MD PV ASME v0.1 (1)

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Program User Guide

Doc. No. PUG - MDPV - 000Date 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. 1Materials (SM) Sec. ** - DTechnicals 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. 0.1She$$ $ane 05. 8. 15. 0.1ea#er& 3o4 TpeS'ppor Sa##$e

6e6'S7irt

6iftin 6'

No$e )4terna$ 6oa#)4terna$ Press'reTa$$ To%erDavit

$. Program %rchitecture

Inside the Program

*np't an# S'!!ar Sheet/a$c'$ation Sheet &hell/a$c'$ation Sheet 'ead/a$c'$ation Sheet conical &ection/a$c'$ation Sheet &hell Flange

/a$c'$ation Sheet Tu(e/a$c'$ation Sheet 'eader/a$c'$ation Sheet )oer for 'eader/a$c'$ation Sheet *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 esselsin accor#ance%&M/.

9I& 99shell 99head 99consec99s.flg9

9tu(e 99'D 99c 99*09

9materials %&TM 9 Stress Va$'es of %&TM: %&M/ !ateria$s9 aterials co on "9materials I&9 Stress Va$'es of I& !ateria$s9materials &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. Sheet ! #$% &' (

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Design *otes :

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

Doc. No. DN - MDPV - 000Date 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 ththic7ness.


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Line No. Nominal compositionProduct formSpec No. Type/GradeMin. tensile strength

(ksi)

SA-106 Gr.B 5 Carbon steel smls, pipe SA-106 B 60.0SA-105 8 Carbon steel forgings SA-105 70.0

A-515 Gr.70 21 Carbon steel plate SA-515 70 70.0A-516 Gr.70 22 Carbon steel plate SA-516 70 70.0A-515 Gr.65 Carbon steel plate SA-515 65 65.0

A-516 Gr.65 ! Carbon steel plate SA-516 65 65.0A-515 Gr.60 2" Carbon steel plate SA-515 60 60.0A-516 Gr.60 0 Carbon steel plate SA-516 60 60.0

SA-6 17 Carbon steel bar SA-6 58.0SA-6 18 Carbon steel plate SA-6 58.0

Gr. Carbon steelGr. Carbon steelGr. Carbon steelGr. Carbon steelGr. Carbon steelGr. Carbon steel 150.0Gr. Carbon steel

Gr.Gr.Gr.

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#ea$ %1 2&1 'llips (late )ingS*ell %1 10+ is* orging /#ea$ %2 #emi-sp*erial Slip-onS*ell %2 ConialConial Se. lange$lat #ea$ el$e$S*ell lange orme$ el$e$

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'3Aa4lorAA##A/SA(3SS

SS

5s 10s 40s 80s 5

DN OD-mm mm mm mm mm mm

1/2" 21.3 1.65 2.11 2.77 3.73 1.65

3/4" 26.7 1.65 2.11 2.87 3.91 1.65

1" 33.4 1.65 2.77 3.38 4.55 1.65

1 1/2" 48.3 1.65 2.77 3.68 5.08 1.65

2" 60.3 1.65 2.77 3.91 5.54 1.65

2 1/2" 73 2.11 3.05 5.16 7.01 2.113" 88.9 2.11 3.05 5.49 7.62 2.11

4" 114.3 2.11 3.05 6.02 8.56 2.11

6" 168.3 2.77 3.4 7.11 10.97 2.77

8" 219.1 2.77 3.76 8.18 12.7 2.77

10" 273 3.4 4.19 9.27 12.7 3.4

12" 323.8 3.96 4.57 9.53 12.7 3.96

14" 355.6 3.96 4.78 9.53 12.7 3.96

16" 406.4 4.19 4.78 9.53 12.7 4.19

18" 457 4.19 4.78 9.53 12.7 4.19

20" 508 4.78 5.54 9.53 12.7 4.78

24" 610 5.54 6.35 9.53 12.7 5.54

26" 660

28" 711.2

30" 762 6.35 7.92 9.53 12.7

32" 812.8

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Min. yeild strengthExternal pressure chart

(ksi) -20 to 100 150 200 250 300 400 500 600 650 700 750

5.0 CS-2 17.1 17.1 17.1 17.1 17.1 17.1 17.1 17.1 15.6 1.06.0 CS-2 20.0 20.0 20.0 20.0 20.0 1".6 18.! 17.8 17.2 1!.88.0 CS-2 20.0 20.0 20.0 20.0 20.0 20.0 1".! 18.8 18.1 1!.88.0 CS-2 20.0 20.0 20.0 20.0 20.0 20.0 1".! 18.8 18.1 1!.85.0 CS-2 18.6 18.6 18.6 18.6 18.6 18.6 17." 17. 16.7 1."

5.0 CS-2 18.6 18.6 18.6 18.6 18.6 18.6 17." 17. 16.7 1."2.0 CS-2 17.1 17.1 17.1 17.1 17.1 17.1 16.! 15.8 15. 1.02.0 CS-2 17.1 17.1 17.1 17.1 17.1 17.1 16.! 15.8 15. 1.06.0 CS-2 16.6 16.6 16.6 16.6 16.6 16.6 16.6 16.6 15.6 1.06.0 CS-2 16.6 16.6 16.6 16.6 16.6 16.6 16.6 15.6

SA-106 Gr.B 17.1

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10 20 30 40 60 80 100 120 160 XS XXS

mm mm mm mm mm mm mm mm mm mm mm

2.11 2.41 2.77 3.7 4.78 3.73 7.47

2.11 2.41 2.87 3.9 5.56 3.91 7.82

2.11 2.9 3.38 4.6 6.35 4.55 9.09

2.77 3.18 3.68 5.1 7.14 5.08 10

2.77 3.18 3.91 5.5 8.74 5.54 11

3.05 4.78 5.16 7 9.53 7.01 143.05 4.78 5.49 7.6 11 7.62 15

3.05 4.78 6.02 8.6 11 13 8.56 17

3.4 7.11 11 14 18 11 22

3.76 6.35 7.04 8.18 10 13 15 18 23 12.7 22

4.19 6.35 7.8 9.27 12.7 15 18 21 29 12.7 25.4

4.57 6.35 8.38 10 14 17 21 25.4 33 12.7 25.4

6.35 7.92 9.53 11 15 19 24 28 36 12.7

6.35 7.92 9.53 12.7 17 21 26 31 40 12.7

6.35 7.92 11.13 14 19 24 29 35 45 12.7

6.35 9.53 12.7 15 21 26 33 38.1 50 12.7

6.35 9.53 14.27 17 25 31 39 46 60 12.7

7.92 12.7 12.7

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800 850 900 950 1000 1050 1100 1150 1200 1250 1300 1350 1400 1450 1500 1550 1600 1650

10.8 8.7 5." !.0 2.5 12.0 ". 6.7 !.0 2.5 12.0 ".2 6.7 !.0 2.5 12.0 ".2 6.7 !.0 2.5 11.! 8.7 5." !.0 2.5

11.! 8.7 5." !.0 2.5 10.8 8.7 5." !.0 2.5 10.8 8.7 5." !.0 2.5 10.8 8.7 5."

Temperature oF

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NP!T " S!MM#$% S&EET for P/' ME(&. )ESGN

ob /o. - 000! - 3' - CA9 - 0005 tem /o. : - 6501(ro;et CA 3A GAS ()b? General

N T E $ N # L E * T E $ N # L

esign (ress@re 12 gm2.g gm2.gesign emperat@re 70 oC 0 oCest (ress. est 3et*o$ psi.g #4$rostati

S&ELL &E#) N+,,LE T!-E

Corrosion Alloane mm .0 .0 .0 .0

(+NST$!(T+N )#T#

)escription Type Materials oint 'f .., mm *iness, mmCo$e Spe. /o. t, min. t, reD.

#ea$ %1 (late 2&1 'llipsoi$al AS3 SA-516 Gr.70 0.85 1500 10.58S*ell %1 (late AS3 SA-515 Gr.70 1 1500 5. ".!#ea$ %2 (late 2&1 'llipsoi$al AS3 SA-515 Gr.70 0.85 1500 10.58Conial Se. (late Conial AS3 SA-515 Gr.70 0.85 1500 5. 10.58lat #ea$ orging 10+ is*e$ AS3' SA-105 0.85 1500 3. np@t E 10.58S*ell lange orging AA / AS3' SA-105 0.85 1500 % 3. np@t E 10.58

%:A9'F t st$ E

@be t@be -t@be S SS 0! B ' 1 1".! %:A9'F

#ea$er, nlet pipe Cir@lar S SS 0! ( ' 1 %:A9'F %:A9'FBlin$ lg, nlet plate el$e$ S SS 0! 1 %:A9'F

lange E#ea$er,

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/otes & 1. - /) - & /ot )eD@ire$.2. - /A - & /ot Appliable.!.

