ML20196L576
| ML20196L576 | |
| Person / Time | |
|---|---|
| Site: | Browns Ferry  |
| Issue date: | 06/28/1988 |
| From: | Joseph Kelly NRC OFFICE OF SPECIAL PROJECTS |
| To: | NRC OFFICE OF SPECIAL PROJECTS |
| References | |
| TAC-59073, NUDOCS 8807080018 | |
| Download: ML20196L576 (124) | |
Text
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Ju h,28, 1988 Docket Nos. 50-259/260/296 LICENSEE: -Tennessee Valley Authority FACILITY: Browns Ferry Nuclear Plant, Units 1, 2 and 3
SUBJECT:
JUNE 2, 1988 MEETING WITH THE TENNESSEE VALLEY AUTHORITY TO DISCUSS IMPLEMENTATION OF.THE ANTICIPATED TRANSIENT WITHOUT SCRAM (ATWS)
RULE, 10 CFR 50.62 On June 2,1988 members of the Office of Special Projects met with members of the Tennessee Valley Authority (TVA or the licensee) to discuss TVA's implementation of the ATWS Rule, 10 CFR 50.62. is the list of dttendees. The meeting was held to discuss the specifics of the Standby Liquid Control System, Alternate Rod Injection (ARI), and Recirculatio, Pump Tr:p designs at the Browns Ferry Nuclear Plant. TVA agreed to provide the following information needed to support the staff's review:
Verification of separation in the recirculation pump trip design between the ATWS trip coil and the reactor protection system trip coil.
Completion of the checklist for plant specific review of the ARI system (Appendix A to the staff SER on the BWR Owner's Group Topical Report, October 21,1986). contains calculations provided by TVA at the meeting to support the ARI venting tire of the scram air header. The NRC staff is currently scheduled to do a post-implementation review of the ATWS modifications after restart of Browns Ferry Unit 2.
Original Signed by Janet L. Kelly, Project Engineer TVA Projects Division Office of Special Projects
Enclosures:
1.
Attendance List 2.
TVA Calculation 88070eo010esyge5 PDR ADOCK PNV l
cc w/ enclosures:
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See next page f[
Distribution Docket File NRC POR
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local POR
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DISTRIBUTION FOR MEETING
SUMMARY
DATED:
June 28, 1988 Facility: Browns Ferry Nuclear Plant,. Units 1, E and 3*
l Docket File:
l NRC PDR t
Local POR I
Projects Reading S. Ebneter J. Partlow J. Axelrad S. Richardson S. Black B. D. Liaw J. Kelly G. Gears D. Moran M. Simms F. McCoy l
J. Rutberg H. Li H. Gar ACRS (g )
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GPA/PA GPA/CA(M.Callahan)(5)
F. Miraglia E. Jordan P. Gwynn J. Scarborough G. Marcus C. Miller T. Elsasser C. Ader TVA-Rockville BFN Rdg. File
- cc: Licensee / Applicant & Service List
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b Mr. S. A. White Browns Ferry Nuclear Plant Units 1, 2, and 3 Tennessee Valley Authority cc:
General Counsel Regional Administrator, Region II Tennessee Valley Authority U.S. Nuclear Regulatory Comission -
400 West Sumit Hill Drive 101 Marietta Street, N.W.
Eli B33 Atlanta, Georgia 30323 Knoxville, Tennes,see 37902 Resident Inspector / Browns Ferry NP Mr. R. L. Gridley U.S. Nuclear Regulatory Comission Tennessee Valley Authority Route 12, Box 637 SN 157B Lookout Place Athens, Alabama 35611 Chattanooga, Tennessee 3M02-2801 Mr. Richard King Mr. H. P. Pomrehn c/o U.S. GA0 Tennessee Valley Authority 1111 North Shore Drive Browns Ferry Nuclear Plant Suite 225, Box 194 P.O. Box 2000 Knoxville, Tennessee 37919 Decatur, Alabama 35602 Dr. Henry Myers, Science Advisor Mr. M. J. May Comittee on Interior Tennessee Valley Authority and Insular Affcirs Browns Ferry Nuclear Plant U.S. House of Representatives P.O. Box 2000 Washington, D.C.
20515 Decatur, Alabama 35602 Mr. S. A. White Mr. D. L. Williams Manager of Nuclear Power Tennessee Valley Authority Tennessee Valley Authority 400 West Sumit Hill Drive.
6N 38A Lookout Place W10 B85 1101 Market Street Knoxville, Tennessee 37902 Chattanooga, Tennessee 37402'2801 Chairman, Limestone County Comission P.O. Box 188 Athens, Alabama 35611 Claude Earl Fox, M.D.
State Health Officer State Department of Public Health State Office Building Montgomery, Alabama 36130
ENCLOSURE 1 MEETING ON' JUNE 2, 1988 ATW5 RULE Name Ora nfration Phil Porter TVA Lin Turner TVA Hulbert Li NRC/NRR Hukam Garg NRC/OSP Janet Kelly NRC/OSP Gerry Gears NRC/0SP l
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i ~ L' ) h s CALCULATION SHEET m m. cAu:.m. nev. m. ssest m. 19/06 M O-82as -28cor. O 28 OPuGNATOR DATE C CK OATE lltIl12 f& I)3/82 Sub reji.g pr V',uf juy 7"', y, f Scu,, & Jy,'pa,g t s g 2 $1A) W hJ bh~ 0;f f/ $= 521 I (t;uu y l 7 ) s 1, k a.c r in 7 }Iody b hgh 40 T=elw4ttv ^t.4 aa.I &3 10 QALL(,
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h CALCULATION SHEET JOS NO. CALC.NO. REV.NO. SHEETNO. t /9/06 MD-N2085-2sooz o M ORONATOR DATE C D DATE &kt( h //ftl28 ll/3lE8 Suhyd : ARZ Vr"riv9 J a r o r S c,e n m Aik ,% du 2 f,oav % pau w ca.hu /Jions of ir hiu t,1 % as ~ a d A n % 7biIw k9 7khbs caa. />s c4 nhyd ard useJ -/?v /nfn$ yjioltd 7 gog fo/uryg flnk / Wop fo/vrp,c ff;3 0) l a j 34,33 ,79 go,g t /Z38.7 7 M 194.3 10 3 1a35 7 7 M 19+.3 l 4 //24.C9 2i /14 3 S //2ttC9 V 92333 u 13 V //19,74 Z* 923.55 7 / 2/.9 s So 943 33 ( 8 I37 C 31 256.o 16 7 /53,9 22. 205.c7 /$3,9 &3 2os.o,' 11 io tl l83,1 2 05.07 i> g g 6 9-X 7'1% / 13 88(,.9 36 791.I 1y g?4.'l 37 TN / 22 ,7 yg tj,3 gg j3 y,3 '3 /L .v 43 39 80.L 24 f7 gg43 g 79, gg it gt53 41 i'D. G 2e /9 F/J.53 12. 4 2.% u 81a.55 / '1'3. 3 3 18b.3 49 31 1 19 7. 73 W - l ' ' 'O ' JJ M 7. "G 31 32 3a
1 U D h CALCULATION SHEET joe NO. CALC.NO. REY. NO. SHEETt* 19/0h Mb'- N208r-P8002. 0 30 ORGNATOR DATE CH DATE &{. /llllt? ///3h8 . sus e.1. ARI Vewtay Ta e h 3cm Aim M>JrN ' p 2 EOM flossJ O W N b-Off l A I I 46
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.y i.u ) CALCULATION SHEET me m. cAu:. m. Rev.so. ssErruo i 19/06 M O-x20er-eeoo2. o St ORGNATOR DATE C CK D DATE c$fd I/lll82 ^ ///3/rt ~ . Subyf : A R r l&atin, n., e f Sca.,m /Me Moda 2 A !"0 M O A. f/ $$( Lf02A) 33 31 5 1 0 43Rf 18.10 39 32. 3r 24 g7so? 35 32. 33 0,4Sy - l8.go l 36 33 24
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h CALCULATION SHEET JOB NO. C ALC. NO. REV. NO. SHEET NO. I 9106 M b-H 20&c'~ucca. o' .3.L ~h Stzwual lltibe fAiiD 1/i$er ,i Oubpe h 4R2 Veahf Ti.,,'c ki Sc.aam Aia bde a. ~ Poru,2ft
- . The. results of -this anadt/ sis (alt prezurs vs. time,)
a rt. iven by the. compu+tr outpa.f inclubc/ as i Mlac ment 7. kclihonal/cy, a ptof of ressure vs. bm<. of a few af the nodes is proviaulm bure &. As can y he.estru.yforn he pIot the heaa'ss aJ Aos/ o { +ha.' peping sp'/cm clepHssur,iae skpicL4. Mowever +he air l 7 volode wfhin -/k. atagr km vsIVe3 ' -Inhe a.uuch longer l Wm< -to depnssuriae y us cmtrollij -lhe. fransier1+. Onl one of /he Aahl /voc' lii 1% air alumL U/dk Y +1v d6pirapi is provicos in u,e. s. rint was isne 5ince. r< view ef -h autpuf 9 ows ~/Aa+ et/ of-Ha-A u d M 90 dLilthf'diaphr air vb/umes d.epHSSvVised Q f, tsSe n frally 2 0 m e. Addd?onellEteuku) oHia ouf t.%ows #a+ ,sgns roda [in 7arhealac., node.pu/ ) ha.H.a pnston l ~$%f7 ik SOha/niccph.cic, 7he. realon-{-crr Shis lS -H.e. ,o ma.R.ticlurne oy -fke Aoda auct tAuf.Mmen -//0W t 1 6 sctllan/cas (publop. Avweou. 6eeaan of #lus. -RO o3ctllQf tre 1 ua occvr only ef'/e' r 'tht headh l ant.d 'Nutf '/SM. venfing,/7ML 13CSSm b -ffu tusall 4lowIoffhs wi& hr//y [6MfYDl&cl lM sdensid va /ni % osedlabcur shul.I,s& mf/v.eue.e. Au resuns,W.... 6 =" )At. ca.fca.la fr on-i I
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's] O h CALCULATION SHEET JOSNO. CALC.NO. REY. P30. SHEET NO 17/Ob M D ~ M208f-85'002 0 34' ORGNATOR DATE C CKED DATE N f-I]IY W ///3/f?8 ~' // I / / Sapeh ART Vut ky ?ke-4 Seem b fada i Pa t u b h (ce d ) k a roup des of reaaou%n of-Ha. malts o/ lfu. oir-vesthny f me], 'Mu ;4//awi9 walusfich./6ythiruJ. -bS5vm'ory $cCI~ $e lltad.w ckpbf/1 A4ucl1 ko7.4 f ut&d4.f Nen'}fs NCGf St. rain diaphragy, Va /Ve 5 r-Volumt.,ths. Y/sw 'i-11rovy 4 'l-h c. ;f/ce.up.%S Mf0C4lllMp l~t'u-tit'1'rdhrf f t ffu. Sohnoictlvs/w.s will ik cA>w/ yery 9 uidf %.>~. '. .n w lito hacn th Fi vre. 6 click 9 s kutd y $/'<;OY% r cruU. f&al-ft'ez J p<.'tt. ti /Jec.r>td. -h ny /ww l$-/L. -f7Sou iJ l />< in 2 a b>sd c. (4 4 +h e. C-evaAdE/ A f lC" y - U y' p rP,(p, Ci y l 18 cf/Jcrip& cf toch Uartd4 hdiscs,ptico, sech'L ) J,ren [g in % coat 21 ~ D Ascume'nl'na: idial)as ao aa aa pc.u n u PV-mRT M = and dp W d.d (3) 9 .it y &% nDafnNwikI$(n6 H rf n atl I!dlME~ - N*0*t $" U 29 Qud E l-30 [ k si l QQf &h lN g C .gcn 4 m ww +." n L.. <r\\
i ,s - 4.... .) .- h CALCULATION SHEET JO6 NO. CALC.NO. REV. NO. SHEET NO. /9/46 Mo-N'zost-nooa. o. 36 i ~h [driaanl llt$s'e ikhrr ti 1 ..hb ed s AR1~ Ywth, Dae af Seasm Ak Medm j L Lnony O >,(y > wn ad r<stiung -Hraf v, p, P r;x,4 y an cuskJs, guru u o> becomes 7 !$2 O, + C. + P (b) 2 dt 10 rr 13 I $& Y is 17 ry1ble) / & ) Q p1) f5) l V Cf f -yci+c)P z c 'n 23 Nl htt1 R ($>))lQh l& AI1 l$0 W f5 <D be w,m =' 21 dP,- - c, + c, + c + P l') a = . Er cri) 3, 3~ Y n i QYfQlflM $0Y fl s .fP,_g,n,4(3yg (a.) =
\\ u. J h CALCULATION SHEET I JOS NO. CALC.NO. REV.NO. SH MTN ( /9/06 M D-N20&f-B300 a 6 ORGNATOR DATE CH CKE DATE E ll $ l ?S 1 Sub.ct: ARE VcuTh %c o f Senm A k H u c/c a y 3 W e p / b M (/2) <//d f g -~~ (/3) 6 puns re, wh.% thu Scrw Dh hy flyg ai,-loloa whm pct)v 7 p SV$lLM,b> Df 0tw!bt4h 9 A 10 C, r 11 e-e-g f l kW QS Inyd tnl0 cCdt D 'Y'" ,4 - ustn? 'h6e O r W. ej = /. 0 0 7510') $). ( }{= ~27509 16 n J 0D7NO
- 3, y oy x 10- 6 li;-
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J J CALCULATION SHEET JOS NO. CALC.NO. REY. NO. SHEET NO q 19l06 t1D -N 20er-88co.1 D B7 ORIGINATOR DATE edd7vf.ikuaal ihiler C$/ND 1/o/n DATE 1 Sb &. ARI frattuy Tiu sf Sem 44 A ha 3 4 Combining C, C2 > V [5 g iul i Se QQt,lt/0~$.f ( y $.0 2354 l}m _y, g,tjgfgjQ Ti).kc Y}ly(t*. Q O 60l '- ~ is - 10 4ha Plt). can le cdu.fa%c/ by _,, 13 1< ?. p _ y
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s g i } i h CALCULATION SHEET JOS NO. s C ALC. NO. t'.EV. NO. SHEETh )9to6 Ml> Naots' 8800* o 22 ORIGNATOR DATE CHCMEDj DATE <-fla[.[l2Lud/I lltll8f Eb 5 t/t3/8s Subseet: ART hv1/s y 7]ke 5 Scs-m b. Hrs.tra 2 Sensibovi% Sbcibt 4 To acers +N sentihvihj of -fhe ntu. hts fa som of }/u s acumphons aed in +/u. a>4ah its, fhe. following perdibona.l e t t v a lua hons w-e><. cempit7.sd. These adchbond alustes cusu. pefnned arll9 h. mefhoddoq~( CU1crilwd m pa cpt 24-37 of R1r calces.lcaten 10 ~ 11 0.$f., -&l1)fYR,,h lh0Y //11h A,k h f l'4 lCLPt '3 n J t>e,1, - M a u S c
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s.m. j, g ) i CALCULATION SHEET
- JOSNO, CALC.NO-REV.t40.
