASME v0.1.xls

1/35

Program User Guide :

Doc. No. PUG - MDPV - 000

Date 2005. 8. 15.

Revision 0 1

1. Introduction Sheet No. 1 of 1

2. References

The prora! is "ase# on the fo$$o%in& %hich sha$$ "e referre# to for f'rther 'n#erstan#in.

Design (SM) Sec. V***& Div. 1

Materials (SM) Sec. ** - D

Technicals Process Vesse$ Desin Man'a$& Dennis R. Moss

Desin of Process )+'ip!ent& ,r# )#.& . . Mahaan

/ata$o'es for $anes

3. Future Deelo!ment

Descri!tion Date "ersion Remar#s

No$e 05. 8. 15. 0.1

/onica$ Section 05. 8. 15. 0.1

She$$ $ane 05. 8. 15. 0.1

ea#er& 3o4 Tpe

S'pport Sa##$e

6e

6'

S7irt

6iftin 6'

No$e )4terna$ 6oa#)4terna$ Press're

Ta$$ To%er

Davit

$. Program %rchitecture

Inside the Program

*np't an# S'!!ar Sheet

/a$c'$ation Sheet for &hell

/a$c'$ation Sheet for 'ead

/a$c'$ation Sheet for conical &ection

/a$c'$ation Sheet for &hell Flange

/a$c'$ation Sheet for Tu(e/a$c'$ation Sheet for 'eader

/a$c'$ation Sheet for )oer for 'eader

/a$c'$ation Sheet for *o++le

Data Files

Materia$ *n#e4& $ane Data& Mo#'$'s of )$asticit& ...

,. General Information

NT)S Narai Ther!a$ )nineerin Services

Mechanical Design of P - " in acc. ith %&M/

This 'i#e is inten#e# to o't$ine a prora! for !echnica$ #esin of !ressure essels in accor#ance %ith

%&M/.

9 I& 9

9 shell 9

9 head 9

9 consec 9

9 s.flg 9

9 tu(e 99 'D 9

9 c 9

9 *0 9

9 materials %&TM 9 Stress Va$'es of %&TM : %&M/ !ateria$s

9 materials common "

9 materials I& 9 Stress Va$'es of I& !ateria$s

9 materials & 9 Stress Va$'es of & !ateria$s

Data are inp'te# via ce$$s %ith (lue %or#s : n'!"ers an# co!"o"o4es.

(ttention sha$$ "e pai# to ce$$s %ith red %or#s : n'!"ers.

각 Sheet 의하단에나타나는회사명을바꾸려면아래에있는 색 회사명을바꾸기만하면된다.


2/35

Design *otes :

Mechanical Design of P - " in acc. ith %&M/

Doc. No. DN - MDPV - 000

Date 2005. ;. 28.

Revision 0

1. Introduction Sheet No. 1 of 1

These notes are inten#e# to he$p #esiners fo$$o% nor!a$ #esin practices& an# f'rther reach an opti!'!

#esin.

2. *otes

Flange

The proce#'res are fro! Ta$or ore 3'$$etin No. 502& ;th )#.& 9 Mo#ern $ane Desin 9.

*n enera$& "o$ts sho'$# "e 'se# in !'$tip$es of fo'r.

or $are #ia!eter f$anes& !an s!a$$er "o$ts on a tiht "o$t circ$e are reco!!en#e# to re#'ce the f$ane

thic7ness.



3/35

?o" No. 4 31 4 2, *te! No. F 4 35$

Proect &ohar Refiner6 Pro7ect Service Incinerator )ham(er

D / & I G * D % T %

/o#e %&M/ &ec. "III Di. 1

Service acc. to UG-1@


4/35

Doc. No. MD - PV - 00

P R / & & U R / " / & & / <

M / ) ' % * I ) % < D / & I G *

o( *o. F 4 31 4 2,

Pro7ect F &ohar Refiner6 Pro7ect

)lient F G)

)ontractor F ')/I

Item *o. F F 4 35$

&erice Incinerator )ham(er

5

=

,2

1

0 05. 8. 15. *ss'e# for approva$. S. ?. 6ee 6TG 6

Rev. Date Description Prepare# Revie%e# (ppr

*arai Thermal /ngineering &erices

Te$.

o!epae a4.

)-!ai$

NT)S Narai Ther!a$ )nineerin Ser


5/35

e

ove#

vices


6/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000

M / ) ' % * I ) % < D / & I G * Date 05. 8. 15.

Rev. 0

Sheet No. 1 of 1

T a ( l e of ) o n t e n t s

1. Design Data and &ummar6

2. &hell

3.

$.

,.

8.

5.

.

E.

1.



7/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000

M / ) ' % * I ) % < D / & I G *

Date 05. 8. 15.

1 Revision 0

2 Sheet No. 1 of 4

,

= Proect &ohar Refiner6 Pro7ect

5 *te! No. F 4 35$

@ Service Incinerator )ham(er ;

8D / & I G * D % T %

I

10 /o#e %&M/ &ec. "III Di. 1

11 I * T / R * % < / = T / R * % <

12 Desin

Press're ,00 7Pa.