/'S

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o. /o. 3 - S - 000ate 2005. 8. 15.)e=ision 0

') S*eet /o. 1

UG - 16 (b)

3inim@m *iness of (ress. )etaining (artst,min-CA Ser=ie

1.5 General6 nfire$ Steam Boiler

2.5 Compresse$ Air 2.5 Steam2.5 ater

!.5067601 'Kl@$ing orrosion alloane,after forming,

regar$less of material.

t, @se$ @$ge

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Ar Area )eD@irement BSA )eD@irement for Bolt Setional AreaSr Strengt* )eD@irement BS( )eD@irement for Bolt Spaing

G )eD@irement for Gaset i$t*Bolt Bolt etail, S iHe QJt4

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of 1

(art(. ). (artsS*ell #ea$S*ell #ea$S*ell #ea$S*ell #ea$

Pipe Sie

t si psi.g bar.g 3(a.g (a.g mm#2< gm2.g17.!8 575.0! 20.0 20000 1.78"515 0.178"51 2757."028 1!06177" 1!06.1"2

20.0 20000 1.78"515 0.178"51 2757."028 1!06177" 1!06.1"220.0 20000 1.78"515 0.178"51 2757."028 1!06177" 1!06.1"2

G Bolt t 20.0 20000 1.78"515 0.178"51 2757."028 1!06177" 1!06.1"2%:A9'F 1L !8 20.0 20000 1.78"515 0.178"51 2757."028 1!06177" 1!06.1"2%:A9'F 1L !8 20.0 20000 1.78"515 0.178"51 2757."028 1!06177" 1!06.1"2

%:A9'F %:A9'F

%:A9'F %:A9'F

%:A9'F %:A9'F

%:A9'F %:A9'F

%:A9'F %:A9'F

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/arai *ermal 'ngineering Ser=ies

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ob /o. ! 00012 ME (#L 0003 tem /o. ' 4305(ro;et (# M#! G#S P$+(ESSNG PL#NT Ser=ie #$ $E(E'E$) E S G N ) # T #

Co$e #SME Sec. ' )i6. 5Ser=ie a. to G-16 >b? General

N T E $ N # L E * T E $ N # L

esign (ress@re 00 psi.g gm2.g

esign emperat@re !0 R 0 Rest (ress. est 3et*o$ psi.g #4$rostati

S & E L L & E # ) N + , , L E T ! - E

Corrosion Alloane mm 0( + N S T $ ! ( T + N ) # T #

)escription TypeMaterials

7oint Eff . .).8 mmThic9ness8 mm

(ode Spec. No. t8 min. t8 re:. t

S*ell plate AS3 A 516-70 0.85 2500 !.6 %:A9'F#ea$ plate 2&1 'llipsoi$al AS3 A 516-70 1 5.! %:A9'FS*ell %2 plate AS3 A 516-70 0.85 1!50 !.6 %:A9'FConial Se. plate Conial AS3 A 516-70 0.85 5.! %:A9'Flat #ea$ forging lange$ AS3 A 105 /oHHle E 1!50 . np@t %:A9'FS*ell lange forging A/S / AS3 A 105 150 lb /I.t E 1! %:A9'F

st$ siHeE %%% t st$ E

@bet@be -t@be S SS 0! B ' 1 1".! %:A9'F

#ea$er, nlet pipe Cir@lar S SS 0! ( ' 1 %:A9'F %:A9'FBlin$ lg, nlet plate el$e$ S SS 0! 1 %:A9'F

lange E #ea$er,

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o. /o. 3ate 2

)e=ision 0

S*eet /o. 1 of!G 54 < = >

Minimum Thic9ness of Press. $etaining Parts

t8min(# Ser6ice Part

1.6 General (. ). (arts6 nfire$ Steam Boiler S*ell #

2.! Compresse$ Air S*ell #2.! Steam S*ell #2.! ater S*ell #

'Kl@$ing orrosion alloane,after forming,regar$less of material.

+)

%:A9'Fing 15 +

BSA BS( GMN2.5L * )e$@ %:A9'F %:A9'F %:A9'

SS 15 + %:A9'F %:A9'F %:A9'

%:A9'F50.8 9ong. 70.5

0 %:A9'FBSA G

0 %:A9'FMN!L BSA G

SS %:A9'F %:A9'F

9oation E S*ell %:A9'FAess or nspetion

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e

)

%:A9'F

t%:A9'F%:A9'F

%:A9'F

%:A9'F

%:A9'F

%:A9'F

%:A9'F

/arai *ermal 'ngineering Ser=ies

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Doc. No. MD - PV - 000

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

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

o( *o. ? U 4 5553$ 4 M/ 4 )% 4 555,

Pro6ect ? )% M%U G%& PR7)/&&I*G P%*T

)lient ? G)

)ontractor ? ')/I

Item *o. ? " 4 8,51

&erice %IR R/)/I"/R

5=

,210 05. 8. 15. *ss'e# for approva$. S. @. 6ee 6TG 6ee

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

*arai Thermal /ngineering &erices

Te$.o!epae a4.)-!ai$


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

M / ) ' % * I ) % D / & I G *Date 05. 8. 15.Rev. 0Sheet No. 1 of 1

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

1. Design Data and &ummar9

2. &hell

3.

$.

,.

8.

.

;.

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

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

Date 05. 8. 15.1 Revision 02 Sheet No. 1 of 4,= Proect )% M%U G%& PR7)/&&I*G P%*T5 *te! No. " 4 8,51

A Service %IR R/)/I"/R;8

D / & I G * D % T %B10 /o#e %&M/ &ec. "III Di. 111 I * T / R * % / = T / R * % 12

DesinPress're ,00 psi.

1, Te!perat're ,=0 C1=

Press're TestMetho# #rostatic

15 Press're 0 psi.1A (!"ient Te!perat're ,0 C1; )orrosion %lloance oint /fficienc9 Radiogra!h918 She$$ , !! 0.85 Spot

1B ea# , !! 1 No or '$$20 No$e , !! EEE EEE21 T'"e 0 !! EEE EEE22

D / & I G * & U M M % R >2,2=

Descri!tion T9!e MaterialID

Thic#ness

Remar#s25 Min. Re?. Used2A !!2; She$$ ( 51A-;0 2500 =.A FFF 1=28 ea# 2?1 )$$ipsoi#a$ ( 51A-;0 5.= FFF 1=2B She$$ F2 ( 51A-;0 1=50 =.A FFF 1=,0 /onica$ Sec. /onica$/oncentric ( 51A-;0 FFF FFF 5.= FFF 1= 6 B20 !!,1 $at ea# $ane#

( 105 N *D. FFF FFF 50 3o$t ( 1B,-3;&H2.5,2 She$$ $ane (NS* : IN ( 105 N Th7 1= FFF B5 Gas7et Spira$ I.&S,,

T U @ / A ' / % D / R,=,5

Descri!tion T9!e MaterialID 7D

Thic#ness

Remar#s,A Re?. Used.,; !!,8 T'"e U-t'"e STS ,0= T3 ) FFF FFF FFF ,,B ea#er& *n$et /irc'$ar STS ,0= TP ) FFF FFF FFF FFF 125 ( : Sch.80=0 3$in# $& *n$et Ie$#e# STS ,0= FFF 15=1 ea#er& J't$et /irc'$ar STS ,0= TP ) FFF FFF FFF FFF 80 ( : Sch.80=2 3$in# $& J't$ $ane# SUS ,0= FFF FFF (NS* : S$ip-on : 150 $"=,

* 7 B B / &===5

Descri!tion Material ocationID 7D

hic#ness Pad

Remar#=A Re?. sed. Material 7D t=; !! !!=8 (1& Manho$e ( 51A-;0 She$$ FFF FFF FFF FFF ( 51A-;0 FFF 1==B 1 K 2 ( 10A-3 She$$ FFF FFF FFF FFF5051525,5= Re!ar7s ?555A5;585BA0


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M / ) ' % * I ) % D / & I G * Date 05. 8. 15. Revision 0Sheet No. 0 of 4

Part &hell

/o#e

%&M/ &ec. "IIIC Di. 1

UG 4 2 Thic#ness of &hells under Internal Pressure E /irc'!ferentia$ stress overns. c E 1 E )ircumferential &tress in the ongitudinal oint So& ca$c'$ation for $on. stress is o!itt

D / & I G * D % T %

Materia$ /o#e %&TM

Materia$ % ,1845

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

Desin te!perat're ,=0 C

*nsi#e #ia!eter of the she$$ co'rse 'n#er consi Uncorro#e# 2&500 !!

*nsi#e #ia!eter of the she$$ co'rse 'n#er consi /orro#e# D 2&50A !!

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

Ma4i!'! a$$o%a"$e stress va$'e S FV(6U)L FF

@oint efficienc for& or the efficienc of& appropriate oint ) 0.85

/orrosion a$$o%ance , !!

) % ) U % T I 7 *

Minimum Re?uired Thic#ness of &hell

/hec7s ? t FFF FFF 0.5 R A2A.5 - FF

P ,00 FFF 0.,85 S ) FV(6U)L - FF

t P R

O + ,00.0 1&25,

O ,.0S ) - 1 P FV(6U)L 0.85 - FF FFF

FFF !! 1= !! 'se#. - "%U/


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


Part 'ead

/o#e


UG 4 32 Formed 'eadsC and &ectionsC Pressure on )oncae &ide

d EC e E or f E

D / & I G * D % T %

Materia$ /o#e %&TMMateria$ % ,1845*nterna$ #esin press're P ,00 psi.Desin te!perat're ,=0 C*nsi#e #ia!eter of the hea# Uncorro#e# 2&500 !!*nsi#e #ia!eter of the hea# /orro#e# D 2&50A !!*nsi#e ra#i's /orro#e# R 1&25, !!Ma4i!'! a$$o%a"$e stress va$'e S FV(6U)L FF@oint efficienc ) 1/orrosion a$$o%ance , !!Thic7ness re#'ction rate after for!in rt 15 *nsi#e spherica$ or cro%n ra#i's 0.B05 D 6 2&2A; !!