SMEET NO t_ /9/06 Mb-N20tr Mooa. 0 39 DATE CH CK 0 OAT ORGNATOR c-)0 h 0 & lllll67 ///3)$f sus,ea ur an tiu, ri;,,, J su, - ma rsea 3 OH. A.L - Zncnen f.on across Hu Cmnord \\/alWI by 20% 5 [7397 f,/,20 m /O$O// 6 yf a 7 7b [, s /* 00 7k/o
- 3,j6gxt0~h N' 9
a 'O Y /OSO// I1 Cy = 0.02354 lb" (Moc.hancp) 'v ~ ,2 14 ( 03= 8' V85X10, DO U""'h z 17 C: 0.06Z/ la 7 75uts P(t) = 85 c. ~ O.06 2t (6 -! ) l n 21 i (ec.) P (pria. ) I 85 l 24 4 70 4 2s S 55.0 2e /et 429 /5 J5. 4, 27 en o 24,I R5 /9 I RnllbVIb }lWdy f % ' m ulls asi cowparva m paphiw few en Gua 7-i 9 3 No fin isp.may;,1, is prswttr] as m. yova ogpd Mou~ c
o HCU VALVE DIAPHRAGM VALVE VENTING TIME N SENSITIVITY STUDIES 3 90 \\D .80 - 70 - ~ .t ^ ( j 60 - b A { = w ~ 50 - O U-a o e a d a. 40 - 8 g' % s a 30, ,.( 2 .S a 2 2 + 4 l} 9 4 20 - ~ .++ O d.c 2 3 3 I I I I I I I I I i i i 0 4 8 12 16 20 24 28 3 W TIME (SECONDS) +, HAND METHOD .o 100 DEG-F A Code Culcu.tctle/ A Loss iNcRenseo 2D% l 'j ^ ^
g ) h CALCULATION SHEET CALC.NO. REV.NO. SHEET NC JOB NO. I9l06 M D N2085-2800a ,y. 4( $. 0Wuk-- Y'*l82 k}& ht$/r7 Gvh e&: JRE v'eabng 71 int af. Gram Ai< 66 s y 4 valves /n acidoboad Pasifiv1& Shdy toaa per{nmeet /o essets 1'Ag. syskm rcJpoice if otthj one of M. -/sco ved ita hvt at l each of fAa ff,rve. locabout and only one A-ez vaIa I s (4u ft9vH /, pay 5) wea h> ope >d 1%a.s+ucty uns r{FP'stw n,ect b y M d uct fAa arsa. d -Me. vufpads , 5, %) of ko.9hetech4 wed[d 7. Thsint.21 ofI,fdb run alo,u caQ>u) b t* (In 9 Mkch u run weu enuhall-y 'o /dnW) fo -he.8 valv< openthe Cove.. '~) hit h -b hs y .. Dyp%%d pna ~/h. ton trolla ,.porand'UA th &L 47ML' M f 'l-by ev Mt. VedpA AwyG 7 rwa ( i. l 1e ( 17 18 i 19 20 21 22 23 24 25 26 27 28 29 l 30 l 31 32 33 34 35
.,k'.':- i ..a g o U' J h CALCULATION SHEET Joe NO, CALC.NO. REV, NO. SHEET N( l9/06 MB-W2orr-revoa o 41 CWGNATOR DATE OATE d6kl.Qwid >Mee CfHCKb ibs/tt i SVi ec): ARZ Yent %g Time o f Sem Ain Le/m 2 j i 3 4 [ onch.tYov, s 6 BareJ on t'he analtfns ;>er{crme</, if cen he toncuukd N3al H1e proposed AR.E 40$fleahent.s u.>i/I resal / in o. deptusuriaa tasi of m c/ia.phrop valve. air volume as.shown Fey a re. % The.:aeprasuraahen rati is boonaeot 'o in Q h. ?'/ow p,a Hn Q'gromnd..in-+ht diaphr soknold' VA Ives. & parttealar,Y$ reugh 41t l Svienoid vt/Ws. Antf -Yur1%tt-N4tlche of-h(asel/su.1 al%s n ( (,.n as-V in' - rninimm a m,ased }n anal s'it ) dia.,t o (, blocJcay[P $,poj,will nsal) in mtNattel* h(nstrurthsh5 lt flg, hjj-f7g fjpg,ygg [ g d & f)/ffggf gj g,g 16 4/u. 0.29ru of 64t/ lac). Tha Mtsali ts appItcable. 2x 1 vea+ pfeme a+ ead of fha.,,6v< vud locahmE) openiny. 8 or vetk.es 2o 21 23 24 25 2f' 27 28 30 31 32 13 34 I
.s . rt ..;z ...a ) ) CALCULATION SHEET MPC 3?M has.844 ISO 3 JOS NO. CALC.NO. REV.NO. SHhIT NO ( 19/06 M 0- kzosc-geoca, o 43 ORGWATbO< &0l $$7.UW0- !I'2In CHhEKEDt&b!kr.s. i//3/gg DATE DATE 50b aa: M Vauria7 C<ne of Sean,, Aie &ndm 2 3 3 4 Re k us &lfg fgy }g //gg'llhyjayji *$kff (a}g o f [gt Q, g,gh 1 /. ~ h 7Ws/ARI i%Ac]a. hoe,Decem bee i8, in 7, (Tncwaed as Mischmut s) 10 11 a. Memo, u. %y Parx 40 Jahn femmel.," <47Wr/he.c OdeEsb beam kr a.3, iur. (.Textued a.> Michmm / 4), ed C 'A n MD-N.'2e85-88ay9lRev. O. 1< (_'
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v-t t ) s, / CALCULATION SHEET p JOS NO, CALC,NO. REV.NO. SHEET NO. Hiob MD-t/zo8f-etoo.t O' A -3 ORGNATOR DATE CH C D ATE n% l l l % eck: ARI VewGay be d Sem /Jie #oehn 3 C f i k,lC M h 0 W W C aN (4.$ cd f' hti pro rarn is -t4% forn P4m n <.e F ei n,L i.s 5 3 1 8 gl A: coa N je '6 fifi i 11 W be.ft* I3 N% 14QM lOW Tait c., Q: dischage, coc{$ctent C" A = % e s +'n a r m Me) g.y. (32a. p,) a 3c, yavaccwoomi comwne y: mn+r+ c.ex cn,.n.+ C t.4 -O. N ) e (h) P, vesham pressure 2o upw J.end y ( ')W/r 9 ) fi clownsA p Am CL 72 = .e 25 t j U ct,b C O, ) hah I.(S&, GUb Cit C QW yn *a,a)hkhs e w y- %m, a ts fi i ( ?l-h% ' b-)"~A h' rn c A \\ y ', P <b ' Y-3a e, t vi o dt[tm6cn an %c %me QS C(bove. 35 M
l J CALCULATION SHEET l ~ ce tCE CR NO-REV. W. SHET PK t /4/06 MD-M20gf -88003 0 h-4 l ORGNATOR DATE c$U7d bLwL iliilei lC kECKED i/is/sr DATE i 1 Gob eck : A#2 dwfAr 7Ja e o f Sc.eem d e 4 ch e 2 j 3 coeffectw+ y Inam %= Tk veicdeJ +o % less -krm Ct)c. Adchbentil -}b. chschar 3 5
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l l' ) h CALCULATION SHEET m m. cu. m. nev. m. um m. /qjo(, MD-N20tf-Stock 0 A.s h.& IhYk2 h, / b. ///3 8Y Gos3eet ARE Veu1% 9 %e af 3cm As Mrselen 2 (t mp) reass in nod t t ( Ikw') 8 mwrc At- +tw si, (.s..) 6 l - I ) IO{h) ( h*b ) g y. t 10 11 s.Okrc. : 7(( t) - piessurs in Aod e. i, (. Ib.f/p 2 R, 3as consb4 Jo - cde (53.M iQ 4/lled i Tjs kyt*s. in. ).M s.
- i. (ctud c~ c o ns hmt ) ['i )
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l %by : kR1' YeuGy Me of Cenw Aie N a dea, code Ls+in. ~ REM TNil PROGAAM MAS BEEN DEVELOPED TO EVALUATE THE J RIM AIR VENTING TIE FOR THE ATVS/ASI MCDIFICATIONS / REM AT THE TVA'S BRCMIS FERAT. NUCLEAR PLANT t//d ETmPROGaAMisDEvEtmoFmUSE0.i.MPC's 4 Mt>-#2 car-Wooy /2w,C REM USING MICROSOFT'S QUICK 3ASIC CCMPILER y #/9 A% gg m REM O!MENSION ARRAYS 10 SE USED DIM P(50),T(50),y(50),M(50),NIN(50),WOUT(50),A(50),t(50),20T(50) OlM MINf50),MOUT(50),CP(50),PS(50),RM0(50),CA(50),IFI(50) h //e/n REM REM CPEN AM CUPUT FILE FOR COLLECTION CF OUPTUT CATA CPEM "Os\\TVA\\CUTPUT.PRN" FOR CUTPUT AS #1 REM READ THE TITLE CARD AND TMEN PRINT IT CUT READ TITLES LPRlWT; TITLES LPRIP
- REM READ IN WLMBER OF NCDES READ NY REM RC=! DEAL GAS CONSTANT FM AIR (53.34 FT*LIF/LBM/DEG'R)
RC=53.34 REM KAeISENTROPIC EXPONENT FOR AIR KAs1.4 REM GCeCRAVITIONAL CONSTANT (LBM*FT/LBF/SEC'2) CC=32.17 REM READ IN THE INPUT DATA FOR NCCES REM P(!)s!NITIAL PRESSURE IN NODE I (PSIA) REM f(!)slNITI AL TEMPERATURE IN NCC i (CE0 F) REM V(1) VOLUME IN NCCE I (IN'3) REM M(I)= MASS (LBM) 0F AIR WITMIN NCCE I REM RM0(l)=0ENSITY (LSM/FT*3) of AIR IN NCCE I LPRINT** * ** * **** INITIAL N00E DATA * * * *** * *
- LPRINT LPRINT LPRINT* NODE PRESSURE TEMPERATURE VOLUME" LPRINT" (PSIA)
(DEG F) (IN'3)* LPt!NT*********"*****""************"****** LPRINT FOR let TO NY READ P(!) T(l),V(1) LPRINT t,P(l),T(l),V(!) REM CONViti T(!) TO DEG R AND P(!) 70 LIF/FT*2 T(llsT(!)+460 P(l)=P(I)*144 REM CONVEtf VOLLME TO FT*3 V(!)=V(I)/12/12/12 REM ttLCULATE MASS IN VOLLME USING ! DEAL CAS LAW M(!)=P(!)*V(1)/T(!)/tc RM0(l)sM(!)/V(t) NEXT I REM READ IN THE NW8ER OF FLOW PATNS READ NFP REM READ IN THE INPUT DATA FOR EACN FLOW PATN REM nFP=NUMSER OF FLOW PATHS REN llWalWEX FOR WCCE INTO FOR FLCW PATM ! REM bouf alCEE FOR NCCE CUT OF FOR FLCM PATM ! REM 4(1,e AREA FOR FLCW PATM l (IN'2) REM (1). LOSS FACTOR FOR FLOW PATN l LPflWT ' PRINT!LPtlNT LPRlWT*LPflNT LPRINT LP R I N T " *"*** **" * !N!TIAL FLCW FATM DATA LPRlWT N m gr.T Nyv1 tsma
suqcA: ARL Vsw1l^'1 Tac of Seam Aia //n etaz LMINT *MTN (IN'2)" Lpgggg.::::.........::::u:...:..........:...................:....... = LPalNT y{g g FOR Ist TO NFP READ NIW(I),NOUT(l),A(I),K(I) j gh g gD.M LPRINT I NEIT(l),NIN(t),A(1),K(I) 8831 CONVERT AREA TO FT*2
- 19 /0 6 A(I)=A(I)/144 he p REM CONVERT LOSS TERM TO DISCMARGE COEFFICIENT K(1)=(1/(K(I)))'0.5
.J' a, ;,VM REM CONVETT AREA To EFFECTIVE AREA A(I)eA(I)*K(I) V g NEXT I LPt!NT FOR Jet TO 7 ILPt!NT MIT J REM DEFINE TME Ct!TICAL PRES $Utt RAfl0 FOR Alt CPa=0.528 REM READ IN TNE Ylm BTEP, PilNTCUT INTERVAL AND MAXIMJM TIME OF TRANSIENT REM ALSO READ IN THE STORAGE CUTPUT INTERVAL (SOCMAX) READ DT,PTMAR,TMAX,9004AX REM INITIALIZE TIME TO ZERO Tec REM ESTA8'.!SN TIME STEP LOOP TIMSTP TeT+0i PRINT T," SEC&Sta REM ZERO QUT TWE VALUE CF MIN (1) AND MCUT(l) FOR ALL FLOW PATNS FOR let TO NFP MIN (I)=0 MOUT(!)4 ( i NEXT I REM DETERMINF THE PRESSUtt DIFFERENCE IN THE CONNECTlWC WCCES TOR USE IN REM FLOW EQUATIONS USING STAONATION PRESSURES AT PREVIOUS TIME STEP FOR ist TCi NFP J=NIN(!) E=NOUT(I) DP(l)*P(K)=P(J) REM CETERMINE FLCU DIRECTION AND ESTABLISH UPSTREAM DENSITT REM IFl(l) l$ AN INDEX SNOWING DIRECTION OF FLOW (+1 : NORMAL REM 1 : REYttSE) IF (DP(!)>0) THEN IFI(l)=1 P41GN=P(E) PLOW =P(J) RNONetN0(K) ELSE 17t(!)= 1 PMICM=P(J) PLOW =P(K) RMONotN0(J) END IF REM DETERMINE IF CtlTICAL PRESSURE RATIO (CPR) MAS BEEN REM EXCEEDED ACROSS TNIS FLOW PATM AhD C0 TO APPt0 PILATE REM Sust0VTINE To CALCULATE THE FLOW Pt*Pt0W/PMICM IF (Pt>CPR) THEN GCSUS SUSCalTICAL ELSE COSUS CalTICAL