1, Te!perat're ,=0 ℃

1= Press're Test

Metho# #rostatic

15 Press're 0 7Pa.

1@ (!"ient Te!perat're ,0 ℃

1; )orrosion %lloance oint /fficienc6 Radiogra!h6

18 She$$ , !! 0.85 Spot

1I ea# , !! 1 No or '$$20 No$e , !! CCC CCC

21 T'"e 0 !! CCC CCC

22D / & I G * & U M M % R C2,

2=

Descri!tion T6!e MaterialID

Thic#ness

Remar#s25 Min. ReA. Used

2@ !!

2; She$$ ( 51@-;0 2500 =.@ 1=

28 ea# 2F1 )$$ipsoi#a$ ( 51@-;0 5.= 1=

2I She$$ 2 ( 51@-;0 1=50 =.@ 1=

,0 /onica$ Sec. /onica$ /oncentric ( 51@-;0 2500 1=50 5.= 1= 6 K I20 !!

,1 $at ea# $ane# ( 105 N *D. 1=50 50 3o$t K ( 1I,-3;&JK2.59

,2 She$$ $ane (BB( : Rin ( 105 N Th7 1= I5 Gas7et K Spira$ B.&SUS

,,T U @ / B ' / % D / R

,=

,5

Descri!tion T6!e MaterialID >D

Thic#ness

Remar#s,@ ReA. Used.

,; !!

,8 T'"e U-t'"e STS ,0= T3 ) 1I.= 25.= ,

,I ea#er& *n$et /irc'$ar STS ,0= TP ) 125 ( : Sch.80

=0 3$in# $& *n$et Be$#e# STS ,0= 15

=1 ea#er& 't$et /irc'$ar STS ,0= TP ) 80 ( : Sch.80

=2 3$in# $& 't$et $ane# SUS ,0= (NS* : S$ip-on : 150 $"

=,

* > ? ? < / &===5

Descri!tion Material D

Thic#ness Pad

Remar#=@ ReA. Used. Material >D t

=; !! !!

=8 (1& Manho$e ( 51@-;0 She$$ 585.@ @0I.@ 12.0 ( 51@-;0 11@0 1=

=I 1 A 2 ( 10@-3 She$$

50

51

52

5,

5= Re!ar7s F

55

5@

5;

58

5I

@0



8/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000

M / ) ' % * I ) % < D / & I G * Date 05. 8. 15. Revision 0

Sheet No. 0 of 4

Part &hell

/o#e

%&M/ &ec. "III; Di. 1

UG 4 25 Thic#ness of &hells under Internal Pressure C /irc'!ferentia$ stress overns.

9 c 9 1 )ircumferential &tress in the *

Minimum ReAuired Thic#ness of &hell

/hec7s F t K 0.5 R K @[email protected] -H

P K ,00 0.,85 S ) K V(6U)E -H

t KP R

α K,00.0 1&25,

,.0S ) - 0.@ P V(6U)E 0.85 - 0.@ ,00.0

K !! 1= !! 'se#. -H "%


9/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 0 of 4

Part 'ead

/o#e

%&M/ &ec. "III; Di. 1

UG 4 32 Formed 'eads; and &ections; Pressure on )oncae &ide

9 d ; 9 e or 9 f

D / & I G * D % T %

Materia$ /o#e %&TM

Materia$ % ,1845

*nterna$ #esin press're P ,00 7Pa.

Desin te!perat're ,=0 ℃

*nsi#e #ia!eter of the hea# Uncorro#e# 2&500 !!

*nsi#e #ia!eter of the hea# /orro#e# D 2&50@ !!

*nsi#e ra#i's /orro#e# R 1&25, !!

Ma4i!'! a$$o%a"$e stress va$'e S V(6U)E

?oint efficienc ) 1

/orrosion a$$o%ance , !!

Thic7ness re#'ction rate after for!in rt 15

*nsi#e spherica$ or cro%n ra#i's K 0.I0=5 D 6 2&2@; !!

) % < ) U < % T I > *

2:1 /lli!soidal H UG 4 32 9 d

/hec7 F t : 6 K 0.002 -H

t K <P D

α >100

K <,00.0 2&50@

>

2 S ) - 0.2 P 100 - rt 2 V(6U)E 1 - 0.2 ,00.0 - 15

K !! 1= !! 'se#. -H "%100

K <0.885 ,00.0 2&2@;

>

S ) - 0.1 P 100 - rt V(6U)E 1 - 0.1 ,00.0 - 15

K !! 1= !! 'se#. -H "%


10/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 0 of 4

Part &hell 2

/o#e

%&M/ &ec. "III; Di. 1




/hec7s F t K 0.5 R K ,@= -H

P K ,00 0.,85 S ) K V(6U)E -H

t KP R

α K,00.0 ;28

,.0S ) - 0.@ P V(6U)E 0.85 - 0.@ ,00.0

K !! 1= !! 'se#. -H "%


11/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 0 of 4

Part )onical &ec.

/o#e

%&M/ &ec. "III; Di. 1

UG 4 32 Formed 'eads; and &ections; Pressure on )oncae &ide

9 g )onical &ections 9 Jithout Transition nuc#le

D / & I G * D % T %

Materia$ /o#e %&TM

Materia$ % ,1845

/onfi'ration )oncentric



Uncorro#e# 2&500 !!