) % ) U % T I 7 *

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

/hec7 ? t : 6 FFF FFF 0.002 - FF

t

100

FF

S ) - 0.2 100 - rt 2 FV(6U)L 1 - FF FFF FF - 15

FFF !! 1= !! 'se#. - "%U/

15 Dished H UG 4 32 e E

/hec7 ? t : 6 FFF FFF 0.002 - FF

t 100

FF

S ) - 0.1 P 100 - rt FV(6U)L 1 - FF FFF FF - 15

FFF !! 1= !! 'se#. - "%U/

'emi4s!herical H UG 4 32 f E

/hec7s ? t FFF FFF 0.,5A 6 80A.B - FF

P ,00 FFF 0.AA5 S ) FV(6U)L - FF

t

100

FF

S ) - 0.2 100 - rt 2 FV(6U)L 1 - FF FFF FF - 15

FFF !! 1= !! 'se#. - "%U/


Minimum Re?uired Thic#ness of 'ead (eforeForming

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


Part &hell 2

/o#e



D / & I G * D % T %

Materia$ /o#e %&TM

Materia$ % ,1845



*nsi#e #ia!eter of the she$$ co'rse 'n#er consi Uncorro#e# 1&=50 !!

*nsi#e #ia!eter of the she$$ co'rse 'n#er consi /orro#e# D 1&=5A !!

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


@oint efficienc for& or the efficienc of& appropriate oint ) 0.85


) % ) U % T I 7 *


/hec7s ? t FFF FFF 0.5 R ,A= - FF

P ,00 FFF 0.,85 S ) FV(6U)L - FF

t P R

O + ,00.0 ;28

O ,.0S ) - 1 P FV(6U)L 0.85 - FF FFF

FFF !! 1= !! 'se#. - "%U/


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Part )onical &ec.

/o#e


UG 4 32 Formed 'eadsC and &ectionsC Pressure on )oncae &ide

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

D / & I G * D % T %

Materia$ /o#e %&TMMateria$ % ,1845/onfi'ration )oncentric*nterna$ #esin press're P ,00 psi.Desin te!perat're ,=0 C

Uncorro#e# 2&500 !!*nsi#e #ia!eter of the she$$& $arer /orro#e# D 2&50A !!*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&=5A !!*nsi#e ra#i's /orro#e# ;28 !!(4ia$ $enth of conica$ section 6 B20 !!Jne ha$f ape4 an$e , 2B.; #e

Ma4i!'! a$$o%a"$e stress va$'e S FV(6U)L FF@oint efficienc for& or the efficienc of& appropriate oint ) 0.85/orrosion a$$o%ance , !!

) % ) U % T I 7 *

/hec7s ? 2B.; H ,0 #e - J L

t P D

O + ,00.0 4 2&50A

O ,.02 cos Q < S ) 1 P > 2 cos 2B.; > < FV(6U)L 0.85 - FF FFF >

FFF !! 1= !! 'se#. - "%U/


*nsi#e #ia!eter of the she$$& larger

*nsi#e #ia!eter of the she$$& smaller

Minimum Re?uired Thic#ness of )onical&hell

Q Q!a4

8/12/2019 MD PV ASME v0.1 (1)

28/51

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


Part Flat 'ead

/o#e


UG 4 3$ Unsta9ed Flat 'eads and )oers

c E 2 E etch 6 E

D / & I G * D % T %

Materia$ /o#e %&TMMateria$ % 15,*nterna$ #esin press're P ,00 psi.Desin te!perat're ,=0 CDia!eter !eas're# as in#icate# in i. UG-,= # 1&505 !!Ma4i!'! a$$o%a"$e stress va$'e S FV(6U)L FF@oint efficienc for& or the efficienc of& appropriate oint ) 1actor #epen#in 'pon the !etho# of attach!ent of hea#& she$$ #i!e / 0.,Tota$ 3o$t $oa# J EEE FFGas7et !o!ent ar!& ra#ia$ #istance fro! "o$t center to $ine of as7et FV(6U)L !!/orrosion a$$o%ance , !!

) % ) U % T I 7 *

Minimum Re?uired Thic#ness of Flat 'ead

t # O +

H 7!erating )ondition

to FFF 0.,0 FFF : FFF 1 O 2 "%U/ FFF : FFF 1 FFF O ,.0 FFF !!

H Gas#et &eating

t FFF 0.,0 0.0 : FFF 1 O 2 "%U/ FFF : FFF 1 FFF O ,.0 FFF !!

t 6arer of to or t FFF !! 50 !! 'se#. -

Flange Data

Dia!eter at $ocation of as7et $oa# reactio d FFF !! t 50 ESt FFF

,03asic as7et seatin %i#th "0 10.0 !!

)ffective as7et seatin %i#th " 8.0 !!Gas7et Spira$ I.&SUS FFF

,A

! FFF 20.0

6U)L

Gas7et 'nit seatin $oa# FFF FF Gas7et d

V(6U)L

V(6U)L

1&5

21

1&=

50

No!ina$ "o$t sie 19 Ii#th FFF E(ct'a$ "o$t #ia!eter FFF !!Root #ia!eter #2 FFF !!No. of "o$ts n =8 She$$ *D3o$t spacin FFF ! - FFF9 9& T)M( !in. : !a4. FFF : FFF !!

Total @olt oad


J I!1 O p 0.;85 FFF ,00 O < 2 8.0 ,.1= FFF FFF FFF > "%U/

H Gas#et &eating

I!2 ,.1= " # ,.1= 8.0 FFF FFF FV(6U)LS" FFF FF E ($$o%a"$e "o$t stress at #esin te!p.Sa FFF FF E ($$o%a"$e "o$t stress at at!ospheric te!p.(!1 I!1 : S" FV(6U)L : FFF FFF(!2 I!2 : Sa FV(6U)L : FFF FFF(! 6arer of (!1 or (!2 FFF E tota$ re+'ire# cross-sectiona$ area of "o$ts(" FFF E cross-sectiona$ area of the "o$ts 'sin the root #ia

E (" FFF(! - FFE Re+'ire# as7et %i#th (" Sa : 2 FFF FFF Gas7et %i#th& 'se 20.0 - FFF

J < (! O (" > Sa : 2 "%U/


@olted ith a confined gas#etFlange to

G

.G

,

,

G

Gas7et factor& Ta"$e 24,.1

0.;85 #2 P O < 2 " ,.1= # ! P >2

-: = #22 n

8/12/2019 MD PV ASME v0.1 (1)

29/51

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


Part Flat 'ead

/o#e



c E 2 E etch ! E

D / & I G * D % T %

Materia$ /o#e %&TM

Materia$ % 15,



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


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

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


) % ) U % T I 7 *


t

t # / P : S ) O + E

V(6U

)

(6

U

FFF 0.25 FFF : FV(6U)L 1 O FF

1&=

50

#

FFF !! 50 !! 'se#. - She$$ *D


@olted ith a full4face gas#etto &hell

8/12/2019 MD PV ASME v0.1 (1)

30/51

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


Part Flat 'ead

/o#e



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

D / & I G * D % T %

Materia$ /o#e %&TM

Materia$ % 15,



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=5A !!



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


) % ) U % T I 7 *


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

Ihere tr Re+'ire# thic7ness of sea!$ess she$$ts No!ina$ thic7ness of she$$

/ 0.,, ! 0.,, 4 FFF FFF E !in. 0.2

t # / P : S ) O + FFF FFF FFF : FV(6U)L 1 O ,.0

FFF !! 50 !! 'se#. -


ts

#

t

ts

#

t

S7etch

S7etch

8/12/2019 MD PV ASME v0.1 (1)

31/51

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


Part Flat 'ead

/o#e



c E 2 E etch a E Formed A Jelded to &hell

D / & I G * D % T %

Materia$ /o#e %&TM

Materia$ % 15,



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=5A !!



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


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

) % ) U % T I 7 *


t < # / P : S ) O + .100

< FFF 0.1; FFF : FV(6U)L 1 O FFF >FF

100 - r FF - 15

FFF !! 50 !! 'se#. -


ts

#t

S7etch

r , t!in.

I.6.

T.6.