%p+: MI Vestin Tii,le af Scw & Moe/a ik# ,g E= ir REM DETERMINE TOTAL PLOW MTE INTO A W C11T OF EACM NODE IF (DP(IPO) TMN ,j gO MIN (J)seC0T(!)* WIN (J) f h, Malt (E)=se0T(l>+MOUT(E)' ELSE h MIN (E)=eCOT(!)* MIN (E) l$/ h MOUT(J)=s00T(!)*MOUT(J) E. i, W WXT I REM DETERMilfE CNANCE IN MASS IN EACM N00E DuelNG TINE STEP 'I /[d FOR let TO NV M(!) set (l)+(MIN (l) MOUT(!))*0T REN LPOATE PRES $URE TERM USING IDEAL GAS LAW REM ASSLME AN ISOTHERMAL PROCESS P(l)=M(I)*tC*T(!)/9(I) REN UPDATE DENSITY TERM RN0(l>P(l)/RC/T(l) WEXT I REM UPDATE Pt!NT INTERVAL COUNTER CT*CT*1 REM UPDATE STotAGE CUTPUT COUNTER 90C 50C+1 REM IF AT ST0tAGE QUTPUT INTEtvAL THEN WalTE REM PRESSURES OF YOLLME WITNIN THE SctAM O!APMARCM VALVES REM TO THE STORAGE DEYlCE Fot FUTt*E PLOTTING IF SCCe800%X TNEN PRINTf1, T,P(14)/144,P(18)/144,P(30)/144,P(37)/144,P(3)/144,P(17)/J44 SOC *O E2 IF REM 1F AT PetNTGJT INTERVAL PalNTOUT DATA IF CT=PTMAX TNZN LPalNT LPilNT
- THE CURRENT TIME IS "; T,"SEconot" LPRINT LPetNT
- N00E PtFSSURE" LPRINT *
(PSIA)* LPt I NT ****** ** **** = - - - - - - ***"
- l LPalNT FOR !=170 try LPalNT I,P(l)/144 WEXT I
'FOR J. 1 TO 9: LPflNT l NEXT J LPRlWT"FLOW F ATM 20T FACM Toa LPilNT* (LBM/SEC)" LPt l N T "*m***** * ***mmm m* *"*muum * *" a LPalNT FOR 181 TO NFP LPalNT I,20T(l)*lFl(I),h0UT(l),NIN(1) NEXT I FOR Jet TO 8 LPRINT l NEXT J cts 0 l ENO IF EEN IF Toux!Ut TRANSIENT TINE THEN LCOP SACE THtCU3 CALCULAfl0NS IF T<TMAX GO TO TINSTP REM PtaNTLAD DATA AT Evo of PRORLIN L?t!'JT Lt!NT * 'Nt CLttiNT TIME IJ *; T,* SECCA 1JS"
U ~ SAyek. ARI VeuTius Ti%e of %n, Ah Hnk \\,War p g,9 LMINT " NCDE PRES 1Utt" P LMINT * (PSIA)" g { N LM I NT -- - - - - ; - - - - - " " " " " " g.k LMINT FOR I.1 TO NV l h*pi LMIWT I.P(!)/144 4 10 ' NEXT I FOR Jo 1 TO 9: LMINT IntXT J LPRINT"FLOW PATM 19 07 FRG4 T0" LMlWT" (LBM/ SIC)" W INT " - " " -- " " " " " "; ; "- "
- D LMINT FOR let 70 NFP LMINT I,le0T(l)*lFI(l),m0UT(1),NIN.(1)
~ NEXT I FOR Jet TO 8 LMINT NEXT J REM tie OF PROGRAM END REM SUBROUTINES FOR TWE CALCULATION OF SUICRITCAL AND CRITICAL FLOJ ROI REM SUSCRITICAL FLOW REM susCRITICAL: 890T(l)=A(1)*(2*GC'KA'RM0M*PMIGN/(KA 1)*(Pit *(2/KA) PR*((KA+1)/KA)))*0.5 RETURN RLM REM CRITICAL FLOW RLM CRITICAL: IGOT ( l ) = A ( 1 ) * ( CC'K.','I N0h* P N I G M' ( 2/ ( G
- 1 ) )'( ( KA + 1 ) / ( KA
- 1 ) ) )'0. 5 RtTURN i
REM lWPUT DATA DATA TVA NCU SCRAM DIAPMRAGI YtNTlWG ANALYSIS 1/10/88 DATA 45 DATA 90,50,34.33 DATA 90,50,1238.77 DATA 90,50,1233.77 DATA 90,50,t124.59 DATA 90,50,1124.59 DATA 90,50,1124.59 DATA 90,50,121.95 DATA 90,50,137.5 DATA 90,50,133.9 DATA 90,50,183.9 OATA 90,50,183.9 DATA 90,50,286.4 DATA 90,50,686.4 DATA 90,50,886.4 DATA'90,50,224.3 DATA 90,50,224.3 DATA 90,50,214.3 DATA 90,50,812.33 DATA 90,50,812.53 DATA 90,50,812.53 DATA 90,50,136.30 DATA 90,53,127.73 N
hWhN! ktf YCM in h k b4Sm 9NC$M N3 k'/f 3 uTA M,50,80.2 / Iy If ,C DATA M,50,1M.3 4 { 8g00 uf A 90,50,1%.3 MD - 8208F uTA 90,w,1%.3 uTA *,50, m.33 4 l h,go ufA,0,50,m.n i p tel e y 9 uTA w,w,923.n 9 DATA 90,50,250 q)P 8ATA 9c,50,203.07 h* g3[%9 DATA 90,50,203.07 uTA 90,50,203.07 DATA 90,50,794.1 DATA 90,50,7M.1 DATA 90,54,794.1 DATA 90,50,134.36 DATA 90,50,80.2
- DATA 90,50,M.58 DATA 90,50,150.6 DATA 90,50,62.2 DATA 90,50,148.3 DATA 90,50,31 DATA 14.7,50,1.0E10 DATA 47 DATA 45, 1, 1.57, 17.97 DATA 2, 1, 1.78, 6.32 DATA 3,
- 2. 1.78, 6.32 DATA 4,
3, 1.78, 5.87 DATA 5, 4, 1./8, 5.87 DATA t, S, 1.78, 5.87 DATA,7, 6, 0.825, 1.77 DATA 45, 7, 1.57, 5.27 DATA 21, 7, 0.825, 2.37 DATA 8, 7, 0.825, 3.99 DATA 9, 8, 0.444, 17.70 DATA 12, 9, 2.32, 87509 DATA 10, 9, 0.444, 17.70 DATA 13,10, 2.32, 87509 DATA'11, 10, 0.484, 17.70 DATA 14,11, 2.32, 87509 DATA 15, 11, 0.484, 19.67 DATA 20, 15, 2.13.87509 DATA 16, 15, 0.484, 19.67 0ATA 19, 16, 2.13,'87509 DATA 17,16, 0.484,19.67 DATA 18,17, 2.13, 87509 DATA 22, 3, 0.825, 2.67 DATA 23, 22, 0.825, 2.67 DATA 45, 23,1.57, 5.27 DATA 31, 23, 0.825, 5.13 SATA 25, 24, 0.484, 18.15 DATA 28, 25, 2.42, 87509 4 DATA 26, 25, 0.484, 18.15 D ATA 29, 26, 2.42, 87509 DATA 27, 26, 0.484, 18.15 3ATA 30, 27, 2.42, 875M DATA 32, 31, 0.484, 18.90 3ATA 35, 32, 2.08.87509 'A1A 33, 32, 0.484, 18.90 A 36, 33, 2.08, 87 W DATA 34,33, 0.484, 18.70
U M Q kW.$ f hlR gh (/d C(RM k I J4 I-DdTA 37, 34, 2.08, 37509 .aon g M g, NZO D m 1, 0.145.... DATA 39, 38, 0.145,15.36 N 'g,f f L $ DATA u, 3s, 0. m, 20.70 I gh/I ' DATA 40, 39, 0.145, 16.57 DATA 42, 39, 0.145, 49.73 DATA 41, 40, 0.145, 23.13 yd*, 5/F BATA 45,40, 1.57, 5.27 DATA 24, L, 0.825,1.92 DATA 43, 41, 0.145, 102.59 DATA 0.001,5000,35.00,100 l O e O l ~ 1 I l I l 9 I l
CALCULATION SHEET JOS NO. CALC NO. REV. NO. l SHEET $0. ( R106 MD - M20Rf-85002 9 lA-12 ORGNATOf4 OATE C K DATE &W I//ll82 / y ///3/W Sub ec.t: A'ir Ventir$ in flCO. scrarn 'D 3 9 r 3a %lws hn 2 ( Vt ts $t ca.b G n 0 0.$t u.$ A h c k S. 3 i V a h \\lc<, @ c d c a h a t = e.o s se c. = 4 3 s g trdo =M ov+ o f nod < 40; 7 c< a2 Oc #fow pah goin) 8 -R, .fo tIouln3 co3cu.Adeas e a w k pe<[orrreJ. 8 l 10 l ii I 12 F P 44 F P A2. 15 O O 6% ( 16 FP+5 i u I l 18 19 b0 06 seconds 2o 21 Ncrje. P (e A T('O e (b \\1bnD ..us { b) n +D 20.3@2r dio ' ci,10719~ 5' 9 4. M ' 5 90 x10'
- 82 33 4l 34,8M57 0 4492.'
33 62.M4s O'435 2 2' g 8' 45 14'**l 0 o'78 -fm va.lu.ts P* M4 R A-p :- R= 53.34 28 p3 ig, g 29 3 + gg-ft3 = 5'.3991x to l L 3o iy H SS 'in M p V = 0.1077 9 g ,p 32 ( n 34 14
CALCULATION SHEET JO8 NO. CALC. NO. REV.NO. SHEET NO. ( /9/06 MI)- N20sT-stea O PI'b ORGNATOR DATE C CK O DATE //g/8g $5M 1 \\ $ object Nw Venlin in HCAA. Scram ~Dto.phragu % hjes t 2 A sth area.D'@ l.oss Ee To Ck ._g, s 42 O. i+5 - U7' 39 ' 40 Oi M57 ~, ~ 40' oi1895 s 44 o. )y.5 '
- 28. IS '
4 2 45 151~ 5.2.7' 40' 45' O.4 35(, ' s 9 Te:3+ foi crincal 4Iew 10 11 CPP. Flotupath - / [' Pi_ 12 c,ri+1c4 8(ow 13 47 2o. ass /82.344 O.528 =a, 4+ 2o 5652'/eg.um < o.sts cv,+ic a d o w i. 15 , 4g do. 36 37 ) 0 528 => subcretim t.[Iow g is ~ 17 Y g, 4 32.'L in 1.4
- 815MLFx O 936 9 t18%t E,3 S:
- 0. 2'+5'1 *
- N 2. '+
s = o.oc@ (.3no w,n ++ a o.o, su_u) 22 23 24 25 Floupes 4 2. 1 2. 2 'y. 4 f 32. '2 + 1. 4
- 8 4. 8 :,6 t
- i t4+ (2w 4 '449'l-0
'~~ M o.iB85 v 27 2e A ~ O.0546 k % Ns win ovbf D 0 o' He'85 l 30 Flowedh 45 [ 4 - o,4%c,
- y + \\A eCS2 2[i 9) [ o.io,,0 2o.a5tiu9,3f'"_
gf ( 3b " 0,'2 M h 4 j f Pts % s 0.0} y c
4 h CALCULATION SHEET JOB NO. CALC.NO. REY.NO. SHEET NO. 19I06 M D-W2@f-Moop. C h -I4 DATE D DATE cbltf$47UUIL $ilg fCECW ijs/st ORGINATOR Suh.d : Air Venbmg n acu Scram Th.phge %Wes i e<.=o.oai'svIk b ro.,. = (( o.o69 + e.esu 3 -Co.z99+) \\ Q j*o.oi s 8 m. D.9 Xio 17 57xio'8 e 4f.1%yle-3 lk n %s W (4.milo-2 %) (ss.34 9.n2(5Io 'Rh 4 3,/ io u ( 94.se/ngg) f4 s (ie p ~ e+ c,e. 4 a. 2 o. m +"- a s 1. wyos ~ 17 Qqq.q,j hig cdq& g gh (qh Q gg,g h hh4 g oclf, 18 gm is o crry m a.s m b 3< J. 'S 20 81 22 23 24 25 26 27 29 29 30 31 32 23 34
I f A In Yh0 0CVQM hQphy kfNC U ckt TVA IN:U $dtAM DIAPMRAGt VENTING ANALYS!$ 1/10/88 INITIAL WCDE, DATA ***** " -- "4 = =.....;*** g war e$ NCDE PRESSUItf TEMPERATUltE VOLLME (PSIA) (DEG F) (IN'3) b hl@ l0h
- ==;===....=......=.u....u=....=.....=
1 90 50 34 33 C.bfM.nf I h & N W-Noo 2 90 50 1238.77 ffluttw.$tA).O~h,{g v.y.clln MS O 5 3 '230* u s m b,,- c.()' IO Ih 16 4 90 50 1124.59 4e 5 90 50 1124.59 6 90 50 1124.59
- 7 90 50 121.95.
