3740. 210-EN-25

Central Calorimeter Piping Flexibility

A. Pitas

The flexing of the piping between the vacuum shell and the cold shell of the Central Cryostat was examined. The method used was taken from Piping Engineering, Tube Turns Company, Louisville, Kentucky, 4th edition. Each pipe was checked twice, first by A. Parker and then by A. Pitas. All simplifying assumptions are conservative. The largest calculated stress is 75% of the maximum allowable stress.

The effect of the cold shell's movement during coo1down was also analyzed. The cold ends of the piping moves approximately 1/2 inch. The stresses generated are calculated to be less than 5000 p.s.i.

I

________________________~~_________.........~ « Ft. __ ~b

~ ~D~, fP~A' LW2-~W~ (GG)

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........... 'J(v~ f>l Iv7 .oK...,...,. A ' "'''''''''"''~V'''''''' I'II0C[OUII[ III s.tJ/ Co","", OIlPI,,(,41o to Shop. !ll[",., G,.." 001010 "viti 01 he.,., bors 1)ICo!T'4>,.,.'o,m,"'''''''9'o ""'V"",.d ChO"" 0"", Tobl .. in Tub. TUlnl "li.,. [.pont'Oft 0li

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"0< T_,_ I II I I III I l..I l8£ND Z'BEND I U-BENO ClIotl., ..,.. ,. r".... r ..... · llooU., "LiI>t IHI IHE",....iOft .... VI VIt I w II j I IH " ..i"hl,~

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COWUT[O EXP COIolI"OTEO"£XP. COMPUTED UP poi~IS = .!tit =IS[ = Sf: ~ STRESS RAHGE ,. E STRESS RA!jG£ ST R£ SS RANGEf, TUBE TURNS, LOUISVILLE, KENTUCKY, PIPING fLEXIBILITY CALCULATION FORM Kn

~TE' r ~ ________ ·~1402-ISIMPLIFIED CALCULATION ($'-,()'SHt:fTCH[CI(EO ~T[' OF L-, Z- AND U- BENDS, ttl") EXPANSION LOOPS ! t _ IHE ,

~ ( .e ..f.ed t. (o"'otm with 1'"'' Cod.. I~ ""~':"'~.~'~·IiI·.......

--------

I

----;-_. ... .. .. ...-..__' __.... en ,--------"!"""---------.--.---~

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, JVOv ............... I

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t. ['MW lIod'UI. IV, ........"101 Pi" S.n

U",III 01 $IoI()IITEII I,,(G

Uft9lh 01 lOHIOEII LEG

[nltl 01 .ASSC'S SA

CPIOt, 100 10 Cur.. for

3 .... SHAI'[ f'ACTOR

s.-t.c:or- Uft9'" H'w'" S- 01 [II fl80W LENGTHS

w

H = W = h/H = 0 H/w=

f. = ---(n"ll-

L,

Lr

TOTAL [It LENGTH La'L,= L [fI.OIAllf;T[1I Lt:IIGTH ~ .. f,

PIP[ MAT[IIIAL (Of S,te.l

5llM([ lor CaOt SKI"',

HOT «_,' ...'.1 lE..... T"

= = = "'"

== ,

COLD ,,,,1ft' "'101 1[M,. T.: ." ..... _o..1. Til SA == T_

f~ co1It'4II4_1t Th

.......,....,. Tc ftc = EV'tUISlo.. I"ACTOII f,h-f,,"' f. =

COW'UTED EXP ST RESS 1I,t,HG( ..!L!a.." S[ =

"

CALC'O OATE:

CHECK[O OATE: . (

-,.

......... '1 A.~ A .JI- "'- /1.. A.JI ,r - .?V---.v.J~1I A ,/

III Enlf, G ••• n 0010 to "~I 01 h.CIY, bOil UICOnIP"" 'o,m. """,,,,'0 "-l'9nol,d ChO,1I ond lobI.. in T"b' Iv••• "Lint E.,...,io. aM 1"1...b"ily"eoo_1t1 141Comporr Sl .ita So.