8/12/2019 MD PV ASME v0.1 (1)

32/51

1 Proect )% M%U G%& PR7)/&&I*G P%*T Doc. No. - IN6G - 1002 *te! No. " 4 8,51 Serivice %IR R/)/I"/R Sheet No. 1 of 1, Description &hell Flange E Desin res'$t FFF Revision 0

1 D / & I G * ) 7 * D I T I 7 *

= Desin Press're psi. ,00 %lloa(le &tresses5 Desin Te!perat're/ ,=0 Flange @oltingA (t!. Te!p. C FV(6U)L Materia$ (STM ( 105 Materia$ (STM ( 1B,-3;&H2.59; /orrosion ($$o%ance!! , at Desin Te FF FV(6U)L at Desin Te FF FV(6U)L8 at (t!. Te!p. FF FV(6U)L at (t!. Te!p. FF FV(6U)L

2 % & / T A @ 7 T D / T % I 3 7 % D A @ 7 T ) % ) U % T I 7 * &

B Gas7et Materia$ Spira$ I.&SUS $" FV(6U)Lin2 FV(6U)L10 Gas7et Ii#th& N in FV(6U)L $" FV(6U)L

11 ! FV(6U)L $" FV(6U)L in2 FV(6U)L12 FF FV(6U)L $" FV(6U)L FV(6U)L1, : " in FFF FFF $" FV(6U)L1= G in FV(6U)L15 3o$t Sie : t& n FFF FFF Re+'ire# Gas7et Ii#th

in FFF FFF1A in FFF FFF1; 3o$t Spacin in FFF FFF H- E Min. : Ma4.& T)M FFF : FFF

$ M 7 M / * T ) % ) U % T I 7 * &

oadC l( 0 eer %rmC in K MomentC l(4in

7!erating )ondition

18 ;;=&22= FV(6U)L FV(6U)L1B FV(6U)L FV(6U)L FV(6U)L20 FV(6U)L FV(6U)L FV(6U)L21 FV(6U)L

Gas#et &eating

22 FV(6U)L FV(6U)L FV(6U)L2,

, & ' % P / F % ) T 7 R & & / T ) '2= ( : 3 FV(6U)L FV(6U)L25 T FV(6U)L FV(6U)L2A FV(6U)L V FV(6U)L2; W FV(6U)L f FV(6U)L t B5 h FFF28 U FV(6U)L FV(6U)L E STD FFF2B FV(6U)L

# U

FV(6U)L,0 FV(6U)L V,1 ) FFF

8 & T R / & & F 7 R M U % F % ) T 7 R &V(6U) J

FV(6U)L

V(6U)

,2 t ,.;=0 R FFF,, FV(6U)L,= FV(6U)L

E V(6U

,5 FV(6U)LFFF,A FV(6U)L

,; FV(6U)L

FV(6U)

FV(6U)

FV(6U)

,8 FV(6U)L FFF,B FV(6U)L tn 1==0

(

/

G

3 1&=5A=1 !'$tip$ie# " 3o$t Spacin *D& 'ncorro#e# 1&=50=2 ? No!ina$ 3o$t Dia. Unit ? !!

"%U/

%lloa(le &tress 7!erating )ondition %lloa(le &tress Gas#et &eating

=, FV(6U)LFFF 6onit'#ina$ '"&

FV(6U)L FV(6U)LFFF 6onit'#ina$ '"&

FV(6U)LFFF FFF

== FV(6U)L

FFF Ra#ia$ $ane

FV(6U)L FV(6U)L

FFF Ra#ia$ $ane

FV(6U)LFFF FFF

=5 FV(6U)LFFF Tanentia$ $ane

FV(6U)L FV(6U)LFFF Tanentia$ $ane

FV(6U)LFFF FFF

=A FV(6U)LFFF

FV(6U)L FV(6U)LFFF

FV(6U)LFFF FFF


J / D I * G * / ) F % * G / D / & I G *

fo "

fa a

!2

- ! rea er o

!2

P - ! or

!1 "

G2-P : = " - 2 n

!1

PO ec

"

!

0 . !O " a

o a. oo a.& r " a - H

D -

D O .

1

D

D D

G

!1-

G . -

G

G G

T -

D

T . O

1O

G

T

T T

o

DO

GO

T

G

G . -

o

G

G

0

e 0

1

0h

0

02

0

0

G

+ t e O 1 T

G

D

0 =:, t e O 1

1 +: T T

D

12 t,: #

3 1O 2!

o

o

0

!G

o

o spac n e4cee s3O & !

oan !

G n a ove e+'at ons

3O

3

1.5 Sfo

1.5 Sfa

!

o

1

!

G

1

Sfo SfaR !o R !G

Sfo

Sfa

T !

o-

R

T !

G-

R

Sfo

rea er o .

OS

fa

rea er o .O

or .

O or .O

8/12/2019 MD PV ASME v0.1 (1)

33/51

1 Proect )% M%U G%& PR7)/&&I*G P%*T Doc. No. D - SJ6G - 1002 *te! No. " 4 8,51 Serivice %IR R/)/I"/R E Tpe 6oose Sheet No. 1 of 1, Description &hell Flange E Desin res'$t FFF Revision 0

1 D / & I G * ) 7 * D I T I 7 *

= Desin Press're psi. ,00 %lloa(le &tresses5 Desin Te!perat're/ ,=0 Flange @oltingA (t!. Te!p. C FV(6U)L Materia$ (STM ( 105 Materia$ (STM ( 1B,-3;&H2.59; /orrosion ($$o%ance!! , at Desin Te FF FV(6U)L at Desin Te FF FV(6U)L8 at (t!. Te!p FF FV(6U)L at (t!. Te!p FF FV(6U)L

2 % & / T A @ 7 T D / T % I 3 7 % D A @ 7 T ) % ) U % T I 7 * &

B Gas7et Materia$ Spira$ I.&SUS $" FV(6U)Lin2 FV(6U)L10 Gas7et Ii#th& N in FV(6U)L $" FV(6U)L

11 ! FV(6U)L $" FV(6U)L in2 FV(6U)L12 FF FV(6U)L $" FV(6U)L FV(6U)L1, : " in FFF FFF $" FV(6U)L1= G in FV(6U)L15 3o$t Sie : t& n FFF FFF Re+'ire# Gas7et Ii#th

in FFF FFF1A in FFF FFF1; 3o$t Spacin in FFF FFF H- E Min. : Ma4.& T)M FFF : FFF

$ M 7 M / * T ) % ) U % T I 7 * &


7!erating )ondition

18 ;B;&;B; FV(6U)L FV(6U)L1B FV(6U)L FV(6U)L FV(6U)L20 FV(6U)L FV(6U)L FV(6U)L21 FV(6U)L

Gas#et &eating


, & ' % P / F % ) T 7 R & & / T ) '2= ( : 3 FV(6U)L FV(6U)L25 T FV(6U)L FV(6U)L2A FV(6U)L FV(6U)L2; W FV(6U)L f FV(6U)L t B5 h FFF28 U FV(6U)L FV(6U)L E STD FFF2B FV(6U)L

# U

FV(6U)L,0 FV(6U)L,1 ) FFF

8 & T R / & & F 7 R M U % F % ) T 7 R &V(6U)

J

FV(6U)L

V(6U)

,2 t ,.;=0 R FFF,, FV(6U)L,= FV(6U)L

E V(6U

,5 FV(6U)LFFF,A FV(6U)L

,; FV(6U)L

FV(6U)

FV(6U)

FV(6U) FFF

,8 FV(6U)L tn 1=,B FV(6U)L=0

(

/

G

3 1&=;8=1 !'$tip$ie# " 3o$t Spacin *D& 'ncorro#e# 1&=50=2 ? No!ina$ 3o$t Dia. Unit ? !!

"%U/

%lloa(le &tress 7!erating )ondition %lloa(le &tress Gas#et &eating

=, FV(6U)LFFF 6onit'#ina$ '"&

FV(6U)L FV(6U)LFFF 6onit'#ina$ '"&

FV(6U)LFFF FFF

== FV(6U)LFFF Ra#ia$ $ane

FV(6U)L FV(6U)LFFF Ra#ia$ $ane

FV(6U)LFFF FFF


FV(6U)L FV(6U)LFFF Tanentia$ $ane

FV(6U)LFFF FFF

=A FV(6U)LFFF

FV(6U)L FV(6U)LFFF

FV(6U)LFFF FFF


& I P 4 7 * F % * G / D / & I G *

fo "

fa a

!2

- ! rea er o

!2

P - ! or

!1 "

G2-P : = " - 2 n

!1

PO ec

"

!

0

.!O

" a

o a. oo a.& r " a - H

D -

D . -

D

D D

G

!1-

G . -

G

G G

T -

D

T .

DO

G

T

T T

o

DO

GO

T

G

G . -

o

G

G

0

6

6

e 6

0

1

0h

0

02

0

0 6

G

+ t e O 1 T

G0 =:, t e O 1 D1 +: T

T 12 t,: #

D

3 1O 2 0 !

o

o

!G

o

o spacn e4cee s3O & !

oan !

G n a"ove e+'ations

3O

3

1.5 Sfo

1.5 Sfa

!

o 3

1

!

G 3

1

Sfo SfaR !o R !G

Sfo

Sfa

T !

o-

R

T !

G-

R

Sfo

rea er o .

OS

fa

rea er o .

Oor .

O or .