t 8 90 50 137.5, T 9 90 50 183.9-10 90 50 183.9' 11 90 50 183.9 ' 12 90 50 886.4 / 13 90 50 886.4' 14 90 50 886.4' 15 90 50 224.3< 16 90 50 224.3 ' 17 90 50 224.3' 18 90 50 812.53' 19 90 50 812.5J' 2d 90 50 812.53' 21 90 50 136.3' 22 90 50 127.73-23
- 90 50 127.73' 24 90 50 80.2<
~ 25 90 50 194.3 ' 26 90 50 194.3' 27 90 50 194.3' 28 90 50 923.33-923.33', 29 90 50 30 90 50 923.33 31 90 50 250/ 32 90 50 203.07' 33 90 50 203.07' 34 90 50 203.07 ' 35 90 50 794.1 ' 794.1,' ~ 35 90 50 37 90 50 794.1 38 90 50 134.36' 39 90 50 80.2 ' 40 90 50 94.58 ' 41 90 50 150.6/ 42 90 50 62.2 - 43 90 50 148.3 / 44 90 50 31 45 14.7 50 it+10 ' v
n
x-- x-- x INITIAL FLOW PATM DATA l .'LN FacM TO AREA LOSS $Qp2 [g PATM (IN'2) x _ x x x x x x x_ x x _ _ x..x x x x..._ u x.._ x x _.x xx _ x 1 1 45 1.57 ' 17.97' 2 1 2 1.78 6.32 M.O I gT 0 3 2 3 1.78 6.32 y _.N 25 4 3 4 1.78-5.87' AC c OV 5 6 5 i.78 - 5.87 6 5 6 1.78-5.87' 7 6 7 .825 - 1.77-8 7 45 1.57. 5.27-e 9 7 21 .825' 2.87-10 7 8 .825' 3.99 11 8 9 484 17.7. 12 9 12 2.32 87509-13 9 10 484-17.7< 1 l 14 to 13 2.32-
- 87509, 15 10 11 484-17.Te 16 11 14 2.32' 87509" 17 21 15 484' 19.67' 18 15 20 2.13' 87509' l
19 15 16 484-19.67' l 20 16 19 2.13' 87509' 21 16 17 484-19.67-22 17 18 2.13e 87509' 23 3 22 .825' 2.67, I 24 22 23 .825-2.67' 23 45 1.57-5.2[ 25 26 23 31 .825-5.13 ' 27 24 25 484 - 18.15' 28 25 28 2.42-87509' '~ I 29 25 26 484-18.15 r 30 26 29 2.42' 87509" 31 26 27 484' 18.15-32 27 30
- 2. 42""
87509" 33 31 32 484 ' 18.9-34 32 35 2.08-
- 87509, 35 32 33 484' 18.9' f
36 33 36 2.08-87509 37 33 34 484' 18.9 - 38 34 37 2.08' 37509 39 1 38 .145-24.84' 40 38 39 .145 - 15.36' 41 38 44 .06-20.7' 42 39 40 .145-16.57-l 43 39 42 .145' 49.73' l 44 40 41 .145" 28.13 ' 45 40 45 1.57 5.27 46 23 24 .825-1.92 ' 47 41 43 .145, 102.59' 1 l l l
A tach. m 4 I TME CURRENT TIIE 15 4.99962' SEcotes N IIODE PttSSURE (PSIA) I g. gAh gg ci.!!TCC i 13.88473 3 14 95 4 14.97586 5 14.97178 6 14.96729 7 14.90141 8 15.24086 9 18.10976 to 19.1827 11 19.4356 12 M.59122 13 64.77164 14 64.82206 15 17.91592 16 18.95367 17 19.19678 I 18 64.93505 19 64.86791 20 64.63021 21 15.17073 { 22 15.08004 14.87954 23 24 15.26869 25 18.43029 ~ 26 19.60914 27 19.88573 28 64.48969 29 64.69516 30 M.7537 31 15.7.6722 32 17.73M9 33 10.67t47 34 18.90307 i 35 64.56211 36 64.77083 37 64.82993 38 14.74366 39 14.72089 40 14.75897 41 14.69'E 42 14.72708 43 14.70139 44 14.73502 45 14.7 -m -~ < - - -,, ,,.--.---.-.-.y r
U i M FLOW PATH MT FRCet TO (lam /SEC) { hfg (( =__===:==__u==ee=====..._=.-- 1 7.141975E 02 1 45 2 .1218489 1 2 ,9 3 2.747129E 02 2 3 4C M gg5 #g 4 1.229298E 02 3 4 g . t4 D" 5 1.476335E 02 4 5 y 6 .0115262 5 6 7 3.951908E 02 6 7 8 7.929545E 02 7 45 9 2.084924E 02 7 21 ~ 10 2.851583E 02 7 8 11 3.685154E 02 8 9 12 1.192886E 02 9 12 13 2.461078E 02 9 10 14 1.196218E 02 to 13 15 .0123182 10 11 16 1.197149E 02 11 14 17 3.419113E 02 21 15 18 1.095854E 02 15 20 19 2.283748E 02 15 16 20 1.099884E 02 16 19 21 1.14348dE 02 16 17 22 -).101023E 02 17 18 23 2.824148E 02 3 22 l 24 4.728403E 02 - 22 23 25 8.415309E 02 23 45 26 2.372396E 02 23 31 'a7 3.869752E 02 24 25 l 28 1.242348E 02 25 28 l 29 2.569103E 02 25 26 30 1.244306E 02 26 29 31
- 1.286183E 02 26 27 32 -
1.247433E 02 27 30 33 3.310391E 02 31 32 34 1.069002E 02 32 35 35 2.212339E 02 32 33 36 1.072458E 02 33 36 37 1.107583E 02 I3 34 38 1.073436E 02 34 37 l 39 5.540619E 03 1 38 l 40 3.720473E 04 75 39 41 2.2961E 04 38 44 l 42 1.969352E 03 39 40 43 3.006649E 04 39 42 44 1.239685E 03,40 41 45 3.028912E 02 40 45 46 7.203554E 03 23 24 47 1.059331E 04 41 43
B Cl(,bMM TM CutaENT TIM 15 10.00041 MCCNDS =<
$=
sha.1 5 c4 I 8 - (PSIA) E!AU.0 1 13.85048 %*l -390A b b g 'N W ' 2 14.91839 3 14.90116 o. 4 14.91944 C 5 14.91507 6 14.93119 7 14.71869 8 15.12537 9 16.60209 10 17.18401 11 17.32396 12 45.97135 l 13 46.09976 14 46.13568 15 16.4956 16 17.05107 17 17.18496 18 44.19139 19 4.14362 20 45.97453 2i 15.13956 22 15.02 775 23 14.73073 l l 24 15.29507 ( 25 16.80029 1 26 17.44243 l 27 17.59672 i 28 45.87754 29 46.0237 30 46.06533 31 15.16431 32 16.40569 33 16.91006 34 17.03238 35 45.93877 36 46.0873 37 46.12935 38 14.73615 39 14.71505 40 14.75873 41 14.69951 42 14.72134 ( 43 14.70109 l 44 14.72744 45 14.7
l FLOW PATM ISOT FRCM TO ~ O Mthf k (LSM/SEC) = = = = = = = - = =. = = =.... =. =, 1 7:022914E 02 1 45 2 .122959 1 2 9 3 2.678467E 02 2 3 ,\\ 6 1.244273E 02 3 4 gCMg%"g 3 O ' g0Off 5 1.500864E 02 4 5 D 6 1.334106E 02 5 6 O 7 4.604381E 02 6 7 8 7.753672E 02 7 45 9 1.430636E 02 ~7 21 10 6.508193E 03 7 8 11 2.674267E 02 8 9 12 8.490096E 03 9 12 13 1.734952E 02 9 10 14 8.513812E 03 10 13 15 8.67337E 03 to 11 16 8.520446E 03 11 14 17 2.471075E 02 21 15 18 7.795327E 03 15 20 19 1.603191E 02 15 16 20 7.823996E 03 16 19 l 21 8.016782E 03 16 17 72 7.8320984 03 17 18 23 3.073865E 02 3 22 24 5.299462E 02 22 23 25 8.340544E 02 " 23 45 26 8.800791E 03 23 31 27 2.814143E 02 24 25 ~ 28 8.837978E 03 25 28 29 . 0180991 25 26 i 30 8.Pu =;,* g.03 26 29 l 31 9 s177sE 03 26 27 32 .874t',4E 03 27 30 33 2.35*.46E 02 31 32 i 34 7.6 6417E 03 32 35 l 35 1.555019E 02 32 33 36 7.631009E 03 33 36 37 +7.785783E 03 33 34 38 7.637972E 03 34 37 3" ~ 5.464585E 03 1 38 a 4.821365E 04 38 39 41 2.297811E 04 38 44 42 1.909593E 03 39 40 43 3.039892E 04 39 42 44 1.240023E 03 40 41 45
- 3.037972E 02 +40 45 46 2.810856E 02 23 24 47 1.059898E 04 41 43
. - -. _ ~.. -.
o Aerc4.md - ( S SMe+ 7ef I THE CutstNT tim Is 15.00243 SEconos p.O h gy., I g2,05'I' ggook ME PREssWtt (PslA) ACN 9 9y,
.. =. = _ = _
1 13.84978 2 14.91727 3 14.89941 4 14.91736 5 14.91231 6 14.93294 7 14.65508 8 15.24699 9 15.91317 10 16.21796 11 16.29262 12 32.71908 13 32.81047 14 32.83606 15 15.83307 16 16.12263 17 16.19366 l 18 32.85813 19 32.82414 20 32.70385 21 15.21749 11 15.04272 l .t3 14.6611 24 15.31621 25 15.9742 ~ "4 16.31368 l 27 16.39647 t 28 30.63697 29 32.74092 30 ' 32.77057 31 15.21298 32 15.00468 33 16.06813 34 16.13292 35 32.68746 34, 32.79313 37 32.82305 l 38 14.73604 39 14.71497 40 14.75873 41 14.69954 42 14.72126 43 14.70111 44 14.72734 45 14.7 l l ~
~ l Yb lSpel 6o 9 W FLOW PATM 19 07 FROM 70 (LSM/ SED) p.o 1 7.020645E 02 1 45 ( 94 3,36'3 2 .122966 1 2 O' 3 2.676474E 02 2 3 4 1.327549E 02 3 4 C 5 .0149594 4 5 6 1.471375E 02 5 6 7 6.586735E 02 6 7 8 9.271602E 02 7 45 9 3.395026E 02 7 21 to 2.223799E 02 7 8 11' 1.901606E 02 8 9 12 6.042636E 03 9 12 13 1.229194E 02 9 10 14 6.059513E 03 to 13 15 6.156821E 03 to 11 16 6.06424E 03 11 14 17
- 1.771253E 02 21 15 18 5.545183E 03 15 20 19 1.133559E 02 15 16 20 5.565579E 03 16 19 21 5.679491E 03 16 17 22 5.571343E 03 17 18 23 3.211806E 02 3 22 24 6.176932E 02 "22 23 25 9.281904E 02 23 45 26 1.727034E 02 23 31 27 2.087253E 02 24 25 l
~ 28 6.287277E 03 25 28 l 29 1.280344E 02 25 26 I l 30 6.307302E 03 26 29 31 6.422163E 03 26 27 32 6.313014E 03 27 30 33 1.680161E 02 31 32 34 .0054123 32 35 35 1.103246E 02 32 33 l 36 5.429798E 03 33 36 37 5.524016E 03 33 34 l 38
- 5.434751E 03 34 37 39 5.463047E 03 1 38 40 4.837359E 04 38 39 41 2.298142E 04 38 44 42 1.90877E 03 39 40 43 3.04030ZE 04 39 42 44 1.240335E 03 '40 41 45 3.038065E 02 40 45 46 5.119761E 02 23 24 47 1.059311E 04 41 43
l M ,[ e, THE CutatWT TI M is 20.00064 SEcon0S S .8 E (PS!A) 00 t 1 13.82163 N 2 1' ST207 3 14.85156 4 14.86864 5 14.86269 6 14.88265 7 14.57501 8 15.13523 9 '.3.42026 10 15.56834 11 15.60477 12 23.35867 13 23.43309 14 23.45366 15 15.36736 16 15.50802 17 15.54267 18 23.45172 19 23.42569 20 23.!325 21 15.11118 22 14.99396 23 14.58278 24 15.20875 25 15.44264 ~ 26 15.60787 1 27 15.64813 28 23.29408 29 23.37893 30 23.40272 31 15.10163 32 15.36814 33 15.49583 34 15.52741 35 23.32723 36 23.40942 37 23.43239 38 14.72978 39 14.7103 40 14.75854 41 14.6993 42 14.71667 43 14.70088 44 14.72106 65 14.7
I C FLOW PATH 190T FRCM To gg f ($ (LEN/SEC) = :... = :................... = =,,,,,,,,e m RWe 1 6.9191.%E 02 1 45 ,g g 3 g}h6 'g( - 2 .1238783 1 2 3 .0258953 2 3 ., p D - p 4 1.403556E 02 3 4 C 5 1.450542E 01 4 5 6 .0156674 5 6 7 6.751753E 02 6 7 8 8.973671E 02 7 45 9 4.282348E 02 7 21 10 3.205427E 02 7 8 11
- 1.362489E 02 8 9
12 4.144274E 03 9 12 13 8.39873E 03 9 10 14 4.146337E 03 10 13 15 4.216615E 03 10 11 16 .0041473 11 14 17 1.283727E 02 21 15 18 3.804285E 03 15 20 l 19 7.750907E 03 15 16 l 20 3.811443E 03 16 19 21 3.8925071 03 16 17 22 3.813839E 03 17 18 25 3.285933E 02 3 22 24 6.289339E 02 22 23 25 8.961387E 02~23 45 26 2.595413E 02 23 31 27 1.581807E 02 24 25 l 28 4.302873E 03 25 28 ~ 29 8.696516E 03 25 26 4 30 4.305751E 03 26 29 31 4.385607E 03 26 27 32 4.30706E 03 27 30 33 1.181232E 02 31 32 l 34 3.713816E 03 32 35 35 7.559194E 03 32 33 36 3.719532E 03 33 36 37 3.788845E 03 33 34 38 3.721494E 03 34 37 ~ 39 5.398431E 03 1 38 40 5.64035E 04 38 39 41 2.300856E 04 38 44 42 1.858879E 03 39 40 43 3.055668E 04 39 42 44 1.240606E 03 40 41 45 .0304494 '40 45 46 6.110276E 02 23 24 47 1.059883E 04 41 43
c hkCbt THE tuttENT TIME IS 24.99789 SECONDS .ge.h I l 4 l NODE Pettsuet (PSIA) 1 13.78338 2 14.80991 3 14.78576 } 4 14.80157 O m ACHMENT* I 5 14.7'" ' 6 t4.81316 cal.C: M D' *3 SHEET _ ~OE-d 7 14.48533 8 14.9818 9 15.03566 10 15.08422 [ 11 15.09575 12 17.44607 I 13 17.51135 14 17.5287 15 15.01173 16 15.05766 17 15.0e861 18 17.5082 19 17.48828 20 17.41432 21 14.97137 22 14.92432 23 14.49189 24 15.07007 25 15.07733 26 15.13255 27 15.14486 l 28 17.41556 29 17.48905 30 17.50874 31 14.94773 32 15.01324 33 15.05431 34 11.06433 l 35 17.41583 36 17.48178 37 17.49954 38 14.72068 39 14.70385 40 14.75826 41 14.699 42 14.71028 43 14'.70058 44 14.71215 45 14.7
I I f hC FLOW PATM 190T Fp To (L W sEC) .________:n:.. 1 .0677611 1 45 fj7TACliMENT: I ~MC 2 .125 m 1 2 3
- 2 ' * '8E 02 2 3
CALC: MD-N2.cn 35oop. 4 1.492543E 02 3 _SHEE" OF 5 1.381012E 02 4 5 6 .0166305 5 6 7 6.770698E 02 6 7 8 .0835411 7 45 9 .0496439 7 21 to .039767 7 8 11 8.977302E 03 8 9 12 2.281936E 03 9 12 13 +4.586609E*03 9 10 14 2,294998E 03 10 13 15
- 2.355099E 03 10 11 16 2.298522E 03 11 '
14 - 17 -8.770659E 03 21 15 18 2.090065E 03 15 20 19 4.229235E*03 15 16 20 2.106646E 03 16 19 21 2.17000$E 03 16 17 22 2.111207E 03 17 18 23 3.356516E 02 3 22 24 6.295791E 02. 22 23 25 8.319618E 02 23 45 26 3.284921E 02 23 31 l 27 1.253479E 02 24 25 26 2,345635E*03 25 28 ~ 29 4.572936E 03 25 26 30 2.36316E 03 26 ,29 31 2.429506E 03 26 27 32 -
- 2.367597E 03 27 30 33 7.220252E 03 31 32 34 2.04179E 03 32 35 35 4.16o132E 03 32 33 34 2.055625E 03 33 36 37 2.111797E 03 33 34 38 2.059526E 03 34 37 39 5.3080084 03 1 38 40 6.642211E 04 38 39 41 2.302114E 04 38 44 42 1.786611E 03 39 40 43 3.069722E 04 39 42 44 1.240926E 03 40 41 45
+3.053813E 02 '40 45 46 6.931789E 02 23 24 l 47 1.059862E 04 41 43 l
I &ch (7 pt (3 o tu amuut Tim : 29.99514 acones ~ men mamme (PSIA) ATTACVMENT: h-
- (2tu.c CALO:Mo.NZo s 01 1
13.74313 2 14.74349 . SHEET _op-3 14.71549 4 14.7296 5 14.72155 6 14.73865 7 14.39732 8 14.81899 9 14.78911 10 14.80605 11 14.80536 12 14.91711 13 14.93859 14 14.94441 15 14.78638 16 14.79886 17 14.7979 j 18 14.93294 19 14.92716 l 2Q 14.90556 21 14.82501 22 14.84922 23 14.40314 24 14.92697 25 14.81433 ~ 26 14.83657 27 14.83604 j l 28 14.94658 29 14.97094 30 ' 14.97733 31 14.783 l 32 14.77427 l 33 14.78421 1 54 14.78438 35 14.89186 36 14.91124 l 37 14.91652 38 14.71115 39 -14.69693 40 14.75795 41 14.69867 42 14.70339 43 14.70024 44 14.70242 45 14.7 .. - ~ . ~. - - -.