*nsi#e #ia!eter of the she$$& $arer /orro#e# D 2&50@ !!

*nsi#e ra#i's /orro#e# R 1&25, !!

Uncorro#e# 1&=50 !!

*nsi#e #ia!eter of the she$$& s!a$$er /orro#e# 1&=5@ !!

*nsi#e ra#i's /orro#e# ;28 !!

(4ia$ $enth of conica$ section 6 I20 !!

ne ha$f ape4 an$e Θ 2I.; #e

Ma4i!'! a$$o%a"$e stress va$'e S V(6U)E ?oint efficienc for& or the efficienc of& appropriate oint ) 0.85


) % < ) U < % T I > *

/hec7s F 2I.; J ,0 #e -H E

t KP D

α K,00.0 4 2&50@

,.02 cos < S ) - 0.@ P > 2 cos < 2I.; > < V(6U)E 0.85 - 0.@ ,00.0 >

K !! 1= !! 'se#. -H "%


12/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 0 of 4

Part Flat 'ead

/o#e

%&M/ &ec. "III; Di. 1

UG 4 3$ Unsta6ed Flat 'eads and )oers

9 c 9 2 etch 9 7

D / & I G * D % T %

Materia$ /o#e %&TM

Materia$ % 1,



Dia!eter !eas're# as in#icate# in i. UG-,= # 1&505 !!


?oint efficienc for& or the efficienc of& appropriate oint ) 1

actor #epen#in 'pon the !etho# of attach!ent of hea#& she$$ #i!ensions / 0.,

Tota$ 3o$t $oa# J CCC

Gas7et !o!ent ar!& ra#ia$ #istance fro! "o$t center to $ine of as7et reaction V(6U)E !!


) % < ) U < % T I > *

Minimum ReAuired Thic#ness of Flat 'ead

t K # α

H >!erating )ondition

to K 1&505 0 .,0 ,00.0 : 1 1.I "%

2

π : = #22 n


13/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 0 of 4

Part Flat 'ead

/o#e

%&M/ &ec. "III; Di. 1


9 c 9 2 etch 9 !

D / & I G * D % T %

Materia$ /o#e %&TM

Materia$ % 1,



Dia!eter !eas're# as in#icate# in i. UG-,= # V(6U)E !!



actor #epen#in 'pon the !etho# of attach!ent of hea#& she$$ #i!ensions / 0.25


) % < ) U < % T I > *


t

t K # / P : S ) α C

V ( 6 U

)

( 6

U

K 0.25 ,00.0 : V(6U)E 1 ,.0

1 & =

5 0

# K

K !! 50 !! 'se#. -H

She$$ *D


@olted ith a full4face gas#et to &hell


14/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 0 of 4

Part Flat 'ead

/o#e

%&M/ &ec. "III; Di. 1


9 c 9 2 etch 9 e or 9 f Jelded to &hell

D / & I G * D % T %

Materia$ /o#e %&TM

Materia$ % 1,



Dia!eter !eas're# as in#icate# in i. UG-,= Uncorro#e# 1=50 !!

Dia!eter !eas're# as in#icate# in i. UG-,= /orro#e# # 1=5@ !!



actor #epen#in 'pon the !etho# of attach!ent of hea#& she$$ #i!ensions / CCC


) % < ) U < % T I > *


! K the ratio& tr : ts K : 1= K

Bhere& tr Re+'ire# thic7ness of sea!$ess she$$

ts No!ina$ thic7ness of she$$

/ K 0.,, ! K 0.,, 4 K C !in. 0.2

t K # / P : S ) α K 1&=5@ ,00.0 : V(6U)E 1 ,.0

K !! 50 !! 'se#. -H


ts

#

t

ts

#

t

S7etch S7etch


15/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 0 of 4

Part Flat 'ead

/o#e

%&M/ &ec. "III; Di. 1


9 c 9 2 etch 9 a Formed B Jelded to &hell

D / & I G * D % T %

Materia$ /o#e %&TM

Materia$ % 1,



Dia!eter !eas're# as in#icate# in i. UG-,= Uncorro#e# 1=50 !!

Dia!eter !eas're# as in#icate# in i. UG-,= /orro#e# # 1=5@ !!



actor #epen#in 'pon the !etho# of attach!ent of hea#& she$$ #i!ensions / 0.1;


Thic7ness re#'ction rate after for!in rt 15

) % < ) U < % T I > *


t K < # / P : S ) α )100

K < 1&=5@ 0.1; ,00.0 : V(6U)E 1 ,.0 >

100 - r - 15

K !! 50 !! 'se#. -H


ts

#t

S7etch

r K , t !in.

B.6. T.6.