O

8/12/2019 MD PV ASME v0.1 (1)

34/51

1 Proect )% M%U G%& PR7)/&&I*G P%*T Doc. No. D - SJG - 1002 *te! No. " 4 8,51 Serivice %IR R/)/I"/R E Tpe 6oose Sheet No. 1 of 1, Description &hell Flange E Desin res'$t FFF Revision 0

1 D / & I G * ) 7 * D I T I 7 *


2 % & / T A @ 7 T D / T % I 3 7 % D A @ 7 T ) % ) U % T I 7 * &

B Gas7et Materia$ Spira$ I.&SUS $" FV(6U)Lin2 FV(6U)L10 $" FV(6U)L

11 ! FV(6U)L FV(6U)L in2 FV(6U)L12 FF FV(6U)L $" FV(6U)L FV(6U)L1, in FV(6U)L $" FV(6U)L $" FV(6U)L1= in FV(6U)L FV(6U)L15 3o$t Sie : t& n FFF FFF

1A in FFF FFF 3o$t o$e Dia.& FFF in1; 3o$t Spacin in FFF FFF H- E Min. : Ma4.& T)M FFF : FFF

$ M 7 M / * T ) % ) U % T I 7 * &


7!erating )ondition

18 ;B;&;B; FV(6U)L FV(6U)L1B FV(6U)L FV(6U)L FV(6U)L20 FV(6U)L

eer %rmC in

21 < / - 3 > < 2 3 O / >

FV(6U)L < ( - / > < 2 ( O / >

FV(6U)LA < 3 O / > A < / O ( >Reerse MomentC l(4in

22 I - FV(6U)L FV(6U)L FV(6U)L

, & ' % P / F % ) T 7 R & & / T ) '

2, ( : 3 FV(6U)L FV(6U)L2= T FV(6U)L FV(6U)L t B5 h FFF25 FV(6U)L FV(6U)L E STD FFF2A W FV(6U)L f FV(6U)L2; U FV(6U)L FV(6U)L28 FV(6U)L

# U

FV(6U)L) FFF

2B FV(6U)L FFF

V(6U J

,0

FV(6U)L

8 & T R / & & F 7 R M U % F % ) T 7 R &R FFF

,1 t ,.;=0 FV(6U)L

E V(6U)

,2 FV(6U)LFFF,, FV(6U)L

,= FV(6U)L

FV(6U

FV(6U

FV(6U

FFF,5 FV(6U)L tn 1=,A FV(6U)L,;

(

/

G

3 1&=;8,8 !'$tip$ie# " 3o$t Spacin *D& 'ncorro#e# 1&=50,B ? No!ina$ 3o$t Dia. Unit ? !!

"%U/

%lloa(le &tress 7!erating )ondition

=0 FV(6U)LFFF 6onit'#ina$ '"&

FV(6U)LFFF

=1 FV(6U)L

FFF Ra#ia$ $ane

FV(6U)LFFF


FV(6U)LFFF

=, FV(6U)LFFF

FV(6U)LFFF

== FV(6U)L

Ra#ia$ Stress at 3o$t /ir

FV(6U)LFFFFFF


& I P 4 7 *C F U F % ) / G % & / T F % * G / D / & I G *

fo "

fa a

!2 - O GW ! rea er o !2

P - ! or

!1 "

P

G

G

P

" -

2n

G2-P : = ec " !" < / - 3 > : = !1 PO PO . !O " a -

G

GW

G

G -

o a. oo a.&

D -

D . -

D

D D

T - D T . DO G T T T o DO T

hG hG

G

h9G

G

GM

G h9

GGO G

0

6

6

e 6

0

1

0h

0

02 G

0

0 6 G

G

T

G!o

o

D

+ t e O 1 T

10 =:, t e O 1

D

1 +: T 0

2 t,: #3 1O 2 o spacn e4cee s

3O & !

oan !

G n a"ove e+'ations

3O

3

1.5 Sfo

!

o

1

Sfo R !o

Sfo

T !

o-

R

Sfo

rea er o .

Oor .

O

Sfo S

R(D

G

< -/ - n #h

8/12/2019 MD PV ASME v0.1 (1)

35/51

1 Proect )% M%U G%& PR7)/&&I*G P%*T Doc. No. D - R6G - 1002 *te! No. " 4 8,51 Serivice %IR R/)/I"/R E Tpe 6oose Sheet No. 1 of 1, Description &hell Flange E Desin res'$t FF Revision 0

1 D / & I G * ) 7 * D I T I 7 *

= Desin Press're psi. ,00 %lloa(le &tresses5 Desin Te!perat're/ ,=0 Flange @oltingA (t!. Te!p. C FV(6U)L Materia$ (STM ( 105 Materia$ (STM ( 1B,-3;&H2.59; /orrosion ($$o%ance!! , at Desin Te FF FV(6U)L at Desin Te FF FV(6U)L8 at (t!. Te!p FF FV(6U)L at (t!. Te!p FF FV(6U)L

2 % & / T A @ 7 T D / T % I 3 7 % D A @ 7 T ) % ) U % T I 7 * &

B Gas7et Materia$ Spira$ I.&SUS $" FV(6U)Lin2 FV(6U)L10 Gas7et Ii#th& N in 20.00 $" FV(6U)L

11 ! FV(6U)L $" ;58&015 in2 FV(6U)L12 FF FV(6U)L $" FV(6U)L FV(6U)L1, : " in 10.00 1.58 $" FV(6U)L1= G in 5A.;15 3o$t Sie : t& n 19 =8 Re+'ire# Gas7et Ii#th

in FFF FFF

1A in FFF FFF1; 3o$t Spacin in FFF FFF H- E Min. : Ma4.& T)M FFF : FFF

$ M 7 M / * T ) % ) U % T I 7 * &


7!erating )ondition

18 ;B;&;B; FV(6U)L FV(6U)L1B FV(6U)L FV(6U)L FV(6U)L20 FV(6U)L FV(6U)L21 FV(6U)L

Gas#et &eating


, & ' % P / F % ) T 7 R & & / T ) '

2= ( : 3 FV(6U)L252A2; W FV(6U)L t B528 E STD FFF2B,0,1 ) ,0.0

8 & T R / & & F 7 R M U % F % ) T 7 R &V(6U J

FV(6U)L

V(6U

,2 t ,.;=0 R FFF,,,=

E21.5

h FFF,5,A 2A.0,;

FV(6U

FV(6U

1&=

=1,8 FV(6U)L

,B FV(6U)L FFF=0

(

/

G

3 1&=;8 tn 1==1 !'$tip$ie# " 3o$t Spacin *D& 'ncorro#e# 1&=50=2 ? No!ina$ 3o$t Dia. Unit ? !!

R / L U I R / D T ' I ) * / & &C unit 4 in

Formula 7!erating )ondition %lloa(le &tress Gas#et &eating

=, t FFF t FFF

==


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

fo "

fa a

!2

- ! rea er o

!2

P - ! or

!1 "

G2-P : = " - 2 n

!1

PO ec

"

!

0

.!O

" a

o a. oo a.& r "

a - H

D -

D . -

D

D D

G

!1-

G . -

G

G G

T -

D

T .

DO

G

T

T T

o

DO

GO

T

G

G . -

o

G

G

G

T

GD

T 1D

!o

o

!G

o

0

o spac n e4cee s3O & !

oan !

G n a"ove e+'ations

3O

3

!J W !

G W

Sfo

Sfa

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1 Proect )% M%U G%& PR7)/&&I*G P%*T Doc. No. D - RG - 1002 *te! No. " 4 8,51 Serivice %IR R/)/I"/R E Tpe 6oose Sheet No. 1 of 1, Description &hell Flange E Desin res'$t FF Revision 0

1 D / & I G * ) 7 * D I T I 7 *


2 % & / T A @ 7 T D / T % I 3 7 % D A @ 7 T ) % ) U % T I 7 * &

B Gas7et Materia$ Spira$ I.&SUS $" FV(6U)Lin2 FV(6U)L10 $" FV(6U)L

11 ! FV(6U)L FV(6U)L in2 FV(6U)L12 FF FV(6U)L $" FV(6U)L FV(6U)L1, " < / - 3 > : = in FV(6U)L $" FV(6U)L $" FV(6U)L1= in FV(6U)L FV(6U)L15 3o$t Sie : t& n FFF FFF

1A in FFF FFF 3o$t o$e Dia.& FFF in1; 3o$t Spacin in FFF FFF H- E Min. : Ma4.& T)M FFF : FFF

$ M 7 M / * T ) % ) U % T I 7 * &


7!erating )ondition

18 ;B;&;B; FV(6U)L FV(6U)L1B FV(6U)L FV(6U)L FV(6U)L20 FV(6U)L

eer %rmC in

21 < / - 3 > < 2 3 O / >

FV(6U)L < ( - / > < 2 ( O / >

FV(6U)LA < 3 O / > A < / O ( >Reerse MomentC l(4in

22 I - FV(6U)L FV(6U)L FV(6U)L

, & ' % P / F % ) T 7 R & & / T ) '

2, ( : 3 FV(6U)L2= t B525 E STD FFF2A W FV(6U)L2;28 ) FFF2B FFF

V(6U J

,0

FV(6U)L

8 & T R / & & F 7 R M U % F % ) T 7 R &R FFF

,1 t ,.;=0 FV(6U)LE

V(6U h FFF

,2 FFF,,,=

FV(6U)

FV(6U)

FV(6U)

,5,A FFF,;

(

/

G

3 1&=;8 tn 1=,8 !'$tip$ie# " 3o$t Spacin *D& 'ncorro#e# 1&=50,B ? No!ina$ 3o$t Dia. Unit ? !!

"%U/

%lloa(le &tress 7!erating )ondition

=0

=1


FV(6U)LFFF

=,

== FV(6U)L

Ra#ia$ Stress at 3o$t /ir

FV(6U)LFFFFFF


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

fo "

fa a

!2

- OGW

! rea er o

!2

P - ! or

!1 "

P

G

G

P

" -

2n

G2-P : = ec " !

!1

PO

PO .

!O

" a

-G

GW

G

G -

o a. oo a.&

D -

D . -

D

D D

T -

D

T .