........ PIPE $IU ond WEIGHT

TIIIII. Elf. ELBOW OIAM

I Efl. ELBOW lENGTH

I I j

L,.,.'h .1 SHORT VEIn ICAl

lfftV1h 01 LONG VERT ICAl

Hotiloo'ol Of'f'SE T

Chor' [ftl., 01 ABSCISSA

3 Go 10 c~,.. fo' 0' Rtod SHAPE FACTOR

4

Sq.·Corll" If''''~ h· H' 'II ::

S- of [II £LBOW LENGTHS

TOTAL CfI. LENGTH L.+2L,=

[II. DIAMETEII LENGTH ~. ,.

PII'[ IMT£IIIAL lot SPI,c:.)

SERVICE «01'" Co6f 5

--

:-3 40.210 - EN-2 5

:t.. A~SUMe thee'" 0.1' of the.. d ~~ret:.:·hO'\ is'ta.\(ct,)\ by tw~t1h3

o-t the stfQ'jht f'fe f lece5 "tho..+ort. pa.r-allel to i"h -e. b -ea.m (l,)(t's,

J[., Th-e. ty1a.x·Ol'HAtr\ Yt\"Ve.M~V';t ~ Th~ cot J v~sseJ 1.,5:

b. D =-

~

.,

l 'l

"'-J 00 RC;:f". ?,pe,." An L ~"'2.. taoLDOuJt.J c.o lL SU?'PL'I (dL! \/6$£ L-')

""Cct"l'''~ 111 S.',d COIU"'ft cpO"coblt fo Sho.,. III En Itt G."tn Dolo fo "gil' 01 hfoYr 110" '" CO"'PI.I. 10'''', ,,,t.,,,"9 to dtliQnot.d Chorl, ond T"bIU in Tubt Tut"' "lin, £.pO""~~ ond n,.tbjl;rY80o_1t1 I.: ~o~r'" S •.•.•.. ~::J

HoM. p'PE StU' ...d WEIGHT _ N_ pIP~ SIZE and WEIG~~ '-~2."- 5~. 405 .-----.- -··r -'1 Dr - 10111. m. ElBOW OIAM Dr = Dr = Tobl, Elf. ElBOW OIAM. 0, __ ~ •o;,~. 0,-.:~ _______ : ~_

l-' I","... ,LE...., JL' - II "' ..... '''". L,' = .~ L, = I "", ... LE"''' L, =.'.23::.... L, ..:. .. !::.. No", PIPE: SIZE oftd WEIGHT

Tltbl. i Eff. [lBO'll OIAM.

G_.ol HOlts

I "0' TolIl" ond Cho"I, ,.f" to Tull. lu,,,,' Book"'l "llftt Ea"ftllon .... " ..'lIilil,

f. E1110., IIodll/lI'/t * Nom'"OI Pi•• Sin

l:SEND

H 'II

hZ-BEND/ il J' ,.

U'BEND

H 'II 'II

U"tlh 01 SHORT YERT ICAl I h I h

H

.L......

I- v¥ .• r-~-t-+- LOOP . _. ~ LOOP

SYMM. . w~ GUIDe:D I t t',ls.lMIftry b' btl_"" GU'd4'1 i ,. rIll r .1

f U'" U 1 .. J!-i U· i

H

.... . . " E."."'II ANCHOR SPACING U' = U U' =

- - -Hfo(Ir'by RESTRAINT SPACING U = 7.?.CJ I U HEIGHT 01 lOOP H = I.-'S I H =__.____._Ilt'"tlll of SHORTER "'G H - l ....lh of lONG VERTICAL H = IH =