16/35

1 Proect &ohar Refiner6 Pro7ect Doc. No. D - BN6G - 100

2 *te! No. F 4 35$ Serivice Incinerator )ham(er Sheet No. 1 of 1

, Description &hell Flange C Desin res'$t Revision 0

1 D / & I G * ) > * D I T I > *

= Desin Press're 7Pa. ,00 %lloa(le &tresses5 Desin Te!perat're ℃ ,=0 Flange @olting

@ (t!. Te!p. ℃ V(6U)E Materia$ (STM ( 105 Materia$ (STM ( 1I,-3;&JK2.59

; /orrosion ($$o%ance !! , at Desin Te!p. V(6U)E at Desin Te!p. V(6U)E

8 at (t!. Te!p. V(6U)E at (t!. Te!p. V(6U)E

2 G % & / T B @ > < T D / T % I < & 3 < > % D B @ > < T ) % < ) U < % T I > * &

I Gas7et Materia$ Spira$ B.&SUS V(6U)E!!2 V(6U)E

10 Gas7et Bi#th& N !! V(6U)E V(6U)E

11 ! V(6U)E V(6U)E !!2 V(6U)E

12 V(6U)E V(6U)E V(6U)E

1, : " !! V(6U)E

1= G !! V(6U)E

15 3o$t Sie : Qt& n Re+'ire# Gas7et Bi#th

!! 1@ !! 1; 3o$t Spacin !! J- C Min. : Ma4.& T)M( :

$ M > M / * T ) % < ) U < % T I > * &

"%


17/35

1 Proect &ohar Refiner6 Pro7ect Doc. No. D - S6G - 100

2 *te! No. F 4 35$ Serivice Incinerator )ham(e C Tpe 6oose Sheet No. 1 of 1


1 D / & I G * ) > * D I T I > *





2 G % & / T B @ > < T D / T % I < & 3 < > % D B @ > < T ) % < ) U < % T I > * &


10 Gas7et Bi#th& N !! V(6U)E V(6U)E

11 ! V(6U)E V(6U)E !!2 V(6U)E

12 V(6U)E V(6U)E V(6U)E

1, : " !! V(6U)E

1= G !! V(6U)E

15 3o$t Sie : Qt& n Re+'ire# Gas7et Bi#th

!! 1@ !! 1; 3o$t Spacin !! J- C Min. : Ma4.& T)M( :

$ M > M / * T ) % < ) U < % T I > * &

"%


18/35

1 Proect &ohar Refiner6 Pro7ect Doc. No. D - SG - 100



1 D / & I G * ) > * D I T I > *





2 G % & / T B @ > < T D / T % I < & 3 < > % D B @ > < T ) % < ) U < % T I > * &


10 V(6U)E

11 ! V(6U)E V(6U)E !!2 V(6U)E

12 V(6U)E V(6U)E V(6U)E

1, !! V(6U)E V(6U)E V(6U)E

1= !! V(6U)E V(6U)E

15 3o$t Sie : Qt& n

1@ !! 3o$t o$e Dia.& #h !!1; 3o$t Spacin !! J- C Min. : Ma4.& T)M( :

$ M > M / * T ) % < ) U < % T I > * &

"% R M U < % F % ) T > R &R K

,1 t I5.000 V(6U)E

C V ( 6 U )

,2 V(6U)E,, V(6U)E

,= V(6U)E

D V ( 6 U )

D V ( 6 U )

D V ( 6 U )

,5 V(6U)E tn K 1=

,@ V(6U)E

,;

( K

/ K

G K

3 K 1&=;8

,8 !'$tip$ie# " 3o$t Spacin *D& 'ncorro#e# 1&=50

,I F No!ina$ 3o$t Dia. Unit F !!

5 "%!erating )ondition

=0 V(6U)E 6onit'#ina$ '"&

V(6U)EV(6U)E

=1 V(6U)E

Ra#ia$ $ane

V(6U)EV(6U)E

=2 V(6U)E Tanentia$ $ane

V(6U)EV(6U)E

=, V(6U)E

V(6U)EV(6U)E

== V(6U)E

Ra#ia$ Stress at 3o$t /irc$e

V(6U)E

V(6U)E


& < I P 4 > *; F U < < F % ) / G % & / T F < % * G / D / & I G *

fo "

fa a

!2

K π GO

! K rea er o

!2 a

P K π ! or

!1 "

P K

G

G

P

" K π

2n

K G2 π P : = ec " H !

" K < / - 3 > : = !1 K P P K . ! " a K -

G

GO K

G

G π

o a. oo a.& 2

D K π

D K . -

D K

D D

T K -

D

T K .

D

G

T K

T T

o K

D

T

hG

hG

G h

9

G

G

G

MG G h

9

GG G

0

6

6

e K6

0

1

0h

0

02

G

0 K

0 6 G

G

T

G!o K

o

D

α K t e 1

T 1Kβ K =:, t e 1

D

γ K α : T 0 K

δ K t, : #

λ K γ δ o spac n e4cee s

3 & !

o an !

G n a ove e+'at ons are

3

3

1.5 Sfo

K !

o

1

Sfo R K !o

Sfo

T K !

o-

R

Sfo

rea er o .

R

or .

T

Sfo S

R(D K

G

t2 < π / - n #h >


19/35

1 Proect &ohar Refiner6 Pro7ect Doc. No. D - R6G - 100



1 D / & I G * ) > * D I T I > *





2 G % & / T B @ > < T D / T % I < & 3 < > % D B @ > < T ) % < ) U < % T I > * &


10 Gas7et Bi#th& N !! 20.00 V(6U)E

11 ! V(6U)E !!2 V(6U)E

12 V(6U)E V(6U)E V(6U)E

1, : " !! 10.00 ;.I; V(6U)E

1= G !! 1505.1

15 3o$t Sie : Qt& n 19 =8 Re+'ire# Gas7et Bi#th!!