DO

G

T

T T

o

DO

T

hG

hG

G

h9G

G

GM

G h9

GGO G

G

G

G

T

G!o

o

D

T 1

D

0

o spacn e4cee s3O & !

oan !

G n a"ove e+'ations

3O

3

Sfo

T !

o

Sfo S

R(D

G

2 < -/ - n #h

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Part Tu(e

/o#e



D / & I G * D % T %

Materia$ /o#e &Materia$ &T& 35$ T@ /*nterna$ #esin press're P ,00 psi.Desin te!perat're ,=0 CJ'tsi#e #ia!eter of the t'"e co'rse 'n#er consi#eration 25.= !!No!ina$ thic7ness of the t'"e , !!*nsi#e #ia!eter of the t'"e Uncorro#e# 1B.= !!*nsi#e #ia!eter of the t'"e /orro#e# D 1B.= !!*nsi#e ra#i's /orro#e# R B.; !!Ma4i!'! a$$o%a"$e stress va$'e S FV(6U)L FF@oint efficienc for& or the efficienc of& appropriate oint ) 1/orrosion a$$o%ance 0 !!

) % ) U % T I 7 *


/hec7s ? t FFF FFF 0.5 R =.85 - FF

P ,00 FFF 0.,85 S ) FV(6U)L - FF

t P R

O + ,00.0 B.;

O 0.0S ) - 1 P FFF 1 - FF FFF

FFF !! , !! 'se#. - "%U/

Minimum Tu(e Jall Thic#ness in the @ent Portion (efore @endin H T/M% R)@ 4 2. 31 U4(end Re?uirements

Mini!'! re+'ire# thic7ness& ca$c'$ate# a"o t FV(6U)L !!

J'tsi#e t'"e #ia!eter #o 25.= !!

Mean ra#i's of "en# R ,;.5 !!

t0 t Y 1 O#o

Z FFF Y 1 O25.=

Z= R = 4 ,;.5

FFF !! , !! 'se#. - "%U/


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Part 'eaderC Inlet

/o#e



D / & I G * D % T %

Materia$ /o#e &

Materia$ &T& 35$ TP / 12, % - &ch.;5



*nsi#e #ia!eter of the she$$ co'rse 'n#er consi Uncorro#e# FV(6U)L !!

*nsi#e #ia!eter of the she$$ co'rse 'n#er consi /orro#e# D FV(6U)L !!

*nsi#e ra#i's /orro#e# R FV(6U)L !!



/orrosion a$$o%ance 0 !!

) % ) U % T I 7 *


/hec7s ? t FFF FFF 0.5 R FV(6U)L - FF

P ,00 FFF 0.,85 S ) FV(6U)L - FF

t P R

O + ,00.0 FV(6U)L

O 0.0S ) - 1 P FFF 1 - FF FFF

FFF !! FFF !! 'se#. - "%U/


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Part @lind FlgC Inlet

/o#e



c E 2 E etch ! E

D / & I G * D % T %

Materia$ /o#e &

Materia$ &T& 35$








) % ) U % T I 7 *


t

t # / P : S ) O +

V(6U

)

(6

U

FFF 0.25 FFF : FFF 1 O 0.0

V(6U)

#

FFF !! 15 !! 'se#. - She$$ *D



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Part @lind FlgC Inlet

/o#e



c E 2 E etch 6 E

D / & I G * D % T %

Materia$ /o#e &Materia$ &T& 35$*nterna$ #esin press're P ,00 psi.Desin te!perat're ,=0 CDia!eter !eas're# as in#icate# in i. UG-,= # FV(6U)L !!Ma4i!'! a$$o%a"$e stress va$'e S FV(6U)L FF@oint efficienc for& or the efficienc of& appropriate oint ) 1actor #epen#in 'pon the !etho# of attach!ent of hea#& she$$ #i!e / 0.,Tota$ 3o$t $oa# J EEE FFGas7et !o!ent ar!& ra#ia$ #istance fro! "o$t center to $ine of as7et FV(6U)L !!/orrosion a$$o%ance 0 !!

) % ) U % T I 7 *


t # O +


to FFF 0.,0 FFF : FFF 1 O 2 "%U/ FFF : FFF 1 FFF O 0.0 FFF !!

H Gas#et &eating

t FFF 0.,0 0.0 : FFF 1 O 2 "%U/ FFF : FFF 1 FFF O 0.0 FFF !!

t 6arer of to or t FFF !! 15 !! 'se#. -

Flange Data

Dia!eter at $ocation of as7et $oa# reactio d FFF !! t 15 ESt FFF

FV(

3asic as7et seatin %i#th "0 FFF !!)ffective as7et seatin %i#th " FFF !!Gas7et 0 FFF

FV(6U

! FFF FFF

6U)L


V(6U)L

V(6U)L

V(6U)L

V(6U)L

No!ina$ 3o$t Sie FFF Ii#th FFF(ct'a$ 3o$t Dia. FFF !!Root Dia. #2 FFF !!No. of 3o$ts n FFF She$$ *D

Total @olt oad


J I!1 O p 0.;85 FFF ,00 O < 2 FFF ,.1= FFF FFF FFF > "%U/

H Gas#et &eating

I!2 ,.1= " # ,.1= FFF FFF FFF FV(6U)LS" FFF FF E ($$o%a"$e "o$t stress at #esin te!p.Sa FFF FF E ($$o%a"$e "o$t stress at at!ospheric te!p.(!1 I!1 : S" FV(6U)L : FFF FFF(!2 I!2 : Sa FV(6U)L : FFF FFF(! 6arer of (!1 or (!2 FFF E tota$ re+'ire# cross-sectiona$ area of "o$ts(" FFF E cross-sectiona$ area of the "o$ts 'sin the root #ia

E (" FFF(! - FFE Re+'ire# as7et %i#th (" Sa : 2 FFF FFF Gas7et %i#th& 'se FFF - FFF

J < (! O (" > Sa : 2 "%U/


@olted ith a confined gas#etFlanget to

G

.G

,

,

G


0.;85 #2 P O < 2 " ,.1= # ! P >2

-: = #22 n

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Part 'eaderC 7utlet

/o#e



D / & I G * D % T %

Materia$ /o#e &

Materia$ &T& 35$ TP / ;5 % - &ch.;5



*nsi#e #ia!eter of the she$$ co'rse 'n#er consi Uncorro#e# FV(6U)L !!

*nsi#e #ia!eter of the she$$ co'rse 'n#er consi /orro#e# D FV(6U)L !!

*nsi#e ra#i's /orro#e# R FV(6U)L !!




) % ) U % T I 7 *


/hec7s ? t FFF FFF 0.5 R FV(6U)L - FF

P ,00 FFF 0.,85 S ) FV(6U)L - FF

t P R

O + ,00.0 FV(6U)L

O 0.0S ) - 1 P FFF 1 - FF FFF

FFF !! FFF !! 'se#. - "%U/


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Part @lind FlgC 7utlet

/o#e



c E 2 E etch ! E

D / & I G * D % T %

Materia$ /o#e I&

Materia$ &U& 35$








) % ) U % T I 7 *


t

t # / P : S ) O +

V(6U

)

(6

U

FFF 0.25 FFF : FFF 1 O 0.0

V(6U)

#

FFF !! FFF !! 'se#. - She$$ *D



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Part @lind FlgC 7utlet

/o#e



c E 2 E etch 6 E

D / & I G * D % T %

Materia$ /o#e I&Materia$ &U& 35$*nterna$ #esin press're P ,00 psi.Desin te!perat're ,=0 CDia!eter !eas're# as in#icate# in i. UG-,= # FV(6U)L !!Ma4i!'! a$$o%a"$e stress va$'e S FV(6U)L FF@oint efficienc for& or the efficienc of& appropriate oint ) 1actor #epen#in 'pon the !etho# of attach!ent of hea#& she$$ #i!e / 0.,Tota$ 3o$t $oa# J EEE FFGas7et !o!ent ar!& ra#ia$ #istance fro! "o$t center to $ine of as7et FV(6U)L !!/orrosion a$$o%ance 0 !!

) % ) U % T I 7 *


t # O +


to FFF 0.,0 FFF : FFF 1 O 2 "%U/ FFF : FFF 1 FFF O 0.0 FFF !!