Il.".,11 of lONGER LEG W - Horl.oftlol onSET W = w_= 1.25' V!._=___ w/U .. • Ii w~l!.=LEnl., 01 ABSCISSA h/H .. 0 EM" 01 A8SCISSA h/H :. CharI ~/1j = U

w = IIWIOT~ 01 lOOP Eftl., 01 ABSCISSA

H/w" 3 Go 10 t,,,,, fo, H~= IH/w_=_____ f. -

ehorl Go 10 COIf.. for

3 """ SltAPE '",TOIII 0'4 C~~~f. = If, = -("-11 -- (1'1-1) ._-- I"-zl-

HIU'" •24 1i1l~___._..CharI ~o 10 Cu,.~~ ~ Rtod SHAPE FACTOR

.. -.. ~---.-~ - -.-~-f, .~ f •

R!POd £II 1'10 0' ELBOWS In . 8S J

--..:, 4 .. S n

511 uO

.Hor.... 'L.".,1I H+wc L. ... Sq.·Corll"L....III h+H+w· L, = Ls= s..~-l...eLU.. 'ZJ..\ !~s =._.!.9'1j-_~W'~,_-=:,,_ IS"'" 01 Ell ELBOW lE'fQTHS 4 =- SuIII of Ell nllOW lEHGTHS 2Lr = 'ZLrt b:U. t:n.,.de,.., :n~,~~_2I.' ~L, "" I TOTAL WliHGTH L.+l,e L - TOTAL W L£'fQTHLa+2l,= L ""'. L ~ tr'TL.E:f(.~L'41'1l.... L ~.-!Jo,3'" '=-_~ I Eft DIAMETER LENGTH t,- f, - !If. DIAMETER l[NGTH k -"f-;--':" " = Elf OIAMETER LENGTH ~,.: f( = 5. 4-D f f, =

PIP[ MATERIAl (Of SPKl I 1_._. ____ . __.__ SEIIVICE (0' Coft S.clioft) S£RVIC[ (or Coft S.clion'

PIPE MATE"1Al I", Spte.! PIP! MATERIAL 'ar $pHl -

.. ;5~~_~.?;4:.__.L-__ .._ SERVICE fo' Ccd. Sfflton'

F= -

HOT '''".., M.lol T[MP.

COLO ,m'n' M.'ol TEMP

Th -. HOT ("'0"' ,,"tol TEMP Th = Th = ~~T';:;~;-;,~';;;;';-'-- Th ----7ooT Th_""~ . ..--- '--1-="_... .. .--...-.-.-

Te - I COlOfmll'llMlllolTEMP Te .... Tc = CO~O(~~n~~~' TEMP Tr ...:~~~.f rc..~___.. RNd OPIIOlilll T" SA - II.eId OPIIGlil. Tit SA = Sj\ == ~!POd OfJP4>.", T" 5" 'Z8 ISO SA =

TS' ",od O!IPO.iIl' Til ft'll - T;' RNd OIIPO"" Til 'f eh

= !eh--:..------· T5'· ~'''d~;:~I'- T" - -. f~" .- -.~- ~.-.-.-f- RPOd.OI>IIOI,I. Tc fre - . RNd OII"lil. T:_!,e = fpc = _ R~d_~'I' Tt fee '1.9.J.OOC> f~c_~_.

[xFIIII\ISlotl"ACTOfIf.~-f.c=f, = f, = EXPANSIONFACTO/lf,.,f,,=fe qo,ooo flO =tXPllNSfOI\l FACTOR f,lI-f.c .lf. =

ICOMPUTED [XI' ...!r.!.L"IS = /I COMPlITE;'~;-iJ.l '.]5- \5·" ·=·___ ··________ 1 COMPUTEO [XP U'.tt fli S -, 14'w' I:_:':' 5

.. TRESS /lANGE " E STRESS RANGE f [ - E - SH'~SS RANGE: U', r • 'lJl E I • , __....._..I

····CAlC·O TUBE TURNS,lOUISVllIE. t

--

] ...... co KE. F. 'RPE.." 13\\- L~.z - 'ST6AD'i STATe: eol L StYPPL'-/ (e

""OCEOUA£, III S.ln' Co","", $Iieotllt '" SIlo,. III E"'" G,,,,n 00'0 '" ri",' 01 "'-J 110" !'ICo~~;;tP"i"O '0 dt.ionol.d Chor'. ond Tobl" in lullt Tu,n. "LiN E'POII"on and ",..,lIilil,·800th., ,.,Co'"pO·' S .," S..i h I Nom, PIPE SIll ond WEIGHTNom I"P[ SIZE on. WEIGHT "-. ,PIPE SIZE ..... WEIGHTP , II l'/2.'-5Gt..I,~ 1--