1@ !! 1; 3o$t Spacin !! J- C Min. : Ma4.& T)M( :

$ M > M / * T ) % < ) U < % T I > * &

"%!erating )ondition %lloa(le &tress Gas#et &eating

=, t K t K

==


R I * G F < % * G / D / & I G *

fo "

fa a

!2

K π ! K rea er o

!2 a

P K π ! or

!1 "

K G2 π P : = " K π 2 n

!1 K

P ec

" H

!

0

K .!

" a

o a. oo a.&2

r K"

a π J

D K π

D K . -

D K

D D

G K

!1 -

G K . -

G K

G G

T K -

D

T K .

D

G

T K

T T

o K

D

G

T

G K

G K . -

o K

G

G

G

T

GD

T 1K

D

!o K

o

!G K

o

0 K

o spac n e4cee s3 & !

o an !

G n a"ove e+'ations are

3

3

! O !

G O

Sfo

Sfa


20/35

1 Proect &ohar Refiner6 Pro7ect Doc. No. D - RG - 100



1 D / & I G * ) > * D I T I > *





2 G % & / T B @ > < T D / T % I < & 3 < > % D B @ > < T ) % < ) U < % T I > * &


10 V(6U)E

11 ! V(6U)E V(6U)E !!2 V(6U)E

12 V(6U)E V(6U)E V(6U)E

1, " K < / - 3 > : = !! V(6U)E V(6U)E V(6U)E

1= !! V(6U)E V(6U)E

15 3o$t Sie : Qt& n

1@ !! 3o$t o$e Dia.& #h !!1; 3o$t Spacin !! J- C Min. : Ma4.& T)M( :

$ M > M / * T ) % < ) U < % T I > * &

"% R M U < % F % ) T > R &R K

,1 t I5.000 V(6U)EC

V (

6 U h K

,2,,

,=

D V ( 6 U )

D V ( 6 U )

D V ( 6 U )

,5

,@

,;

( K

/ K

G K

3 K 1&=;8 tn K 1=

,8 !'$tip$ie# " 3o$t Spacin *D& 'ncorro#e# 1&=50

,I F No!ina$ 3o$t Dia. Unit F !!

5 "%!erating )ondition

=0

=1

=2 V(6U)E Tanentia$ $ane

V(6U)EV(6U)E

=,

== V(6U)E

Ra#ia$ Stress at 3o$t /irc$e

V(6U)E

V(6U)E


R I * G; F U < < F % ) / G % & / T F < % * G / D / & I G *

fo "

fa a

!2

K π GO

! K rea er o

!2 a

P K π ! or

!1 "

P K

G

G

P

" K π

2n

K G2 π P : = ec " H !

!1 K

P

P K .

!

" a

K -G

GO

KG

G π

o a. oo a.& 2

D K π

D K . -

D K

D D

T K -

D

T K .

D

G

T K

T T

o K

D

T

hG

hG

G

h9G

G

G M

G

G h9

GG G

G

G

G

T

G!o K

o

D

T

1K

D

0K

o spac n e4cee s3 & !

o an !

G n a"ove e+'ations are

3

3

Sfo

T K !

o

Sfo S

R(D K

G

t2 < π / - n #h >


21/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 0 of 4

Part Tu(e

/o#e

%&M/ &ec. "III; Di. 1




/hec7s F t K 0.5 R K =.85 -H

P K ,00 0.,85 S ) K V(6U)E -H

t KP R

α K,00.0 I.;

0.0S ) - 0.@ P 1 - 0.@ ,00.0

K !! , !! 'se#. -H "%


22/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 0 of 4

Part 'eader; Inlet

/o#e

%&M/ &ec. "III; Di. 1




/hec7s F t K 0.5 R K V(6U)E -H

P K ,00 0.,85 S ) K V(6U)E -H

t KP R

α K,00.0 V(6U)E

0.0S ) - 0.@ P 1 - 0.@ ,00.0

K !! !! 'se#. -H "%


23/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 0 of 4

Part @lind Flg; Inlet

/o#e

%&M/ &ec. "III; Di. 1



D / & I G * D % T %

Materia$ /o#e &

Materia$ &T& 3$



Dia!eter !eas're# as in#icate# in i. UG-,= Uncorro#e# V(6U)E !!

Dia!eter !eas're# as in#icate# in i. UG-,= /orro#e# # V(6U)E !!




/orrosion a$$o%ance 0 !!

) % < ) U < % T I > *


! K the ratio& tr : ts K : K



/ K 0.,, ! K 0.,, 4 K C !in. 0.2

t K # / P : S ) α K ,00.0 : 1 0.0

K !! 15 !! 'se#. -H


ts

#

t

ts

#

t

S7etch S7etch


24/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 0 of 4


/o#e

%&M/ &ec. "III; Di. 1


9 c 9 2 etch 9 !