l s I FLOW PATM 800T Fp To (LBM/$EC) ...:..............::=::....................:- 1 6.618066E*02 1 45 f ATTACHMENT: (2 CALC: M b u 2cer_l. g"cu o 2 .1 u2582 1 2 3 2.309686E 02 2 3 3-4 1.579766E 02 3 4 SHEET _og 5
- 1.296417E 02 4 5
6 1.750543E 02 5 6 7 6.712532E 02 6 7 8 7.552175E 02 7 45 9 5.561891E 02 7 21 10, 4.605854E 02 7 8 11 . 007074 8 9 12 4.987471E 04 9 12 13 5.205795E 04 9 10 14 5.442682E 04 10 13 15 1.709384E 03 10 11 16 5.434157E 04 11 14 17 7.089563E 03 21 15 18 4.450986E 04 15 20 19 3.00701E 04 15 16 l 20 4.875228E 04 16 19 i 21 9.918354E 04 in 17 22 4.938347E 04 17 18 23 3.412741E 02 3 22 24 6.246487E 02. 22 23 25 .0750028 23 45 26 3.842706E 02 23 31 27 1.070758E 02 24 25 ~ 23 5.173466E 04 25 28 29 7.424104E 04 25 26 30 5.724022E 04 26 ,29 31 1.711182E 03 26 27 32 - 5.723601E 04 27 30 33 4.863208E 03 31 32 34 4.374254E 04 32 35 35 6.768402E 05 }2 33 34 4.741428E 04 33 36 37 1.412813E 03 33 34 38 4.75437E 04 34 37 39 5.209011E 03 1 38 40 7.593775E 04 }8 39 i 41 2.300016E 04 38 4 *. 42 1.704553E 03 39 40 43 3.076257E 04 }9 42 44 1.241026E03,Ip 11 45 3.062845E 02 (p 45 46 7.584494E 02 Z3 24 47 1.059838E 04 41 43
A bcip.Y .}. I C o ( l l' tu cuiuur riw is 34.9924 secou0s um msans (P:lA) ATTACHMENT: / I2w.c --- === = = = = = CALC: MD N20%r u coz SHEET OF 1 13.M895 2 14.71964 3 14.69059 6 14.70437 5 14.69579 6 14.71246 7 14.36966 8 14.76341 9 14.69344 '10 14.70392 11 14.69928 12 14.70062 13 14.70061 14 14.70079 15 14.6949 16 14.70269 17 14.6997 18 14.70066 j 19 14.70065 l 20 14.7007 21 14.77541 f 22 14.82 M 23 14.3752 l 24 14.87577 25 14.69137 ~ 26 14.70462 I 27 14.70009 28 14.70199 l 29 14.70169 30 14.70154 31 14.7288 32 14.69594 33 14.70286 34 14.69945 35 14.70066 36 14.70057 37 14.70052 38 14.70758 39 .14.6944 40 14.75783 41 14.69855 42 14.70085 43 14.70613 44 14.69884 45 14.7 i 1
^ CN%%L4.f FLOW PATN 190T FRtM 70 h.d Eb ( lo od I k (Lan/SEC) 1 6.560454E 02 1 45 .gO 2 .1266714 1 2 .xTT ACHM%. )7.ggbo2 3 2.257497E 02 2 3 CALC M t 4 1.607382E 02 3 5 1.268758E 02 4 5 4 1.768949E 02 5 6 7 6.687203E 02 6 7 8 7.244192E 02 7 45 9 5.711535E 02 7 21 10 4.772593E 02 7 8 11 5.697357E 03 8 9 12 1.212336E 04 9 12 13 2.183034E 03 9 10 14 8.718043E 05 to 13 15 1.448746E 03 10 11 16 5.08726E 05 11 14 17 5.785868E 03 21 15 18 9.873604E 05 15 20 19 1.785084E 03 15 16 20 6.453244E 05 16 19 i 21 1.117125E 03 16 17 21 3.651236E 05 17 18 23 3.422306E 02 3 22 l 24 6.222695E 02 22 23 25 7.185528E 02 23 45 26 3.989067E 02 23 31 27 . 009125 24 25 ~ 28 1.452433E 04 25 28 29 2.415692E 03 25 26 30 9.311397E 05 26 29 31 1.435777E 03 26 27 32 - 4.98173E 05 27 30 33 3.774016E 03 31 32 34 8.578045E 05 32 35 35 1.720879E 03 32 33 l 36 6.635734E 05 33 36 37 1.215937E 03 33 34 38 4.076046E 05 34 37 39 5.173263E 03 1 38 40 7.909532E 04 38 39 41
- 2.29796E 04 38 44 42 1.673198E 03 39 40 43 3.077611E 04 39 42 44 1.241052E 03,43 41 45 3.066003E 02 40 45 46 7.754065E 02 23 24 47 1.059829E 04 41 43
k Srfuu3 I hh I76 ($ Tut QAtaENT TIME 13 35.00039 SECONDS NQDE PetSSURE = (PSIA) eeeeeeeee..: :::.....::... 1 13 72e95 ATTACHMENT: 1 M# 2 14.71 5 3 14.69059 CALC MD-NM&f - SSMA SHEET OF 4 14.70437 5 14.69579 6 14.71246 7 14.36965 8 14.76341 9 14.69344 10 14.70392 11 14.69927 12 14.70081 13 14.7006 14 14.70078 15 14.6949 16 14.70268 17 14.6997 18 14.70065 19 14.70065 20 14.70069 21 14.77541 22 14.82293 23 14.3752 24 14.87576 l 25 14.69136 26 14.70461 27 14.70008 28 14.70197 29 14.70167 30
- 14.70152 31 14.7288 32 14.69594 33 14.70286 34 14.69945 35 14.70065 36 14.70054 37 14.70051 38 14.70758 39 14.6944 40
'14.75783 41 14.69855 42 14.70085 43 14.70013 44 14.69884 45 14.7 . ~ -, - y
I (t& duu.u)f I (g [ ([ FLOW PATM l@ 07 FR9M T0 (L8M/SEC)
- ==
- ====...==...=_===,
ATTACHMENTg, g,ca Q1 1 4.560454E 02 1 45 2 .1266714 i 2 ggC MD-N 3 2.257497E 02 2 3 gggg - @ " 4 1.607382E 02 3 4 5 1.268758E 02 4 5 6 1.768949E 02 5 6 7 4.687203E 02 6 7 8 7.2441f2E 02 7 45 9 5.711548E 02 7 21 to 4.772604E 02 7 8 11 5.697285E 03 8 9
- 12 1.212645E 04 9 12 13 2.183034E 03 9 10 14 8.716966E 05 to 13 15 1.4 m as.03 10 11 16 5.087259E 05 11 14 17 5.78580$E 03 21 15 18 9.872001E 05 15 20 19 1.784678E 03 15 16 20 6.445897E 05 16 19 21
.0011168 16 17 23 3.657718E 05 17 b 23 3.422351E 02 3 22 l 26 6.222707E 02. 22 1.3 l 25 7.185508E 02 23 45 26 3.5 M 02 23 31 27 9.124869E 03 24 25 28 1.452783E 04 25 28 l 29 2.415853E 03 25 26 30 9.307D08E*05 26 29 31 1.435502E 03 26 27 32 ' 4.985817E 05 27 30 33 3.774116E 03 31 32 l 34 8.585065E 05 32 35 35 1.720479E 03 32 33 36 6.62665E 05 33 36 37 1.215937E 03 33 34 38 4.08M29E 05 34 37 39 5.173263E 03 1 38 40 7.909532E 04 38 39 41 2.29796E 04 38 44 42 1.673198E 03 39 40 l 43 3.077611E 04 39 42 44 1.241052E 03,40 41 45 3.066003E 02 40 45 46 7.754091E 02 23 24 47 1.059629E 04 41 43
bb ett: AU VesuTw, Ti,e e f Sco, Air //mi J TVA HCU SCRAM DIAPNRAGM VENilNG YERIFICAllCN RUN 1/10/88 iNirixq cog e4,4................ gd l NCDE PRESSURE TEMPEPATURE VOLUME g[ 8< (PS!A) (DEGaF) (IN*3) I 90 50 34.33 O[3 [7/0b 2 90 50 1238.77 3 90 50 1238.77 .y 4 90 50 1124.59 /g 5 90 50 1124.59 4 M b MZ087-6 90 50 1124.59 gQ q g 4, (g(c 7,ys) M y,-[.m 7 90 50 121.95 fe 8 90 50 137.5 AU.O ((8 9 90 50 183.9 4q 10 90 50 183.9 bM I* Ib 11 90 50 183.9 12 90 50 886.4 13 90 50 886.4 14 90 50 886.4 15 90 50 224.3 16 90 50 224.3 17 90 50 224.3 18. 90 50 812.53 19 90 50 812.53 20 90 50 812.53 21 90 50 136.3 22 90 50 127.73 23 90 50 127.73 24 90 50 80.2 25 90 50 194.3 26 90 50 194.3 27 90 50 194.3 28 90 50 923.33 29 90 50 923.33 30 90 50 923.33 31 90 50 250 12 70 50 203.07 33 90 50.i 203.07 34 90 50 203.07 35 90 56 794.1 36 90 50 794.1 53 *, 37 90 794.1 ( 38 90 50 134.36 l 39 90 50 80.2 i 40 90 50 94.58 l 41 90 50 150.6 l 42 90 50 62.2 43 90 50 148.3 44 90 50 31 45 14.7 50 1E+10 6
l A fbchmen f '2-EE V. O
- a**"*
S kt. k ~2. o (g INITIAL FLOW PATM OATA * * " * " " * * *
- FLOW FROM
= TO AREA 1055 5 /lD-N2 06FL 88 001 PATM (IN'2) fi C e..n...........................................u............. 1 1 45 1.57 17.97 2 1 2 1.78 6.32 3 2 3 1.78 6.32 4 3 4 1.78 5.87 5 4 5 1.75 5.87 6 5 6 1.78 5.87 7 6 7 .825 1.77 8 7 45 1.5T 5.27 9 7 21 .825 2.87 10 7 8 .825 3.99 11 8 9 484 17.7 12 9 12 2.32 87509 13 9 10 484 17.7 14 10 13 2.32 87509 15 10 11 484' 17.7 16 11 14 2.32 87509 17 21 15 4M 19.67 18 15 20 2.13 87509 19 15 16 484 19.67 20 16 19 2.13' 87509 21 16 17 484 19.67 22 17 18 2.13-87509 23 3 22 .825 2.67 24 22 23 .825 2.67 25 23 45 1.57 5.27 26 23 31 .825 5.13 27 24 25 484 18.15 28 25 28 2.42 87509 29 25 26 484 18.15 30 26 29
- 2.42 87509 31 26 27 484 18.15 32 27 30 2.42 87509 33 31 32 484 18.9 34 32 35 2,08 87509 35 32 33 484 18.9 l
36 33-36 ' 2.08 57509 37 33 34 484 18.9 38 34 3f - 2.08 87509 39 1 38 ,v .145 24.84 40 38 39 i*. .145 15.36 41 38 44 06 20.7 42 39 40 .145 16. 43 39 42 145 85.5 A 44 40 41 145 28.13 '5 'O 's 1.57 5.27 AO4 *.jgN, y,,,se ce m+ %c So r. 46 23 24 .825 1.92 b I q ci l-muus o[ er oc het IN os H0 s van is im3 %*L h v nidc<t h " l" P' '" -
- a. L.. h w < n t e i uh
g k had 6%t.4I 2 13 6V O THE cuRatui Time is.01 sEconos b b#CI 3 o I8 WCOE PRESSURE p lC g g b d 1 O M
- NJ 1 (PSIA) 1 15.36665 2
90.00001 3 90.00001 4 90 5 '90 6 M 7 51.2034 8 89.99999 9 90 1" 90 11 90 12 90 13 90 14 90 l 15 90 16 90 17 90 18 90 19 90 20 90 21 90 22 90 [ 23 52.95902 24 90 25 90 26 90 27 90 l 28 90.00001 [ 29 90.00001 30 90.00001 i 31 90 32 90 i 33 90 34 90 35 90 M M 37 to 38-90 tl., 39 90 40 39.97627 41 90.00001 42 90 l 43 90 44 90 45 14.7 l i l
~ 4 Hachr, vel 2 R e v. o %,ef4oD8 FLOW PATM ICOT e FROM TO (LBM/$EC) g y Q. fj p o g g. j'j o 0 ~2. ~ 1 .7848784 1 45 2 0 1 2 3 0 2 3 4 0 3 4 5 0 4 5 6 0 5 6 7 0 6 7 8 1.449343 7 45 9 0 7 21 10 0 7 8 11 0 8 9 12 0 9 12 13 0 9 10 14 0 to 13 15 0 to 11 16 0 11 14 IT 0 21 15 18 0 15 20 19 0 15 16 j 20 0 16 19 .21 0 16 17 22 0 17 18 U 0 3 22 24 0 22 23 25 1.449343 23 45 l 26 0 23 31 h 27 0 24 25 l 28 0 25 28 29 0 25 26 30 0 ,26 29 3 l 31 0 26 27 32 0 27 30 l 33 0 31 32 34 0 32 35 35 0 32 33 36 0 33 *, 34 37 0 , 33, 34 38 0 34' 37 39 0 I rs. 38 40 0 3 8' *