Totllt I Eff. ELBOW ClAM. 0, - IT-.I W. £LBOW OIAM Dr == Dr = Tobl,l Eff. ELBOW 01.... q, = ~. 03 Or = __._.__'"~ l:B£NO

.. , [If. ELBOW L£!WGTH JL, ., 1 IEff. ELBOW LENGTH Lr ' "'" L, = I IEff ELBOW LENGTH Lr = I. 'z:'3i L, = _ . . ... I~

'1

G.Nfol No'"

" "or Tob'n oM Cho'II. "f" 10 Tubt Tur",' 800hltl Olin. E • .,....IOft ..... P'I,"'bilil, ~

I. E'bow Aodh".,II, • NOftunol Pip. Sift

or

hZ-BEl'«>II il1 U-SENO

~ I ,~ HHw W

W SYMM', W GUIDED ~ LOOP

l-_l:-,.H_lllr-'" f I T-~ LOOPl:.J! b,tw_ GuidtS

"-:.-~U' ~ H

w

IU""II of SHORTEA IoEG I l"",,, of LONGER L[G

EM', 01 ~9SC155A Chotl Go 10 Cur.. for

3 .AfOII SHAPE "ACTQII I

L",,'h of SHORT

H,." JtL"'OHI 01 LONG VEATICAL IH = H~ HEIGHT of LOOP H =H..-.7! 1.75 wW - Jl Horlronlol 0,.,.5ET IW = w = WIOT H 01 lOOP ._ w_ = '1.//..'5'---r---

h/H • 0 II CIlatJ[nlff 01 A9SCISSA I~/H."" rh/tt_=_____ En'" 01 ABSCI~~_.. w/U"" • 381 w~IJ=-__.__._. H/w to II Go 10 cu... fo' H.'U== .1.'17 HI1J""3 II Go 10 CU," /0, H/w= H/w= Chari

or 2 :: SHAPE :AC~~-' f, :-.3ZS- f. "- .f.- Rf'Od SHAPE "ACTOR f. = f, = 4 1------- I - I - ~I f-. .- ------ ...-.

- fn -II - I -- (~. II - --- In. II - RI'Od Elf No of ElBOWS n "" ~ n

'IU' -= - U. ~U' = ~.._._..~ [dr,,,,. ANCHOR SPAC ING ---.------ f· - UVERTICAL Ih = Ih .....,,·b' RESTRAINT IU_ = t;;. q I ISPACING

ISClUO'f'COfM,l""fh H· .... L. - Sq.-Carn"Unolh h+H+w=L, ~ Ls= s.-~.~U.'ZJ..I~,-_~.~:~~L;~.. i I'~~", 01 £If El80W lENGTHS L, - $\Iftl 01 Elf ElBOW lENGTHS 2L, "" '2L.... ' ~U. E:lp","-, Ie"" . ilL, -: __2.~]I.~_ nL, ::= :

TOTAL Elf LENGTH L. + L,::: L "'" TOTAL £If LENGTH l.+2L,= L =. L .,. [TTL, t:«. L,e..,.l~4 n L ,.. L - 13 , II' L = I- •. ___ . -.-•. ------- . I I Elf DIAMETEA LENOTH k,· f, -= W DIAMETER LENGTH ~... f, = f, = rtf DIAMETER lrNGTI! 6"fl 4. 32 b f,7" J'PIPE MATERIAL lor $pte:.) P'PE MATERIAL IOf 5p.d .------ PI~E-MAT;RIAL ,~;;~~__ st-'~~4_. ~_.,_

- -.-.-~ -.---- SEIIVICE fo, Cod. S.cliofIl SERYICE (or- Cod(! S.cljonl SERVICE lor Cod. 5""'10"). ,._--_.