D / & I G * D % T %

Materia$ /o#e &

Materia$ &T& 3$








) % < ) U < % T I > *


t

t K # / P : S ) α

V ( 6 U

)

( 6

U

K 0.25 ,00.0 : 1 0.0

V ( 6 U )

# K

K !! 15 !! 'se#. -H

She$$ *D




25/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 0 of 4


/o#e

%&M/ &ec. "III; Di. 1


9 c 9 2 etch 9 7

D / & I G * D % T %

Materia$ /o#e &

Materia$ &T& 3$










) % < ) U < % T I > *


t K # α


to K 0.,0 ,00.0 : 1 1.I "% Sa : 2 K "%

2

π : = #22 n


26/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 0 of 4

Part 'eader; >utlet

/o#e

%&M/ &ec. "III; Di. 1




/hec7s F t K 0.5 R K V(6U)E -H

P K ,00 0.,85 S ) K V(6U)E -H

t KP R

α K,00.0 V(6U)E

0.0S ) - 0.@ P 1 - 0.@ ,00.0

K !! !! 'se#. -H "%


27/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 0 of 4

Part @lind Flg; >utlet

/o#e

%&M/ &ec. "III; Di. 1



D / & I G * D % T %

Materia$ /o#e I&

Materia$ &U& 3$



Dia!eter !eas're# as in#icate# in i. UG-,= Uncorro#e# V(6U)E !!

Dia!eter !eas're# as in#icate# in i. UG-,= /orro#e# # V(6U)E !!





) % < ) U < % T I > *


! K the ratio& tr : ts K : K



/ K 0.,, ! K 0.,, 4 K C !in. 0.2

t K # / P : S ) α K ,00.0 : 1 0.0

K !! !! 'se#. -H


ts

#

t

ts

#

t

S7etch S7etch


28/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 0 of 4


/o#e

%&M/ &ec. "III; Di. 1


9 c 9 2 etch 9 !

D / & I G * D % T %

Materia$ /o#e I&

Materia$ &U& 3$








) % < ) U < % T I > *


t

t K # / P : S ) α

V ( 6 U

)

( 6

U

K 0.25 ,00.0 : 1 0.0

V ( 6 U )

# K

K !! !! 'se#. -H

She$$ *D




29/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 0 of 4


/o#e

%&M/ &ec. "III; Di. 1


9 c 9 2 etch 9 7

D / & I G * D % T %

Materia$ /o#e I&

Materia$ &U& 3$










) % < ) U < % T I > *


t K # α


to K 0.,0 ,00.0 : 1 1.I "% Sa : 2 K "%

2

π : = #22 n


30/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 0 of 4

Part No$e H %1; Manhole

/o#e

%&M/ &ec. "III; Di. 1

UG 4 $, *o++le *ec# Thic#ness

UJ 4 18 Minimum ReAuirements for %ttachment Jelds at >!enings

D / & I G * D % T %

e * > ? ? < /Materia$ /o#e %&TM %&TM

Materia$ specification % ,1845 % ,1845

*nterna$ #esin press're P ,00 7Pa. ,00 7Pa.

Desin te!perat're ,=0 ℃ ,=0 ℃

*nsi#e #ia!eter Uncorro#e# 2&500 !! 585.@ !!

*nsi#e #ia!eter /orro#e# D 2&50@ !! Dn 5I1.@ !!

*nsi#e ra#i's /orro#e# R 1&25, !! Rn 2I5.8 !!

Ma4i!'! a$$o%a"$e stress va$'e S V(6U)E Sn V(6U)E

?oint efficienc ) 0.85 )n 1

/orrosion a$$o%ance , !! n , !!

No!ina$ %a$$ thic7ness Uncorro#e# 1= !! 12.00 !!

Ba$$ thic7ness /orro#e# t 11 !! tn I.00 !!

) % < ) U < % T I > *

Minimum *o++le Jall Thic#ness H UG 4 $,

UG 4 $, 9 a B UG 4 25 9 c 9 1

/hec7s F tr1 K 0.5 R K 1=;.I -H

P K ,00 0.,85 S ) K V(6U)E -H

tr1 KP Rn

αn K,00.0 2I5.8

,.0 K !!Sn )n - 0.@ P 1 - 0.@ ,00.0

UG 4 $, 9 (

9 1 She$$ or hea# thic7ness < ) K 1 > tr2 K - N:( - !!

UG 4 18 9 ( Mini!'! thic7ness tr3 K =.@0 !!

9 $ Mini!'! thic7ness of stan#ar# %a$$ pipe tr$ K - N:( - !!

tr, K =.@0 !!

tr8 K K =.@0 !!

-H K !! 12.00 !! 'se#. -H

&i+e of Jeld ReAuired H UJ 4 18 9 c

*nner i$$et Be$# t!in K S!a$$er of 1I !! or tn or te K I.00

tc !in K S!a$$er of @ !! or 0.; t!in K @.00

tc act K 0.; 6e=1 K ;.00 -H E

'ter i$$et Be$# t!in K S!a$$er of 1I !! or te or t K 11.00

t% !in K 0.5 t!in K 5.50

t% act K 0.; 6e=2 K @.,0 -H E

-H The eld is satisfactor6.