H Gas#et &eating

t FFF 0.,0 0.0 : FFF 1 O 2 "%U/ FFF : FFF 1 FFF O 0.0 FFF !!

t 6arer of to or t FFF !! FFF !! 'se#. -

Flange Data

Dia!eter at $ocation of as7et $oa# reactio d FFF !! t FFF ESt FFF

FV(

3asic as7et seatin %i#th "0 FFF !!)ffective as7et seatin %i#th " FFF !!Gas7et Spira$ I.&SUS FFF

FV(6U

! FFF FFF

6U)L


V(6U)L

V(6U)L

V(6U)L

V(6U)L

No!ina$ 3o$t Sie FFF Ii#th FFF(ct'a$ 3o$t Dia. FFF !!Root Dia. #2 FFF !!No. of 3o$ts n FFF She$$ *#

Total @olt oad


J I!1 O p 0.;85 FFF ,00 O < 2 FFF ,.1= FFF FFF FFF > "%U/

H Gas#et &eating

I!2 ,.1= " # ,.1= FFF FFF FFF FV(6U)LS" FFF FF E ($$o%a"$e "o$t stress at #esin te!p.Sa FFF FF E ($$o%a"$e "o$t stress at at!ospheric te!p.(!1 I!1 : S" FV(6U)L : FFF FFF(!2 I!2 : Sa FV(6U)L : FFF FFF(! 6arer of (!1 or (!2 FFF E tota$ re+'ire# cross-sectiona$ area of "o$ts(" FFF E cross-sectiona$ area of the "o$ts 'sin the root #ia

E (" FFF(! - FFE Re+'ire# as7et %i#th (" Sa : 2 FFF FFF Gas7et %i#th& 'se FFF - FFF

J < (! O (" > Sa : 2 "%U/


@olted ith a confined gas#etFlanget to

G

.G

,

,

G


0.;85 #2 P O < 2 " ,.1= # ! P >2

-: = #22 n

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Part No$e %1C Manhole

/o#e


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

UJ 4 18 Minimum Re?uirements for %ttachment Jelds at 7!enings

D / & I G * D % T %

&hell * 7 B B /Materia$ /o#e %&TM %&TMMateria$ specification % ,1845 % ,1845*nterna$ #esin press're P ,00 psi. ,00 psi.Desin te!perat're ,=0 C ,=0 C*nsi#e #ia!eter Uncorro#e# 2&500 !! 585.A !!*nsi#e #ia!eter /orro#e# D 2&50A !! Dn 5B1.A !!*nsi#e ra#i's /orro#e# R 1&25, !! Rn 2B5.8 !!Ma4i!'! a$$o%a"$e stress va$'e S FV(6U)L FF Sn FV(6U)L FF@oint efficienc ) 0.85 )n 1/orrosion a$$o%ance , !! n , !!No!ina$ %a$$ thic7nes Uncorro#e# 1= !! 12.00 !!Ia$$ thic7ness /orro#e# t 11 !! tn B.00 !!

) % ) U % T I 7 *

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

UG 4 $, a E A UG 4 2 c E 1 E

/hec7s ? tr1 FFF FFF 0.5 R 1=;.B - FFP ,00 FFF 0.,85 S ) FV(6U)L - FF

tr1 P Rn

O +n ,00.0 2B5.8

O ,.0 FFF !!n )n - 1 P FFF 1 - FF FFF

UG 4 $, ( E

1 E She$$ or hea# thic7ness < ) 1 > tr2 - N:( - !!UG 4 18 ( E Mini!'! thic7ness tr3 =.A0 !! $ E Mini!'! thic7ness of stan#ar# %a$$ pipe tr$ - N:( - !!

tr, =.A0 !!tr8 =.A0 !!

- FFF !! FFF !! 'se#. -

&i+e of Jeld Re?uired H UJ 4 18 c E

*nner i$$et Ie$# t!in S!a$$er of 1B !! or tn or B.00tc !i S!a$$er of A !! or 0.; t!i A.00tc act 0.; 6e=1 ;.00 - J L

J'ter i$$et Ie$# t!in S!a$$er of 1B !! or te or FFFt% !i 0.5 t!in 5.50t% act 0.; 6e=2 A.,0 - J L

- The eld is satisfactor9.


6arer of tr2 or tr3S!a$$er of tr$ or tr,

6arer of tr1 or tr8

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M / ) ' % * I ) % D / & I G * Date 05. 8. 15. Revision 0 Sheet No. 1 of 4


/o#e UG 4 3 Reinforcements re?uired for 7!enings in &hells and Formed 'eads

D / & I G * D % T %

No$e P$ace!enent *nserte#inishe# #ia!eter of circ'$ar ope Dn # FFF !!/orrction factor 1Re+'ire# thic7ness of a sea!$ess she$$ or h tr FFF !!Re+'ire# thic7ness of a sea!$ess no$e % trn FFF !!

($$o%a"$e stress va$'e in tension& No$e Sn FFF FF($$o%a"$e stress va$'e in tension& Vesse$ Sv FFF FF

FFF Sn:Sv fr1 FFFFFF Sn:Sv fr2 FFF

)1 1Pa# !ateria$ co#e (STMPa# !ateria$ specification ( 51A-;0Pa# J.D. 11A0 !!Pa# thic7ness te 1= !!

($$o%a"$e stress va$'e in reinforcin e$e!en Sp FFF FFFFF < $esser of Sn or Sp >: fr, FFF FF

FFF Sp:Sv fr= FFF&i+e of Jeld Re?uired H UJ 4 18 c E

6e=1 10.0 !! E Min. 8.56e=2 B.0 !! E Min. ;.86e=, - N:( - !! E Min.

imit of reinforcement 5B1.A ! E 6arer of # or Rn O tn O tJ'tsi#e #ia!eter of reinforcin e$e!ent Dp FFF !!

) % ) U % T I 7 *

# tr O 2 tn tr < 1 - fr1 > "%U/ !!2

6arer of # < )1 t - tr > - 2 tn < )1 t - tr > < 1 - fr1 > or 2 < t O tn > < )1 t - tr > - 2 tn < )1 t - tr > < 1 - f "%U/ !!2

S!a$$er o 5 < tn - trn > fr2 t or 2 < tn - trn > < 2.5 tn O te > "%U/ !!2

S!a$$est 5 t ti fr2& 5 ti ti fr2 or 2 h ti fr2 4 *-% 4 !!2

o't%ar# no$e %e$# 2 fr, "%U/ !!2

o'ter e$e!ent %e$# 2 fr= "%U/ !!2

in%ar# no$e %e$# 2 fr2 4 *-% 4 !!2

< Dp - # - 2 tn > te fr= "%U/ !!2

%1 %2 %$1 %$2 %, "%U/ % K "%U/


Strenth re#'ction factor&Strenth re#'ction factor&


E UG 4 $5

%& (rea re+'ire#

%1& (rea avai$a"$e in she$$

%2& (rea avai$a"$e in no$e proectin o't

%3& (ea avai$a"$e in in%ar# no$e

%$1& (rea avai$a"$e in o't%ar# %e$#

%$2& (rea avai$a"$e in o'ter %e$#

%$3& (rea avai$a"$e in in%ar# %e$#

%,& (rea avai$a"$e in e$e!ent

tn

Rn

Dp

trn

tr

c

hti

#

te

t

E 1 ? S!a$$er of 2.5 t or 2.5 tnO teE 2 ? S!a$$est of h& 2.5 t& or2.5 ti

6arerof

# or Rn O tnO tor no$e %a$$ inserte#

6arerof

# or Rn O tnO tor no$e %a$$a"'ttinthe vesse$ %a$$thro'h the vesse$ %a$$

E1

E2

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

) % ) U % T I 7 *

%lloa(le Unit &tresses H UG 4 $, c E A UJ 4 1, c E

i$$et Ie$# Shear &fs 0.=B 4 FV(6U)L FV(6U)L FFNo$e Ia$$ Shear &ns 0.; 4 FV(6U)L FV(6U)L FFGroove Ie$# Tension &gt 0.;= 4 FV(6U)L FV(6U)L FFGroove Ie$# Shear &gs 0.A 4 FV(6U)L FV(6U)L FF

&trength of )onnection /lements E Di!ensions are

*nner i$$et Ie$# ShearaE - 5 6 7 8o99le :; 7 e? 7 S@s

- 5 6 FFF 4 FFF 4 FV(6U)L FV(6U)L FV(6U)L *No$e Ia$$ Shear(E : 2 4 Mean No$e Dia. 4 tn 4 Sns

- 5 6 FFF 4 FFF 4 FV(6U)L FV(6U)L FF FV(6U)L NGroove Ie$# TensioncE : 2 4 No$e JD 4 t 4 St

- 5 6 FFF 4 FFF 4 FV(6U)L FV(6U)L FF FV(6U)L NJ'ter i$$et Ie$# SheardE : 2 4 Pa# JD 4 Ie$# 6e 4 Sfs

- 5 6 FFF 4 FFF 4 FV(6U)L FV(6U)L FF FV(6U)L NUpper Groove Ie$# TensioneE : 2 4 No$e JD 4 te 4 St

- 5 6 FFF 4 FFF 4 FV(6U)L FV(6U)L FF FV(6U)L N6o%er i$$et Ie$# ShearfE : 2 4 No$e JD 4 Ie$# 6e 4 Sfs

- 5 6 FFF 4 4 *-% 4 4 FV(6U)L 4 *-% 4 FF 4 *-% 4 N

oad to (e carried (9 Jelds H UG 4 $1 ( E 1 E A 2 E

Ie$# 6oa# for Strenth Path 1 - 1J141 < (2 O (5 O (=1 O (=2 > Sv FV(6U)L FF FV(6U)L NIe$# 6oa# for Strenth Path 2 - 2J242 < (2 O (, O (=1 O (=, O 2 tn t fr1 > Sv FV(6U)L FF FV(6U)L NIe$# 6oa# for Strenth Path , - ,J343 < (2 O (, O (5 O (=1 O (=2 O (=, O 2 tn t fr1 FV(6U)L FF FV(6U)L NTota$ Ie$# 6oa#J Y ( - (1 O 2 tn fr1 < )1 t - tr > Z Sv FV(6U)L FF FV(6U)L N

)hec# &trength Paths H UG 4 $1 ( E 1 E A 2 E

Path 141 dE O (E FV(6U)L O FV(6U)L FV(6U)L N - FF6oa# for Path 1-1 FV(6U)L N

Path 242 aE O cE O eE FV(6U)L O FV(6U)L O FV(6U)L FV(6U)L N - FF6oa# for Path 2-2 FV(6U)L N

Path 343 dE O cE FV(6U)L O FV(6U)L FV(6U)L N - FF6oa# for Path ,-, FV(6U)L N

-


S!a$$er of J141 or J



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Part No$e 1 A 2

/o#e


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

UJ 4 18 Minimum Re?uirements for %ttachment Jelds at 7!enings

D / & I G * D % T %

&hell * 7 B B /Materia$ /o#e %&TM %&TMMateria$ specification % ,1845 % 1584@ - 1 1-2N - ==4&TR*nterna$ #esin press're P ,00 psi. ,00 psi.Desin te!perat're ,=0 C ,=0 C*nsi#e #ia!eter Uncorro#e# 2&500 !! FV(6U)L !!*nsi#e #ia!eter /orro#e# D 2&50A !! Dn FV(6U)L !!*nsi#e ra#i's /orro#e# R 1&25, !! Rn FV(6U)L !!Ma4i!'! a$$o%a"$e stress va$'e S FV(6U)L FF Sn FV(6U)L FF@oint efficienc ) 0.85 )n 1/orrosion a$$o%ance , !! n , !!No!ina$ %a$$ thic7nes Uncorro#e# 1= !! FV(6U)L !!Ia$$ thic7ness /orro#e# t 11 !! tn FV(6U)L !!