IHOT (mo_1 M"ol TEIWP. TI! -, HOT (mOl) M"ol TEMP. T" = Til = HOT ,moI'M"ol TEMP Th 70::'f Th : COLO ,,,,I"'M,'O' TEMP. Tc I ~!-~;~'M"~'2~~P Tc-;;'" Tc == l~i~~.~i~I~~~p ____ Tc ,=,- -':_~50~f __ ._0= :'~L:OG Tc_

A"d O!>pOI'" T" SA =- R.od o_.iI. T" SA = SA = Rtod _,it. T~ S,,'" ZB, 150 S~ Toni. Tobl,f-· ---.. .-~----.- 'oh', .--....- .•--".- - . - ..

5 ",.ed oppo.il, Th f", - 5 A.ed o,po"I, T" f,l! = If"" = 5 R'~d_~f)P"~.'~__Th f ph - o:? .._._. ~"-~ ..--- :i R.ad.oPpO",. Te frc .."" . Atod OpJICI.il. T~___ f,c = f4'c .. ~_._.____ _'" ~Od__'" Te f,,(' 'lD, 000 ftc i,

I (JCPllNSION "ACTOR f,"-f,c· f. ,.,. fJ(I'IIINSIOH "ACTOl! f,,,,-f.c" f, = f, = EXPANSION "ACTOR f.",-f,,= f" -- 90, DOD f, c:= I I" ,-- ." - " - III,V- II -- '-'1

COMPUTEOEXP ~1It:S == COMPUTEO'ExP !,_!t .. S - S - COMl'UTEOEXP U.fe f." S .. S - . "BlESS RANGE f. E 5HIES5 RANGE 11 I: - [ .- 5TRI:S

/ ;: '. ~

£ .....,• QCI E'E:.F.? P£ C - L~.h. &IL 12.E.TU~U ( C!,l2.. ~ \IE::~SEL}-~ PROCEOURE; III Stltcl Column oppliCable 10 Sl!ope III [nit! GiYfII Data 10 ,iOIll of hfOllY liars ISICompl,lt lO"II.,.""i"O 10 "iionol.t Cbo,ls ond Toilin in Tub, Tu,nl 'Lin' [rponlion on' Fluib!llt(llol)ld"_1 ,0,Co",pO', Sf willi Sa.

Nom. PIPE SIZE ond WEIGHT Nom. PIPE SIZE onel WEIGHT 2'~S~4,4DS Nom. PIPE SIZE ond WEIGHT, P 11---1

Tab" IEll. ELBOW OIAM. Dr = Dr = 4, \\Toillt I Eft. ELeOW OIAM. Or - Tobit I Elf. nBOw OIAM. Or = Dr = 1 Elf. neow LENGTH

in

II~~==~==:)JLr = 11 1 1m ELBOW LENGTH Lr' = 'r-- Lr = \,8 III IEff ELBOW LENGTH }Lr d Lr = 11-==1 W SYMM. GUIDEDG,nt,ol Nol ..

I. Fa, Tobin and Cho,", ttl.. to Tub" Turnl' 900k 1,,1 "Lint ElpO"lion and Fltiibilil,·.

2. Elbow Rodlu•• 1'1• • Nominal Pipt Silt

r l:BENO

IH w

LOOP LOOP

H tof Symmetry between GuidfSIEZ'SEND U'SENOh I

U'=UH w H w

IElI,tmt ANCHOR SPACING U' = U Iu' = Lentl'll 01 SHORT VERTICAL I h Ih N""'II, RESTRAINT SPACING U = U =

1\ ' 10. ----~="\-----f!

"

" ILt",lh of SHORTER \,o(G IH = ILfflOlh of LONG VERTICAL H H '1 ,b7 I IHEIGHT 01 LOOP IH IH = II II

......,'h 01 LONGER LEG W == Ho,ilonlol OFFSET W = W = '2. 4. PIPE MATERIAL {or Sp.d

- i-SERVICE (or Coft Stclion! SERVICE (Of" Code Stelion). SERVICE (or Codo Seclion'

HOT (mox) M,Iol TEMP, Tn =, HOT ,mal) Mttol TEMP. Tn = Tn = lc"f HOT (mox'M.lal TEMP T~....:: - 'r COLO (min' M'Ial TEMP Tc === l COLO (minI M.'ol TEMP Te "'" Te = _3S0a f COLO (min) ""101 TEMP Tc = = 11°F