6arer of tr2 or tr3

S!a$$er of tr$ or tr,

6arer of tr1 or tr8


31/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 1 of 4


/o#e UG 4 35 Reinforcements reAuired for >!enings in &hells and Formed 'eads

D / & I G * D % T %

No$e P$ace!enent *nserte#

inishe# #ia!eter of circ'$ar openin K Dn # 5I1.@ !!

/orrction factor 1

Re+'ire# thic7ness of a sea!$ess she$$ or hea# tr !!

Re+'ire# thic7ness of a sea!$ess no$e %a$$ trn !!

($$o%a"$e stress va$'e in tension& No$e Sn

($$o%a"$e stress va$'e in tension& Vesse$ Sv

K Sn:Sv fr1

K Sn:Sv fr2

)1 1

Pa# !ateria$ co#e (STM

Pa# !ateria$ specification ( 51@-;0

Pa# .D. 11@0 !!

Pa# thic7ness te 1= !!

($$o%a"$e stress va$'e in reinforcin e$e!ent Sp

K< $esser of Sn or Sp >: Sv fr,

K Sp:Sv fr=


6e=1 10.0 !! C Min. 8.5

6e=2 I.0 !! C Min. ;.8

6e=, - N:( - !! C Min.


32/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 2 of 4


/o#e UG 4 $1 &trength of Reinforcement

) % < ) U < % T I > *

%lloa(le Unit &tresses H UG 4 $, 9 c B UJ 4 1, 9 c

i$$et Be$# Shear &fs K 0.=I 4 V(6U)E K V(6U)E

No$e Ba$$ Shear &ns K 0.; 4 V(6U)E K V(6U)E

Groove Be$# Tension &gt K 0.;= 4 V(6U)E K V(6U)E

Groove Be$# Shear &gs K 0.@ 4 V(6U)E K V(6U)E

&trength of )onnection /lements C Di!ensions are in

*nner i$$et Be$# Shear

9a K π / 2 x Nozzle OD x Weld Leg x S!K π / 2 x 4 4 V(6U)E K V(6U)E K V(6U)E *

No$e Ba$$ Shear

9( K : 2 4 Mean No$e Dia. 4 tn 4 Sns

K π / 2 x 4 4 V(6U)E K V(6U)E K V(6U)E N

Groove Be$# Tension

9c K : 2 4 No$e D 4 t 4 St


'ter i$$et Be$# Shear

9d K : 2 4 Pa# D 4 Be$# 6e 4 Sfs


Upper Groove Be$# Tension

9e K : 2 4 No$e D 4 te 4 St


6o%er i$$et Be$# Shear

9f K : 2 4 No$e D 4 Be$# 6e 4 SfsK π / 2 x 4 4 *-% 4 4 V(6U)E K 4 *-% 4 K 4 *-% 4 N

Sv K V(6U)E K V(6U)E N

Be$# 6oa# for Strenth Path 2 - 2

J242 K < (2 (, (=1 (=, 2 tn t fr1 > Sv K V(6U)E K V(6U)E N

Be$# 6oa# for Strenth Path , - ,

J343 K < (2 (, (5 (=1 (=2 (=, 2 tn t fr1 > Sv K V(6U)E K V(6U)E N

Tota$ Be$# 6oa#

J K X ( - (1 2 tn fr1 < )1 t - tr > Y Sv K V(6U)E K V(6U)E N

)hec# &trength Paths H UG 4 $1 9 ( 9 1 B 9 2

Path 141 9d 9( K V(6U)E V(6U)E K V(6U)E N -H

6oa# for Path 1-1 K K V(6U)E N

Path 242 9a 9c 9e K V(6U)E V(6U)E V(6U)E K V(6U)E N -H


Path 343 9d 9c K V(6U)E V(6U)E K V(6U)E N -H

6oa# for Path ,-, K K V(6U)E N

-H


S!a$$er of J141 or J




33/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 0 of 4

Part No$e H 1 B 2

/o#e

%&M/ &ec. "III; Di. 1

UG 4 $, *o++le *ec# Thic#ness

UJ 4 18 Minimum ReAuirements for %ttachment Jelds at >!enings

D / & I G * D % T %

e * > ? ? < /Materia$ /o#e %&TM %&TM

Materia$ specification % ,1845 % 184@ - 1 1-2N - ==4&TR

*nterna$ #esin press're P ,00 7Pa. ,00 7Pa.

Desin te!perat're ,=0 ℃ ,=0 ℃

*nsi#e #ia!eter Uncorro#e# 2&500 !! V(6U)E !!

*nsi#e #ia!eter /orro#e# D 2&50@ !! Dn V(6U)E !!

*nsi#e ra#i's /orro#e# R 1&25, !! Rn V(6U)E !!

Ma4i!'! a$$o%a"$e stress va$'e S V(6U)E Sn V(6U)E

?oint efficienc ) 0.85 )n 1

/orrosion a$$o%ance , !! n , !!

No!ina$ %a$$ thic7ness Uncorro#e# 1= !! V(6U)E !!

Ba$$ thic7ness /orro#e# t 11 !! tn V(6U)E !!