- 39 41 0
38 44 42 0 39 40 43 0 39 42 44 0 40 41 45 1.449343 40 45 46 0 23 24 47 0 41 43 e 4
U T t 1 ANtichotrAl 2 Re v. o %d5 of r8 THE CURRtui TIME 15.82 SECONos Mc0E Pets $unt (PSIA) . l 5~8 AC O OG' 1 158.5583 2 86.04587 3 89.99651 4 90.00228 5 90 6 86.19926 7 115.0498 8 69.29661 9 89.99782 10 90 11 00 12 90 13 90 14 90 15 90 16 90 17 90 18 90 .19 90 20 90 21 65.37291 22 62.88727 23 109.8483 l 24 39.05311 25 90.00014 26 90.00014 27 90.00314 J 28 89.99998 29 89.99998 1 30 89.99998 31 80.0013 32 90 33 90 34 90 35 90 36 90 37 90 g 38 88.50204 i'= i 39 86.92735 1 40 22.36187 41 88.74377 42 90 43 90.00039 44 70 45 14.7 1
U I /\\Mackned Z hV0 Ih h e., k dr o FLOW PATM ET FacM 10 g g-g 2 08 5-68 00 2. (LeM/SEC) Oo 1 5.629336E 02 1 45 2
- 1.500508 1
2 3 0 2 3 4 7.850773E 04 3 4 5 0 4 5 6 0 5 6 7 1.309359 6 7 8 .8245696 7 45 9
- 1.028264 7
21 3 10 . 8720853 7 8 11
- 1.229335E 04 8 9
12 0 9 12 ..^ 13 0 9 10 14 0 10 13 15 0 10 11 16 0 11 14 17 0 21 15 18 0 15 20 19 0 15 16 20 C 16 19 21 0 16 17 22 0 17 18 23 5.395228E 04 3 22 24 1.061409 22 23 25 .8528418 23 45 26 ' =.7657369 23 31 27 0 24 25 ?? 8.741793E 06 25 28 29 0 25 26 30 8.741793E 06 26 29 31 0 26 27 32 8.741793E 06 27 30 33 0 31 32 M 0 32 35 45 0 32 33 36 33.g,,. 36 0 37 0 33 34 38 0 34 / 37 39 6.165509E 02 1 38 40 0 38 4, 39 41 0 38 -
- 44 42 7.548896E 02 37 40 43 0
39 42 44 5.773751E 02 40 41 45 .6437701 40 45 46 1.251664 23 24 47 ' 1.741623E 05 41 43 4
g A NatluMa.4 2. R E V. O int cuentur I:nt is.03.ste m s t^ b - (J 2 o S S - 65 00 2 ucot messume Q u i e. It (P8IA) eseeeeeeeeeeeeeeeeeeeeeeeeee 1
- 234.4927 2
94.67922 3 85.76286 4 89.88058 5 88.17267 6 92.34742 7 39.103 8 100.5163 9 86.32325 10 89.95597 11 90 12 89.99934 13 90 14 90 15 86.94195 16 90 17 90 18 90 19 90 20 90 21 101.8909 22 121.6379 23
- 29.78412 24 111.5374 25 85.95433 l
26 89.99931 27 89.99931 1 28 90.00015 29 90.00015 30 90.00015 31 93.16602 32 87.54935 j 33 90 34 90 3.; 35 90 M M ~ 37 90 fa, 38 90.80409 39 85.32255 40 14.88864 41 87.68679 42 89.34673 43 89.81623 i 1 44 89.22285 45 14.70001 4 E-,_.
l A b chie d 2. Re@ o l FLOW PATH PC FACM To bf\\te Y 8 d W (te n n 1 1.382767 1 45 0 2 2.64233 1 2 3 . 6338356 2 3 l 4 2.574025E 02 3 4 5 1.618497E 02 4 5 6 .6457011 5 6 7 1.486123 6 7 8 1.852739 7 45 9 1.314629 7 21 10 1.105265 7 '8 11
- .2096552 8
9 12 1.690693E 04 9 12 13 2.480058E 03 9 10 14 0 10 13 15 0 to 11 16 0 11 14 17 . 2101214 21 15 I 18 0 15 20 1 19 0 15 16 20 0 16 19 21 0 16 17 ,' 22 0 17 18 23 .9984853 3 22 24 1.300315 22 23 25, 1.768975 23 45 26 .854221A 23 31 27 .2407601 24 25 28 4.945108E 05 25 28 29 0 25 26 30 4.945108E 05 26 29 31 0 26 27 32 4.945108E 05 27 30 33 .1524481 31 32 34 0 32 35 35 0 32 33 36 33. 36 0 37 0 33 34 M 0 34 ' 37 39 .1084078 1 38 38 '[., 39 40 2.103755E 02 41 7.380059E 03 38
- 44 j
42 7.291172E 02 39 40 43 1.244728E 02 39 42 44 5.712881E 02 40 41 45 .34'65632 40 45 46, 1.i40036 23 24 47 5.366093E 03 41 43 i 9
hdh{ L RE, O h j g lg THE Cuantui TIME Is.04 seconos Mc08 Patstunt ] dn It # Mb-N 20$5-33032, (Psio 1 66.28741 2 Oc.01955 3 93.56549 ) 6 86.64304 5 91.44048 6 86.47563 7 60.78756 f 8 72.68612 9 91.65561 10 88.41104 11 89.80236 12 89.9744 13 89.99721 14 90 15 91.05038 16 88.74213 17 90 18 90 19 90 ~20 89.97709 21 69.35373 22 50.38297 23 73.60597 24 37.45443 25 92.11369 26 88.27322 27 90.00114 28 89.97398 29 89.99976 30 89.99976 31 81.15287 32 90.8256 33 88.7264 34 90 g 35 89.97943 36 90 37 90 38 88.16453 '), 39 84.564 40 17.39629 41 86.69779 42 88.60638 43 89.57803 s 44 90.02453 45 14.70001 m
$4ttchm4L Ru.0 Shref 10 of I8 ~ FLOW PATM DOCT FROt TO ........2.""....."................ c,ic s n 1 m a c - a e a o 2. 1 . 1281969 1 45 2 1.578521 1 2 3 .9486775 2 3 4 .6702894 3 4 5 4381556 4 5 6 . 6876071 5 6 7 1.349007 6 7 8 .236726 7 45 9 1.168376 7 21 10 . 9775484 7 8 11 .1946867 8 9 12 6.784047E 03 9 12 13 9.892685E 02 9 to 14 7.59017E 04 10 13 15 1.113393f 02 10 11 16 0 11 14 17 .1901615 21 15 18 5.7C2603E 03 15 20 19 8.642971E 02 15 16 20 0 16 19 21 0 16 17 22. 0 17 18 23 1.341959 3 22 24 1.44611. 22 23 25 .236726 23 45 26 .7989025 23 31 27 .2561549 24 25 '.'.406667E 03 25 28 28 29 .1028483 25 26 30 1.09534E 04 26 29 31 0 26 27 32 1.09534r 04 27 30 33 .1195753 31 32 34 5.003776E 03 32 35 35 .0792274 32 33 34 0 33 36 .g 37 0 33 34 38 0 34, e. 37 39 6.220594E 02 1 38 40 .0388228 38 rl., 39 41 7.613014E 03 38 1* 44 42 7.156567E 02 39 40 43 1.410675E 02 39 42 44 5.644838E 02 40 41 45 5.535964E 02 40 45 46 1.563717 23 24 47 1.082168* ')2 41 43 l l
I l l hdCbmenf 7 3EV. O i. THE CURRENT TIME IS.05, SECOW0s g j gg ,{. g N00E PRE $$Utt (PSIA) [g fC N
- fl b O h b ~ h h bh 2.
1 91.188 2 86.15275 3 86.33823 4 91.29865 5 87.18967 I 6 85.21239 !c 7 94.76317 I 8 64.83719 l 9 86.23895 ( 10 91.27189 11 88.73002 i 12 89.99166 13 89.98058 14 89.99409 1-15 86.93279 l 16 90.71606 17 89.18434 18 90 19 87.98515 .20 89.99091 21 61.35146 22 99.92408 23 6.451567 1 24 89.48734 25 86.1746 26 91.20776 27 88.85316 28 89.99347 i 29 89.98241 30 90.00026 31 77.69352 32 87.16267 33 90.89639 34 39.07526
- s y
35 89.99169 36 89.98507 37 90 38 86.13486 ',I' 39 83.52583 ^ 40 14.59077 41 85.73919 42 87.86767 43 89.30264 44 89.16033 45 14.70001 4 L
A &chnicat x R e y, o l C( lE FLOW PATM pe0T FRCM 10 (LSM/SEC) OA (c
- M.b - N 2 0 t S-6 6c o 2.,
2 1.447449 1 2 3 .7590626 2 3 4 8713871 3 6 5 . 7255849 4 5 6 .7388184 5 6 7 1.174006 6 7 8 .9789112 7 45 9 .5377164 7 21 to .5364295 7 8 11 .2058249 8 9 12 4.687827E 03 9 12 13 .0946345 9 to 14 4.513773E 03 10 13 15 6.201696E 02 10 11 16 1.606716E 03 11 14 17 .2035946 21 15 18 3.439721 03 15 20 19 7.588836E 02 15 16 20 3.697822E 03 16 19 21 5.604488E 02 16 17 22 0 17 1.' 23 1.112113 3 22 24 .8263351 22 23 25 1.185334 23 45 26 .4159795 23 31 27 .246414 24 25 l 28 5.515518E 03 25 28 29 .1015705 25 26 30 4.908156E 03 26 29 ~ I 31 6.818834E 02 26 27 I 32 1.404146E 04 27 30 33 .151049 31 32 34 2.982TT8E' 03 32 35 35 .0738295 32 33 36 36 3.633171E 03 33 g,,. ~ 37 5.7525tM 02 33' 34 38 0 34, ' 37 39 6.039769E 02 1 38 40 3.134849E 02 38 'f, 39 41 8.206T38E 03 38 44 42 7.092942E 02 39 40 43 . 0140753 39 42 44 5.581171E 02 4C 41 45 .2080258 40 45 46 1.031931 23 24 47 1.251047E 02 41 43
k k h N i% 2 N E '/. O SMe.f I3 of I8 THE CURRENT TIME is 5.9p 02 ' stcow0s ( A lC # MD -// 2 0$ 6- $$j?s1 Woot Patssuet (PSIA) 1 55.28619 2 88.40147 3 90.12368 4 87.19693 5 87.80432 6 89.04487 7 20.48413 8 90.39323 9 84.76896 10 87.64423 11 90.29166 12 89.96643 13 89.99572 14 89.97923 15 85.39926 16 88.37391 17 90.13002 18 67.988 19 89.99654 , 20 89.96799 21 91.5075 22 48.1915, 23, 91.95635-24 34.62717 25 89.79105 26 87.86707 27 90.26199 28 89.96799 29 89.99717 30 89.98606 31 70.90157 32 86.46614 33 88.17116 34 90.2328'6 f 35 89.96964 36 89.99779 37 89.98724 y 38 86.45715 {*. 39 82.34415 40 20.36321 41 84.86157 42 87.10692 43 88.99894* 44, 88.07145 45 14.70001 9
U OChmeni 2. Rev.o S kr.F n o f m FLOW PAIN l@ 07 FROM 10 G Ic tf /k b N 2 08 5 -68 00 2. (LSM/SEc) 1 .7952387 1 45 t' .7156944 1 2 3 .1376416 2 3 4 7379006 3 4 5 .6751453 4 5 6 .4MM1 5 6 7 .856491 6 7 8 1.526048 7 4? 9 1.051944 7 21 10 .8704649 7 8 11 .2059798 8 9 12 6.850766E 03 9 12 13 .1163171 9 10 14 4.109183E 03 10 13 15 8.393T28E 02 10 11 16 .00407T3 11 14 17 .2071726 21 15 18 5.702359E 03 15 20 19 9.609966E 02 15 16 20 2.839074E 03 16 19 21 6.199262E 02 16 17 22
- 2.985652E 63 1T 18 l
23- .8362343 3 22 24 1.187962 22 23 25 .2367261 23 45 26- .^^^taat 23 31 l 27 .0932229 24 25 l 28 7.205883E 03 25 28 29 .1148257 25 26 30 4.173576E 03 26 29 3 31 7.983983E 02 26 27 32 4.014702E 03 27 30 33 .149169 31 32 34 5.363471E 03 32 35 l 35 9.75,2462E 02 32 33 36 3.095481.E 03 33,\\ 36 37 6.8h82E02 33 34 38 3.1q2376E03 34 i 37 38 39 2.945643E 02 1 40 2.6d3178E02 38 rl, 39 41 1.3}4036E02 38 ?