Rood opposite Th SA = Rtod oppo.it. Til SA = SA = 28,1,0 Rtod oppolil, Til SA = SA = lip"Tolllt TolIl. Toblo ._ --5 Rtod oppa.it, Th fen == 5 A.od OPPOIII. Th fen = feh = 0 5 Rtod oppOsil_ T~ f!!,h_.._== feh =

I Read,opposil. Tc fee -= . RtodoppOlit. Tc fee = fee = 90,ODI?_t-_ RtodOpPOlil'. ~~_[!;c· = fec,_______ n.

n"

EXPANSION FACTOR f.h-f.c =If, = E)(PtIIN510N FACTOR f.lI- ftc = ff! = fe = qOlooo EXPANSION FACTOR f, • .-f.c= f, = f, = P'>' --.---------~-.-~~-- ~---(U'/UC I)ICOMPUTED EXp l!.!t.=IS = ICDMpI.lTEO'·EXP. .!t.!.t= S = S \A ""'J1D COMPUTED EXP _Il~!c_f.l.= S

STRESS RANGE fl E STRESS RANGE f, E E '+ I I STRESS RANGE U f, E.'lp'. . ---'-''''-'' CMe'o OATE:

CHECKEO: DATE:

(

TUBE TURNS, LOUISVILLE. KENTUCKY, PIPING FLEXIBILITY CALCULATION FORM

SIMPLIFIED CALCULATION or L', Z- AND U- BENDS, AND EXPANSION LOOPS

4 ~ " j ~~~--------------- .'c:,o I l,wt

LINE

( a.v;l.d to (o"form wilh 19.5" { r "r.UI..Jr* f',: ".':.t

I ~ , ...., coI e.£F. ?t F'E. D ~ GA{l. SUPF't.:; ((!,(l- \l~SSEL.')

-1 PROCEDURE; III Stltel Column crpplicllblt 10 Shop, 121 EI'II~, GIven 0010 10 ri9hl 01 ht1IYy ba', I M COIT1j)I~1t 10"", '~I~ttinll 10 dlrsiqn1l1.d Cho,It and Tobin in Tub. Tu,n, "Lint E,~an.ian and Fluibilil,." 8ook",'.(41 Compo'~ S~ .. i·~ S.

Nom. PIPE SIZE and WEIGHT

Tob" I Elt EL80W OIAM.

Ell. EL80W lENGTH

G~nftol Nol~.

I. Fo, TobIn ond Cho,I., relt' 10 Tub, Tu,ns' 8oo_lti "Lint E .ponlion and Fltllbilil, ".

r. Elbow Radius. 1'1•• Nominol Pip. S,n

ChO,1 Go 'a Cu..t lot

3 Read SHAPE FACTOR

Dr ..

l:SEND

H IV

Nom. p,I'E SIZE ond WEIGHT

Tobl'\ Ell. ELBOW OIAM.

1 Elf. ELBOW LENG1

~

Nom. PiPE SIZE and WEIGHT

IIN""'by RESTRAINT SPACING U = U =

HEIGHT 01 LOOP H = H = II.I! WIDTH 01 lOOP W = W = I!

no

IL.

I Enl., 01 ABSCISSA w.(1J. = w/U .~I "".., Chorll Go 10 Cu'" 10' ti/U = HIU 2 Rtod SHAPE FACTOR fs = fs =

~ -- 11'1",1 I -- 11'1"'21 - -- 11'1"21-. jRtod Ell No. 01 ELBOWS In = n = __~ __ . \0"., SquOrt'CO'~'L'''9'h H+w= Ls = Sq"Corntfl'''9lh h+H+w= Ls = L'S= 1l:33 Sq.C..,.·..d.At\U+'Z!-4 J.h~-:= Ls = ._!"