) % ) U % T I 7 *

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

UG 4 $, a E A UG 4 2 c E 1 E

/hec7s ? tr1 FFF FFF 0.5 R FV(6U)L - FFP ,00 FFF 0.,85 S ) FV(6U)L - FF

tr1 P Rn

O +n ,00.0 FV(6U)L

O ,.0 FFF !!n )n - 1 P FFF 1 - FF FFF

UG 4 $, ( E

1 E She$$ or hea# thic7ness < ) 1 > tr2 FFF !!UG 4 18 ( E Mini!'! thic7ness tr3 =.A0 !! $ E Mini!'! thic7ness of stan#ar# %a$$ pipe tr$ FFF !!

tr, FFF !!tr8 FFF !!

- FFF !! FFF !! 'se#. - FF

&i+e of Jeld Re?uired H UJ 4 18 c E

*nner i$$et Ie$# t!in S!a$$er of 1B !! or tn or FFFtc !i S!a$$er of A !! or 0.; t!i FFFtc act 0.; 6e=1 FFF - FF

J'ter i$$et Ie$# t!in S!a$$er of 1B !! or te or - N:( -t% !i 0.5 t!in - N:( -t% act 0.; 6e=2 - N:( - - - N:( -

- &trength cal. for elds are *7T re?uired for this detail hich conforms to Fig. UJ 4 18. 1C s#etch c


6arer of tr2 or tr3S!a$$er of tr$ or tr,

6arer of tr1 or tr8

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M / ) ' % * I ) % D / & I G * Date 05. 8. 15. Revision 0 Sheet No. 1 of 4

Part No$e 1 A 2

/o#e UG 4 3 Reinforcements re?uired for 7!enings in &hells and Formed 'eads

D / & I G * D % T %

No$e P$ace!enent *nserte#inishe# #ia!eter of circ'$ar ope Dn # FFF !!/orrction factor 1Re+'ire# thic7ness of a sea!$ess she$$ or h tr FFF !!Re+'ire# thic7ness of a sea!$ess no$e % trn FFF !!

($$o%a"$e stress va$'e in tension& No$e Sn FFF FF($$o%a"$e stress va$'e in tension& Vesse$ Sv FFF FF

FFF Sn:Sv fr1 FFFFFF Sn:Sv fr2 FFF

)1 1Pa# !ateria$ co#e - N:( -Pa# !ateria$ specification - N:( -Pa# J.D. - N:( - !!Pa# thic7ness te - N:( - !!

($$o%a"$e stress va$'e in reinforcin e$e!en Sp - N:( - FFFFF < $esser of Sn or Sp >: fr, - N:( - FF

FFF Sp:Sv fr= - N:( -&i+e of Jeld Re?uired H UJ 4 18 c E

6e=1 FFF !! E Min. FFF6e=2 - N:( - !! E Min. - N:( -6e=, - N:( - !! E Min.

imit of reinforcement FFF ! E 6arer of # or Rn O tn O tJ'tsi#e #ia!eter of reinforcin e$e!ent Dp - N:( - !!

) % ) U % T I 7 *

# tr O 2 tn tr < 1 - fr1 > "%U/ !!2

6arer of # < )1 t - tr > - 2 tn < )1 t - tr > < 1 - fr1 > or 2 < t O tn > < )1 t - tr > - 2 tn < )1 t - tr > < 1 - "%U/ !!2

S!a$$er o 5 < tn - trn > fr2 t or 5 < tn - trn > fr2 tn "%U/ !!2

S!a$$est 5 t ti fr2& 5 ti ti fr2 or 2 h ti fr2 4 *-% 4 !!2

o't%ar# no$e %e$# 2 fr2 "%U/ !!2

o'ter e$e!ent %e$# 2 fr= 4 *-% 4 !!2

in%ar# no$e %e$# 2 fr2 4 *-% 4 !!2

< Dp - # - 2 tn > te fr= 4 *-% 4 !!2

%1 %2 %$1 K "%U/ % K "%U/




E UG 4 $5

%& (rea re+'ire#

%1& (rea avai$a"$e in she$$

%2& (rea avai$a"$e in no$e proectin o't

%3& (ea avai$a"$e in in%ar# no$e

%$1& (rea avai$a"$e in o't%ar# %e$#

%$2& (rea avai$a"$e in o'ter %e$#

%$3& (rea avai$a"$e in in%ar# %e$#

%,& (rea avai$a"$e in e$e!ent

tn

Rn

Dp

trn

tr

c

hti

#

te

t

E 1 ? S!a$$er of 2.5 t or 2.5 tnO teE 2 ? S!a$$est of h& 2.5 t& or2.5 ti

6arerof

# or Rn O tnO tor no$e %a$$ inserte#

6arerof

# or Rn O tnO tor no$e %a$$a"'ttinthe vesse$ %a$$thro'h the vesse$ %a$$

E1

E2

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


Part No$e 1 A 2

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

) % ) U % T I 7 *

%lloa(le Unit &tresses H UG 4 $, c E A UJ 4 1, c E

i$$et Ie$# Shear &fs 0.=B 4 FV(6U)L FV(6U)L FFNo$e Ia$$ Shear &ns 0.; 4 FV(6U)L FV(6U)L FFGroove Ie$# Tension &gt 0.;= 4 FV(6U)L FV(6U)L FFGroove Ie$# Shear &gs 0.A 4 FV(6U)L FV(6U)L FF

&trength of )onnection /lements E Di!ensions are

*nner i$$et Ie$# ShearaE - 5 6 7 8o99le :; 7 e? 7 S@s

- 5 6 FFF 4 FFF 4 FV(6U)L FV(6U)L FV(6U)L *No$e Ia$$ Shear(E : 2 4 Mean No$e Dia. 4 tn 4 Sns

- 5 6 FFF 4 FFF 4 FV(6U)L FV(6U)L FF FV(6U)L NGroove Ie$# TensioncE : 2 4 No$e JD 4 t 4 St

- 5 6 FFF 4 FFF 4 FV(6U)L FV(6U)L FF FV(6U)L NJ'ter i$$et Ie$# SheardE : 2 4 Pa# JD 4 Ie$# 6e 4 Sfs

- 5 6 - N:( - 4 - N:( - 4 FV(6U)L - N:( - FF - N:( - NUpper Groove Ie$# TensioneE : 2 4 No$e JD 4 te 4 St

- 5 6 FFF 4 - N:( - 4 FV(6U)L - N:( - FF - N:( - N6o%er i$$et Ie$# ShearfE : 2 4 No$e JD 4 Ie$# 6e 4 Sfs

- 5 6 FFF 4 4 *-% 4 4 FV(6U)L 4 *-% 4 FF 4 *-% 4 N

oad to (e carried (9 Jelds H UG 4 $1 ( E 1 E A 2 E

Ie$# 6oa# for Strenth Path 1 - 1J141 < (2 O (5 O (=1 O (=2 > Sv FV(6U)L FF FV(6U)L NIe$# 6oa# for Strenth Path 2 - 2J242 < (2 O (, O (=1 O (=, O 2 tn t fr1 > Sv FV(6U)L FF FV(6U)L NIe$# 6oa# for Strenth Path , - ,J343 < (2 O (, O (5 O (=1 O (=2 O (=, O 2 tn t fr1 FV(6U)L FF FV(6U)L NTota$ Ie$# 6oa#J Y ( - (1 O 2 tn fr1 < )1 t - tr > Z Sv FV(6U)L FF FV(6U)L N

)hec# &trength Paths H UG 4 $1 ( E 1 E A 2 E

Path 141 dE O (E 0 O FV(6U)L FV(6U)L N - FF6oa# for Path 1-1 FV(6U)L N

Path 242 aE O cE O eE FV(6U)L O FV(6U)L O 0 FV(6U)L N - FF6oa# for Path 2-2 FV(6U)L N

Path 343 dE O cE 0 O FV(6U)L FV(6U)L N - FF6oa# for Path ,-, FV(6U)L N




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MD PV ASME v0.1 (1)