- 44 l
42 7.0(B64E02 39 40 43 1.449534E 02 39 42 44 5.520749E 02 40 41 4.1{T942E0240 45 45 46 1.2(4582 23 24 47
- 1.379695E 02 41 43 t
.e e N
u Oc Mes) ?. REV.O 4Lk {$ 0 {$ TME CustENT TIME is 6.999999f 02 SEC040$ ~ Ca \\c A Mb ' N 2065',- 88002. NODE Petssent (PSIA) 1 102.6835 l 2 85.63641 3 84.67927 4 89.60639 5 88.13161 6 84.18881 T 72.27739 8 66.62901 9 88.62273 10 87.7039 11 88.74458 12 89.93701 13 89.97557 14 89.98667 15 88.48893 16 88.16689 17 89.15025 18 89.99303 19 89.97971 20 89.94025 21 63.48064 22 103.5121 23, 24.08578 24 96.87876 25 84.57613 26 90.50967 27 88.88344 j 28 89.96239 29 89.97794 30 89.99307 31 82.07475 32 84.74897 33 88.35733 34 89.03452
- s I,
35 89.94522 36 89.97996 37 89.99386 38 84.39903 7., 39 81.49171 40 14.30065 41 83.99879 42 86.31596 43 88.67258 44, 87.27412 45 14.70001 s
O AkchmeM .7. /Ru. O Shre,4I6afle Ca lc 11 M D-N zo85 - 6800 2. (L8M/SEC) 1 .1281969 1 45 2 1.473856 1 2 3 .4245671 2 3 4 .$701014 3 4 5 .2599608 4 5 6 .3727133 5 6 7 1.300201 6 7 8 .2367261 7 45 9 1.04931 7 21 10 .8790985 7 8 11 .1218733 8 9 12 7.98827E 03 9 12 13 8.724063E 02 9 10 14 5.470255E 03 10 13 l 15 8,513*91E 02. 10 11 16 2.022013E 03 11 14 17 .1209055 21 15 18 6.903607E 03 15 20 19 8.448435E 02 15 16 20 4.190532E 03 16 19 21 6.606954E 02 16 17 22 1.251788E 03 17 18 '23 1.071351 3 22 24 1.093237 22 23 25 1.480847 23 45 26' .677225 23 ~ 31 27 .2402007 24 25 28 1.585715E 03 25 28 29 7.178104E 02 25 26 30 5.438202E 03 26 29 31 8.007033E 02 26 27 32 1.98223E 03 27 30 33 .1784574 31 32 34 5.943074E 03 32 35 35 6.569387E 02 32 33 34 4.336437E 03 33. 36 37 7.293854E 02 33 34 38 1.607486E 03 34 i 37 39 5.922dO4E 02 1 38 ~ 40 .0330538 38 rp, 39 44 41 7.571777E 03 38 42 6.906749E.02 39 40 43 . 0150708 39 42 1 44 5.462965E 02 40 41 l 45 .2993484 40 45 l 46, 1.289197 23 24 l 47 1.48262TE 02 41 43 e e
Mhcked 2. Rev.o S h<e.1 <7 d is TME CUtaENT flME IS 7.999999E 02 SECONos 6 lc # A1)-N2 006-88002. WCDE PRES $Utt (PSIA) 1 111.9304 2 88.26228 3 89.97861 4 86.31061 5 47.4268T 6 83.52178 7 39.3417 8 80.87746 9 84.04713 10 89.63898
- 11 87.86T23 12 89.92186 13 89.95576 14 89.97192 15 85.10023 16 89.34172 17 88.47548 18 89.98084 19 89.96194
.20 89.92432 21-81.81261 22 47.1991 23 66.11791 34.37864 24 25 89.77144 I 76 87.27393 27 90.06507 l 28 89.93243 29 89.98766 30 89.97911 31 73.92907 32 85.07!$5 33 87.57645 34 88.41222 / 35 89.91579 36 89.96314 'f 37 89.98087 38 85.30944 39 80.44952 1 '.. 40 21.26684 41 83.16643 42 85.52409 l 43 88.32756 l 44 84.22337 14.70001 l 45 1 1
1 f$ h n u l 2-RE V. O Sbeek edle FLOW PATM MX)f ft0M 10 Cn E $4. M2)- N20BS-8800 2-
- /5'c) 1.
.8954892 1 45 2 1.306335 1 2 3 .3098797 2 3 4 ..T283018 3 4 5 4070982 4 5 6 .6498789 5 6 7 .8796699 6 7 8 1.163941 7 45 9 .556892 7 21 10 .3884839 7 8 11 . 2116746 8 9 12 4.114127E 03 9 12 13 5.020557E 02 9 10 14 5.378623E 03 10 13 15 5.342844E 02 10 11 16 -4.002397E 03 11 14 17 . 2085294 21 15 18 3.966021E 03 15 20 19 2.827616E 02 15 16 20 4.423774E 03 16 19 71 4.9397618 02 16 17 22 3.03428E 03 17 18 23~ . 9727999 3 22 24 1.230619 22 23 25 . 2347261 23 45 26 .7039455 23 31 27 .1T72961 24 25 28 8.472199E 03 25 28 29 . 1234601 25 25 30 2.751305E 03 26 29 31 6.638245E 02 26 27 32 3.949333E 03 27 30 33 8.011989E 02 31 32 34 7.160209E 03 32 35 35 9.453753E 02 32 33 36 34 4.09178E 03 33 37 . 0418696 33 ' 34 38 3.159113E 03 34, ' 37 39 5.51530e.E 02 1 38 40 2.765994E 02 38 'f, 39 41 9.978388E 03 38 44 42 6.835249E 02 39 40 43 1.508832E 02 39 42 44 5.407424E 02 40 41 45 7.940552E 02 40 45 46 1.358207 23 24 47 1.567394E 02 41 43 1
s,y -k;< Mof on Hca smm Tiap:3 < vatn. Bechtel North American Power d%Ag qnit8Y o. guer.sto# g,y.o Corporation Q Michmin t.3 4 0 'MD Ntots".quoz, M > 0.
- 7 E7" y
lie Neil Howard One December 18, 1937 Chief Nuclear Engineer suWeet Staff Calc of ATWS Fmm Rich Gallagher ARI Modification of Project Engineer At Athens, Alabama ast. 574 C$es See Distribution Pue Project File, w/a t TY has awarded Bechtel the contract to incorporate the ATWS/ARI mclifications into the Browns Ferry design. As a part of this design it is necessary to verify whether or not the proposed Alternate Rod Insertion (ARI) design meets the ARI performance time requirement. We would like to request Nuclear Staff to calculate the air venting time for the subject modification. By using a computer code, the cale will verify the venting time of the air in the HCU scram diaphragm valves and the air header. The air will vent through the holes in the scram pilot solenoid valves to the scram valve air header..and thru various vent valves which will be installed at several locations on the air header piping. Detailed discussions on this matter have been made between Young Park (Athens) and John Rommel (Nuclear Staff). All necessary drawings and references have been/will be sent directly to John. The attached memo is concerning the use of computer programs to perform calculations for Browns Ferry. This is for your information and we will inform you later if we have any more information on the use of Bechtel computer code. The calc is needed ASAP or by January 15, 1988. Manhour for the work is approximately 200 hours. The charge number is 19106 (Project)-062 (Sub)-234 (Sub Sub)-D062DD (Activity). We appreciate your assistance on this matter. k ah Rich Ga lagher Written Response Required: Yes Date Due: January 15, 1988 REG:GLL UYP:vlt Attachment _ Distribution: L. Lushbaugh, w/a R. Mays, w/a (Gaithersburg) U. Y.. Park, w/a J. Rommel, w/a (Gaithersbur
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s -se g m, .. $ Q ec/.' M W,uf /,w e/ Jc%///r Ned j AfiAchmsai 7 w.o \\ REM TNIS PROGRAM NAS BEEN DEVELOPED TO EVALUATE THE REST AIR VENTING TIME FOR THE ATVS/Atl M00lFICAfl0NS jgg j 7 REM AT THE TVA'S BROWNS FERRY NUCt[AR PLANT REM REM TNis Pt0 CRAM 18 DEVELOPED FOR USE ON IRM PC'S ( A [C r7 Af3. // 20 $ (. g,c p p ( ) REM USING MICROS 0FT'S QUICK SAsic COMPILER REM REM DIMENSION ARRATS 70 SE USED { DIM P(50),T(50),V(50),M(50),NIN(50),WOUT(50),A(50),Kt30),MDCT(50) g MIM(50),MOUT(50),DP(50),PS(50),RM0(50),CA(50),lFl(50) REM OPEN AN OUPUT FILE FOR COLLECTION OF CUPTUT DATA CPEN "0:\\TVA'0UTPUT.PRw" FOR CUTNT At 81 REM READ THE TITLE CARD AND THEN PRINT IT CUT ) READ TITLES LPRINT; TITLES LPRlWT REM READ IN NUMBER OF NODES READ NY REM RCelDEAL CAS CONSTANT FOR AIR (53.34 FT'LBF/LBM/DEC R) RC=53.34 REM KAstSENTROPIC EXPOWENT FOR Alt KA=1.4 ~ REM CC=CRAVITIONAL CONSTANT (LBM*FT/LIF/SEC"2) CCs32.17 REM READ IN THE IMPUT DATA FOR NCOES REM P(l).lNITIAL PRESSURE IN NCDE I (PSIA) REM f(l)slNITIAL TEMPERATURE IN N00E I (DEG F) REM V(I).VOLLME IN NODE I (IN'3) R'EM M(!)= MASS (LBM) 0F AIR UlTNIN N00E I REM RM0(!)=0ENSITT (LSM/FT*3) 0F Alt lu N00E I L P R I N T ""*""" * "
- l N I T I AL NCO E D AT A "'*"'"*""""
LPRINitLPRINT LPRINT" N00E PRESSURE TEMPERATURE 'Jott>E" LPRINT" (PSIA) (DEC F) (IN'3)" (pagut...........n.....u................................ LPRINT FOR I.1 TO WV READ P(l),T(l),Y(1) LPRINT I,P(l),T(l),V(t) REM CONVERT T(!) TO DEC R AND P(l) To LBF/FT*2 T(I)=T(l)+A60 P(l) P(t)*144 REM CONVERT YOLUME TO FT*3 j V(1)*V(1)/12/12/12 i REM CALCULATE MASS IN VOLUME USING IDEAL CAS LAW M(ll'P(l)*V(1)/T(ll/RC .v RH0(I)=M(I}/v(I) {*. l NEXT I l REM READ IN THE NUMBER OF FLOW Pr.'MS l READ NFP l REM RE AD IN THE INPUT DATA FOR E ACH FLOW PATN REM NFP. NUMBER OF FLOW PATHS REM NINelWDEX FOR N00E INTO FOR FLOW PATM l REM NOUf slh0EE FOR N00E CUT OF FOR FLOW PATH I REM A(1). AREA 704 FLOW PATM l (IN'2) REM K(1)sLOSS FACTOR FOR FLOW P'ATM i LPRINitLPRlWitLPRIN':LPRINT LPRINT t(Palisi LPRINT"*.**"*****" INITIAL FLOW PAT;I DATA LPRINT LPR!NT"FLOW FACM 10 FREF '.0$ $"