• Sum 01 Ell El80W LENGTHS Lr = Sum 01 Efl ELBOW LENGTHS 2Lr = 2L.... = '2. A I ~.ff". ~'boulle.....nLr -= ._ ,!~r,,::::... ! ~~~~:~~~~GTH L,+L,::L = TOTALEll.LENGTHL!+~L = L" 1-S.1~' hTL.E)f.~L!S~nL,. L = L =

Elf. DIAMETER LENGTH ~r" f, == Efl. DIAMETER LENGTH ~," f, = f, = 4-.~ Ell OIAMETER LENGTH 6, '" f, = f, - 1.'-_.-.-".-.

PIPE MATERIAL (or Sptc.) PIPE MATERIAL for Spec.1 5S '3.04 It'PE MATERIAL (Of Sp.el I SERVICE (0' Cod« Ste'lon) SERVICE lor Codt Stelion), SERVICE 10' Cod« S«lion)

I HOT (mOIl M"OI TElIIp. Th -. HOT (mOil MtlOI TEMP. Th = Th = 10!>f HOT (mol! Mtlol TEMP._.__,Th = Th = .~n 'r COLD (min) Mtlol TEMP. Te - I COLD (mini MtlOI TEMP. Te = Te = -35D IOf COI.O (mil'll MtlOI TEMP. Tc = Tc =

---fl·· "F

0"And OPPOlit« Th SA == . Atod oppali'« Th SA = SA = l..S ISD Rtod opposil. Tn SA = SA = Tobit Tobit lobl« -- f:' -5 Rlod oppali't T" f.h = . 5 IItod oPPoI'" Tn f.h = feh = C> 5 Rtod OPpall'. Tn feh = feh = p....._

A«od.oppali't Te fee = . Rtod oppalilt Tc fee = fee = 91>.000 Rtod oppos,'~ Tc fee = fe EXPANSION FACTOII f,h-f«c= f, = f. =

C:OMI'UTEO\EXP. STAESS RANGE .!t!L=ISE = f, S II COMPUTED EXP. U' II IS E = 18,000 STRESS RANGE U' f, = E =

\

TUBE TURNS, LOUISVILLE, KENTUCKY, PIPING FLEXIBILITY CALCULATION FORM

SIMPLIFIED CALCULAT ION JOB

OF L', Z· AND U- BENDS, AND EXPANSION LOOPS LINE'

IU'lU- II

SE =

PS'

psi

SHEET 4.02'

('SI~l[' .!H£P·

( ••viled to conform with 19"'-", ' P,.nur. Pipil"lgj

77,"2'5 -Z3

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PROCEOURE; III Stltcl Column opplicObl, to ShOp, It1Enl" G'Yfn 0010 to ,iVhl 01 hCOI', bO's uncomp"" lo,m. """'"11 10 dnivnol.d ChO',s ond Tob' .. in Tub. Tu,ns "Lin, ElpO"lion and Fluibitil"lIoo~"'I (4JComporr ~~ *il~ s.. Nom. PIPE SIZE ond WEIGHT NOlI!. PIPE SIZE ond WEIGHT Nom. PIPE SIZE ond WEIGHT Z·~St.'-f. 40s Tobl, 1EfI, EL BOW OIAM. Dr =- Dr Dr = 'nI I j ;:f' = I " .. '" "",.",.. D, = 4.11

! Ell. ELBOW ...LENGTH JL, = I 1 Elf, ELBOW LENGTH Lr ,= L, == I Efl ELBOW LENGTH L, I , B t L, =J'~:= w SVMM. ~ GUIDED

LOOP ~ LOOP

~. tof Symmetry T--, G,n,'ol Noln

I, 1"0' Tobin ond Chorll, "f.,'0 Tub, Tu,ns' 8001< 'f' "L in. E.pon.i~ and F'luibililr ".

U'BENDl:BEND1 h Z'BENDI ~ 2. Elbow Rodlus-

1'1• • Nominal Pip, Sin

iH w

I U'=U

, - ~ ~ bttwt'en GIJI,j~,~,

~U' l . \......-::_.

w HH w

l ' "". L -~ Exlr,me ANCHOR SPACING U ' = U U' = _. . .