) % < ) U < % T I > *

Minimum *o++le Jall Thic#ness H UG 4 $,

UG 4 $, 9 a B UG 4 25 9 c 9 1

/hec7s F tr1 K 0.5 R K V(6U)E -H

P K ,00 0.,85 S ) K V(6U)E -H

tr1 KP Rn

αn K,00.0 V(6U)E

,.0 K !!Sn )n - 0.@ P 1 - 0.@ ,00.0

UG 4 $, 9 (

9 1 She$$ or hea# thic7ness < ) K 1 > tr2 K !!

UG 4 18 9 ( Mini!'! thic7ness tr3 K =.@0 !!

9 $ Mini!'! thic7ness of stan#ar# %a$$ pipe tr$ K !!

tr, K !!

tr8 K K !!

-H K !! !! 'se#. -H


*nner i$$et Be$# t!in K S!a$$er of 1I !! or tn or t K

tc !in K S!a$$er of @ !! or 0.; t!in K

tc act K 0.; 6e=1 K -H

'ter i$$et Be$# t!in K S!a$$er of 1I !! or te or t K - N:( -

t% !in K 0.5 t!in K - N:( -

t% act K 0.; 6e=2 K - N:( - -H - N:( -

-H

&trength cal. for elds are *>T reAuired for this detail hich conforms to Fig. UJ 4 18. 1; s#etch 9 c O 9 e .


6arer of tr2 or tr3

S!a$$er of tr$ or tr,

6arer of tr1 or tr8


34/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 1 of 4

Part No$e H 1 B 2

/o#e UG 4 35 Reinforcements reAuired for >!enings in &hells and Formed 'eads

D / & I G * D % T %

No$e P$ace!enent *nserte#

inishe# #ia!eter of circ'$ar openin K Dn # !!

/orrction factor 1

Re+'ire# thic7ness of a sea!$ess she$$ or hea# tr !!

Re+'ire# thic7ness of a sea!$ess no$e %a$$ trn !!

($$o%a"$e stress va$'e in tension& No$e Sn

($$o%a"$e stress va$'e in tension& Vesse$ Sv

K Sn:Sv fr1

K Sn:Sv fr2

)1 1

Pa# !ateria$ co#e - N:( -

Pa# !ateria$ specification - N:( -

Pa# .D. - N:( - !!

Pa# thic7ness te - N:( - !!

($$o%a"$e stress va$'e in reinforcin e$e!ent Sp - N:( -

K< $esser of Sn or Sp >: Sv fr, - N:( -

K Sp:Sv fr= - N:( -


6e=1 !! C Min.

6e=2 - N:( - !! C Min. - N:( -

6e=, - N:( - !! C Min.


35/35

P R / & & U R / " / & & / < : Doc. No. MD - PV - 000


Sheet No. 2 of 4

Part No$e H 1 B 2

/o#e UG 4 $1 &trength of Reinforcement

) % < ) U < % T I > *

%lloa(le Unit &tresses H UG 4 $, 9 c B UJ 4 1, 9 c

i$$et Be$# Shear &fs K 0.=I 4 V(6U)E K V(6U)E

No$e Ba$$ Shear &ns K 0.; 4 V(6U)E K V(6U)E

Groove Be$# Tension &gt K 0.;= 4 V(6U)E K V(6U)E

Groove Be$# Shear &gs K 0.@ 4 V(6U)E K V(6U)E

&trength of )onnection /lements C Di!ensions are in

*nner i$$et Be$# Shear

9a K π / 2 x Nozzle OD x Weld Leg x S!K π / 2 x 4 4 V(6U)E K V(6U)E K V(6U)E *

No$e Ba$$ Shear

9( K : 2 4 Mean No$e Dia. 4 tn 4 Sns


Groove Be$# Tension

9c K : 2 4 No$e D 4 t 4 St


'ter i$$et Be$# Shear

9d K : 2 4 Pa# D 4 Be$# 6e 4 Sfs

K π / 2 x - N:( - 4 - N:( - 4 V(6U)E K - N:( - K - N:( - N

Upper Groove Be$# Tension

9e K : 2 4 No$e D 4 te 4 St

K π / 2 x 4 - N:( - 4 V(6U)E K - N:( - K - N:( - N

6o%er i$$et Be$# Shear

9f K : 2 4 No$e D 4 Be$# 6e 4 SfsK π / 2 x 4 4 *-% 4 4 V(6U)E K 4 *-% 4 K 4 *-% 4 N

Sv K V(6U)E K V(6U)E N

Be$# 6oa# for Strenth Path 2 - 2

J242 K < (2 (, (=1 (=, 2 tn t fr1 > Sv K V(6U)E K V(6U)E N

Be$# 6oa# for Strenth Path , - ,

J343 K < (2 (, (5 (=1 (=2 (=, 2 tn t fr1 > Sv K V(6U)E K V(6U)E N

Tota$ Be$# 6oa#

J K X ( - (1 2 tn fr1 < )1 t - tr > Y Sv K V(6U)E K V(6U)E N

)hec# &trength Paths H UG 4 $1 9 ( 9 1 B 9 2

Path 141 9d 9( K 0 V(6U)E K V(6U)E N -H


Path 242 9a 9c 9e K V(6U)E V(6U)E 0 K V(6U)E N -H


Path 343 9d 9c K 0 V(6U)E K V(6U)E N -H

6oa# for Path ,-, K K V(6U)E N

-H




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MD PV ASME v0.1.xls