LtnQl~ of SHORT VERTICAL h = h = /Itor·br RESTRAINT SPACING U = 4.49 U = .' " IU"'IIIh of SHORTER Io(G H = LM!!'h of LONG VERTICAL H = H = HEIGHT 0' LOOP H = I .15 I H = ..' • If'''IIIh 0' LONGER LEG W = HoriJonlol OFfSET W = W = WIDTH of LOOP W= 1.5 I' W = _'

Enl.. 0' ABSCISSA h/H = 0 Enl., 01 ABSCISSA h/H:. h/H = En'"01 ABSCISSA w/U'= • 34 w/U= noChOrl .....

Chort IGo 10 Cur., '0' H/w" 3 GO 10 Cum 10' H/w = H/w::: ChOrl Go 10 Cu'., fo, HIU::::, 'Z. to HIU== 3 IReod SHAPE FACTOR f. = 4 Reod SHAPE FACTOR f. = fs = 2 Reod SHAPE FACTOR f, = ,64 fs-

---In''21- ---(n-2)- RtodW,No.olneOWsn = .3 =---(n"ll- n

no,

"";;-"0,

SqItClrt·COfnt,u...,'h H+w= Ls = Sq.-Corntl'lf"Q'h h+H+w= Ls = Ls:: s,.~-l,e..,U+"2,"" Ls = 1;.7'1' Ls = I~ I Sum of Elf. ELeOw LENGTHS L,. == SUm of Eff, ELBOW lENGTHS 2Lr = 2L.,..: b:f4'. ~Ibou.lle.... nLr = 5 A. I nLr = I LTOTAL mUNGTH L,+L,= L == TOTAL EffLENGTHL.+2Lr= L == L '" tfp..E:I{.~Ls .. nL.,.. L = /1. .1'1' L = ll!'-" I Elf, DIAMETER LENGTH J... ,. fl = Elf. DIAMETER LENGTH OL = fl = fl = EIf,OIAMETER LENGTtI OL '" f, = t. CJ10 f, =

O f , r -.lL i.

PIPE MATERIAL (Of Spre, I PIPE MATERIA\. (or Spre.! PIPE MAT ERIAL (Of Sp.cJ 55 - 304-SERVICE (0' Cod, Stelion) SERVICE (Ot' Co6I StClioll). SERVICE (0' Cod, Stclion)_ II. _

HOT (mol) M.lol TEMP. T ... -,' HOT (mo.) M,'ol TEMP. Th = Th = HOT lmo.) M.lol TEMP. Th = 70'" f Th = 11 __ _"I" "F

RtIlId opposllt Til SA = R,ad oppesil, Til SA = SA == Rtod opposil, Th SA = 'Z-S.ISD SA = 0" Tobit Tobl. Tobl,· '-- .-

COLO (min) M.lol TEMP. Tc - I COLO (lftin) M,lal TEMP. Tc = Te = COLO (min) M"OI. TEMP. Tc = - 55DO f Tc = ~_ .. _

5 R,od oppoail, Til f e ... - 5 R,ad oppo,i" Th fell = fe ... = 5 Reod oppesilt Th !el'l = 0 fe ... = ~~ I Rtod.oppo.il. Tc fll:C = . Rtod oppo,il, Tc fee = Ifee = Rtod opposlle Tc fee = q() I 000 fec = ~.'.. I

EKPANSION FACTOR f,"-f,c-If, = EXPillNSION FACTOR f.lI-f,,= f. = fe == EXPANSION FACTOR f,II- f.c= fe = qo,ooo f. = oS' COMPUTED EX" COMPUTE 0\ EXP. U' f f STRESS RANGE

CALC'O :

It!..=ISe = f,

DATE:

STRESS RANGE

, ..!t!I-ISE = fl S[ ~

COMPUTED EX" _ • .:t3= S = II. 410 pll .-.--~ CI/'lu-n

STRESS RANGE U fl E ItJ ,I

TUBE TURNS, LOUISVILLE',KE'NTUCIO', PIPING FLEXIBILITY CALCULATION FORM JOB:

SIMPLIFIED CALCULATION

SE =

I CHECKED: DATE: OF L-, Z· AND U- BENOS, AND EXPANSION LOOPS I LINE ( •••• ,.

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