.2 r s, i O h tlFC 14 IM L *JT 7 ? i /. 0 LPRINT*PATN (IN*2)" LPRINt=***************************************************************a Qgp2 2o LPRINT FOR ist TO NFP READ NIN(I),WOUT(l),A(1),K(1) (n [c # A3_// Jo g f-M 00 2 LPRINT I,WOUT(I),NIN(1),A(t),K(1) REM CONVERT AREA TO FT*2 A(1)sA(I)/144 REM CONVERT LOSS TERM TO DISCMARGE COEFFICIENT K(1)e(1/(K(I)))*0.5 REM CONYERT AREA TO EFFECTIVE AREA A(1)=A(I)*K(1) NEXT I LPRlWT FOR Js1 TO 7 LPRINT - NEXT J REM DEFINE THE CRITICAL PRESSURE RAilo FOR AIR C*R=0.528 RIM READ IN THE flHE STEP, PRINTOUT INTERVAL AND MAXIMUM TIME OF TRANSIENT REM ALSO READ IN THE STORAGE CUTPUT IMIERVAL (SOCMAX) READ DT,PTMAX,TMAX,50 CMAX REM INITIAll2E TIME To ZERO T=0 REM ESTABLISM TIME STEP LOOP s flMSTP: T.T*DT PRINT T," SECONDS" REM ZERO OUT THE VALUE OF MIN (1) AND MOUT(l) FOR ALL FLOW PATMS FOR !=1 TO WFP MIN (I)=0 MOUT(l)=0 NEXT I REM DETERMINE THE PRES $URE DIFFERENCE IN THE CONNECTING NODES FOR USE IN REM FLOW EQUATIONS UllNG STACNATION PRESSURES AT PREVIOUS TIME STEP FOR ist TO NFP JsNIN(I) K=NOUT(I) DP(!)sP(K) P(J) REM DCTERMINE FLOW DIRECTION AND ESTABLISH UPSTREAM DENSITY REM IFI(l) is AN INDEX SHOWING DIRECTION OF FLOW (+1 : NORMAL REM 1 : REVERSE) IF (DP(I)>0) THEN. s IFl(l)e1 ( PHICHsP(K) 5 ( PLOW =P(J) '^ ( RMON=RH0(K) je ELSE IFI(l)= 1 PMIGMeP(J) PLOWsP(K) kMOM=RH0(J) END IF REM DETERMINE 17 CRITICAL PRESSURE R Ailo (CPR) MAS SEEN REM EXCEEDED ACRoll TMis FLOW PATM AND Co 10 APPtortlAtt REM SUSROJTINE 10 CALCUL ATE IME, FLOW PRePLOW/PMICM IF (PRDCPR) IMEN COSUE SURCRITICAL ELSE
....~ :: e '..j 'J., i o s ..s. ~.~. .u.. w e Minhn.~1 7 Eu,o EN0 IF SbMI 3o[ 2O REM DETERMINE TOTAL FLOW RATE INTO AND OUT OF EACM NODE IF (DP(I)>0) TMEN MIP(J)*MDOT(l)+ MIN (J) gg
- g7y, MOUT(E)=800T(I)+MCUT(R)
ELSE MIN (E)eM00T(l)+ MIN (E) MOUT(J)=MDOT(l)*MrAIT(J) END IF WEXT I 2EM DETERMINE CNANGE IN MASS IN EACN NODE DURING TIME STEP FOR lol TO WV M(1)=M(1)+(MINCI) MOUT(I))'DT REM UP0 ATE PRESSURE TERM USING 10EV CAS LAW REM ASSUME AN ISOTHERMAL PROCESS P(l)=M(I)*RC*T(l)/V(1) REM UPDATE DENSITT TERM RN0(l)eP(l)/RC/T(l) NEXT I REM UPDATE PRINT INTERVAL COUNTER CT=CT+1 REM UPDATE STORACE OJTPUT CUJNTER SOC = SOC +1 REM IF AT STORACE OUTPUT INTERVAL THEW VtlTE REM PRESSUR!S OF YOLLME WITHIN THE SCRAM DI APNARCM VALVES REM To THE STORAGE DEVICE FOR FUTURE PLOTTING IF SOCaSOCMAR THEN PRINT 81, T P(14)/144,P(18)/144,P(301/144,P(37)/144,P(3)/144 P(17)/144 SQCe0 END IF REM IF AT PRINTOUT INTERVR PRINTOUT DATA IF CT=PTMAX THEN LPRINT LPRINT
- THE CtJttENT TIME !* "; T,"SECONDS" LPRINT I
LPRlWT " NODE PRESSURE" LPRlWT " (PSIA)* LPRINT "****************************" LPRlWT FOR !=1 10 kV LPRINT I,P(l)/144 NEXT I FOR Jo 1 TO 9: LPRlWT WEXT J (,FROM T0" LPRINT"FLOU PATM 20T LPRINT" (LBM/SEC)" L P R I N T "" " * * " " " " " " " f "," " * " " LPRINT FOR l=1 TO 'nFP LPRINT 1 M00T(l)*lFl(l),NOUT(l),NIN(1) NEXT I FOR Je1 TO 8 ILPRINT-NEXT J CT=0 EhD IF REMIFT<MAXIMUMTRANSIENTTlHEfMENLOOPBACL THROUGH CALCULAfl0NS lF T<TMAX GO TO TIMSTP REMPalNTOL'TDATAATENDOFPR0fLEU, LPRINT RPRINT, " THE Cl;RRENT TIME IS "; T,"SECONOS"
..,_..m 7 ac w 4 .t., _ v. .N. + p it w -.,r 7 t u.o LPRINT 9 LPRINT
- BODE PRESSURE" LPRINT *
(PSIA)" (p ) T e. e e e... 6 /c
- p. A3 - u 2 o55 - e 300 ?-
LPRIWT FOR let To wY ,.LPRINT I,P(l)/144 WEXT I FOR Jo 1 TO 9: LPRINT WEXT J LPRINT"FLOW PATM MDOT FRCH 10" LPRINT" (tBM/SEC)" gpgggy.eeeee.ee.ee.ee.eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeen LPRINT FOR let TO NFP LPRINT I,MDOT(l)*lFl(l),NOUT(l),NIN(!) WEXT I . '. FOR Jet TO 8 LPRINT 'WEXT J , REM END OF PROGRAM END REM SUORCUTINES FOR TNE CALCULAfl0W 0F SU9CRITCAL AM CRITICAL FLOW REM REM SU8 CRITICAL FLOW REM SU5 CRITICAL: MD0T(1)eA(1)*(2*GC'KA'RHON*PNIGM/(D 1)*(PR*(2/KA) PR*((KAel)/KA)))*0.5 ' *t;.:N REM REM CRITICAL FLOW REM CRiflCAL: 4)cT(lleA(I)*(CC*itA*RM0H'PNICM'(2/(KAel))*((KAel)/(KA 1)))*0.5 RETURN REM INPUT DATA DATA TVA NCU VENTING ANALYSl3 VITN SMALLER VENT SIZE (ONLY 4 VALVES) 1/28/88 DATA 45 DATA 90,50,34.33 CATA 90,50,1238.77 DATA 90,50,1238.TT DATA 90,50,1124.59 DATA 90,50,1124.59 DATA 90,50,1124.59 ~ DATA 90,50,121.95 i DATA 90,50,137.5 DATA 90,50,183.9 u DATA 90,50,183.9 DAT A 90,50,183.9 DATA 90,50,886.4 DATA 90,50,886.4 DATA 90,50,886.4 DATA 90,50,224.3 DATA 90,50,224.3 CATA 90,50,224.3 CATA 90,50,812.53 DATA 90,50,812.53 DATA 90,59,814.53 DATA 90,59,136.30 DATA 90,50,127.73
~' ' ~ g A dach w 7 h d. 0 ~ DATA 90,50,80.2 DATA 90,50,194.3 $6pf g,[ 20 DATA 90,50,194.3 v DATA 90,50,194.3 h h /f /5tb - # 20 J 5,- 6 800 2. DATA 90.50,923.33 DATA 90,50,923.33 DATA 90,50,923.33 DATA 90,50,250 DATA 90,50,203.07 DATA 90,50,203.07 DATA 90,50,203.07 DATA 90,50,794.1 DATA 90,50,794.1 DATA 90,50,794.1 DATA 90,50,134.36 DATA 90,50,80.2 DATA 90,50,94.58 DATA 90,50,150.6 DATA 90,50,62.2 , DATA 90,50,148.3 DATL 90,50,31 DATA 14.7,50,1.0E10 DATA 47 ~ DATA 45, 1, 0.785, 17.97 DATA 2, 1, 1.78, 6.32 DATA 3, 2, 1.78, 6.32 DATA 4, 3, 1.78, 5.87 DATA 5, 4, 1.78, 5.87 DATA 6, 5, 1.78, 5.87 DATA 7, 6, 0.825, 1.77 DATA 45, 7, 0.785, 5.27 DATA 21, 7, 0.6 5, 2.87 DATA 8, 7, 0.825, 3.99 DA1A 9, 8, 0.484, 17.70 DATA 12, 9, 2.32, 87509 DATA 10, 9, 0.484, 17.70 DATA 13,10, 2.32, 87509 DATA 11, 10, 0.484, 17.70 DATA 14, 11, 2.32, 8750a C.'.TA *.5, 21, 0.484, 19.67 DATA 20,15, 2.13,87509 DATA 16, 15, 0.484, 19.67 DATA 19, 16, 2.13, 87504 DATA 17,16, 0.484,19.67 DATA 18, 17, 2.13, 8T509 DATA 22, 3, 0.825, 2.67 y DATA 23, 22, 0.825, 2.67 (*, DATA 45, 23, 0.725, 5.2,7 OATA 31, 23, 0.825, 5.13 CATA 25, 24, 0.484, 18.15 DATA 28, 25, 2.42, 8750'9 DATA 26, 25, 0.484,18.15 DAT A 29, 26, 2.42, 87509 DAT A 27, 26, 0.484, 18.1,5 DAT A 30, 27, 2.42, 87509 DATA 32, 31, 0.464, 18.90 DATA 35, 32, 2.08.87509, DATA 33, 32, 0.A84, 18.90 DATA 36, 33, 2.C3. 87509 DATA 34, 33, 0./84, 19.93
'-.. >, - i:., e :L.: n. ....a c.i . x. -.. g.....s;.;. l A dtch ard '/ h l /, 6 DATA 3T, 34, 2.08, 87509 b4eif 6 6[ 20 DATA 30, 1, 0.145, 24.64 DATA 39, 38, 0.145,15.34 DATA 44, SS, 0.06, 20.70 {n Ic h hb. Nl0 $$ ~ 08(20 7. m DATA 40, 39, 0.145, 16.57 DATA 42, 39, 0.145, 49.73 DATA 41, 40, 0.145, 28.13 DATA 45, 40, 0.785, 5.2F DATA 24, 23, 0.825, 1.92 DATA 43, 41, 0.145, 102.59 DATA 0.001,5000,25.00,100 e e e e t 4 I e g e e. g T b I e
2 I t AHnhuanf'7 R C t. tva acu ventino Amatfsis vitu saatten war size (0=tv 4 vatvis) 1/28/88 Shre r7./ 20 .........ua initiat..maon,4 anon.on.- u [a l c Y M D-fl 2 0 33 - 8600 L WOD8 PREstuRE TEMPta4Tunt VOLUME (PtlA) (DEG F) (Iu*3) 1 90 50 34.33 2 90 50 1238.77 3 90 50 1238.77 4 90 50 1124.59 5 90 50 1124.59 6 90 50 1124.59 7 90 50 121.95 8 90 50 137.5 9 90 50 183.9 10 90 50 183.9 11 90 50 183.9 12 90 50 886.4 13 90 50 886.4 14 90 50 886.4 15 90 50 224.3 16 90 50 224.3 17 90 50 224.3 18 90 50 812.53 19 90 50 812.51 ~20 90 50 812.53 21 90 50 134.3 22 90 50 127.73 23 90 50 127.73 24 90 50 80.2 25 90 50 194.3 26 90 50 194.3 27 90 50 194.3 28 90 50 923.33 29 90 50 923.33 30 90 50 923.33 31 90 50 250 32 90 50 203.07 5 0. f,,. 203.07 33 90 34 90 50 203.07 35 90 50 i 794.1 36 90 50 794.1 37 90 50 y, 194.1 38 90 5 0 '- 134.36 39 90 50 80.2 40 90 50 94.58 41 90 50 150.6 42 90 50 62.2 43 90 50 148.3 44 90 50 31 45 14.7 50 1E+10 i
. I.,. e. -.. ;.. s.. a O i..: ; 2:..u... TM ' ..L. Allesh w 1 7 hi IniflAt Flow Pain 0ATA FLOW FROM TO AREA toss PATM (IM*2) { p [( ff-/Hl>*d/2005*b I 1 45 .785 17.97 2 1 2 1.T8 6.32 3 2 3 1.78 6.32 4 3 4 1.78 5.87 5 4 5 1.78 5.87 6 5 6 1.78 5.87 7 6 7 .825 1.77 8 7 45 .785 5.27 9 7 21 .825 2.87 10 7 8 .825 3.99 11 8 9 4 84 17.7 12 9 12 2.32 8T509 13 9 to 4 84 17.7 14 10 13 2.32 87509 .o 15 10 11 484 17.7 16 11 14 2.32 87509 17 21 15 484 ,19.67 18 15 to 2.13 87509 19 15 16 4 84 19.67 19 2.13 87509 20 16 21 16 17 484 19.67 22 17 18 2.13 87509 23 3 22 . 625 2.67 24 22 13 .825 2.67 25 23 45 .785 5.27 26 13 31 .825 5.13 27 24 25 4 84 18.15 28 25 28 2.42 8T509 29 25 26 .4 84 18.15 I 30 26 29 2.42 87509 4 84 18.15 31 26 27 32 27 30 2.42 87509 33 31 32 4 84 18.9 34 32 35 2,08 87509 35 32 33 4 54 18.9 14 33 36 2.D8 87509 37 .33 '3% *i. 4 84 18.9 38 34 37, 2.08 87509 39 1 ' 38 - .145 24.84 40 34 3h .145 15.36 41 34 4 4' .06 20.7 42 39 40 .145 16.57 43 39 42 145 4 9. 73 44 40 41 145 28.13 45 40 45 .785 5.27 46 23 24 .825 1.92 47 41 43 .145 102.59 .s
~ C s. ~ .a .,4 t O-A tinc h m ea f 7 k e /.. 1 ' Shec T 9 f 20. TN8 CURRENT TIM 8 il 4.99962 54Cowes Calc tt mD-nwas -sec o McD8 Pe8tsua8 (PSIA) 1 14.72905 2 15.5639 3 15.57549 4 15.59109 5 15.59664 6 15.61019 7 15.58992 8 15.88323 9 18.74044 't 10 19.81687 11 20.07111 12 65.0578 13 65.12173 14 65.26551 15 18.600T4 16 19.66101 17 19.91183 18 65.37943 19 65.32131 20 65.~0547 21 15.80793 22 15.72354-23 15,6202 24, 15.92T76 l 25 19.0647 26 20.26817 j 27 20.54645 28 64.94263 29 65.12979 30 65.18013 31 15.96579 32 18.43139 33 19.3831 34 19.6093 ,'s 35 64.99174 36 65.1783' 37 65.22851 38 14.8529 T. 39 14.78054 40 14.72056 41 14.70584 42 14.78157
- 43 14.70669 44 14.64754 45 14.7 e
L x a u,.s d. '. 'p w =.a w.. l.2. ;:.. -L%w ; Ws..wi a % i 4... ; h.... I Atisch o:e n 1 Ru.c' $ hec 7 fo e[ 20 FLOW PATM le0T , FROM 10 Qje pf p3 p - N 2085-8800 (tanistc) 1 3.671??45 02 1 45 2 7.434755E 02 1 2 3 3.038386E 02 2 3 4 T.654475E 03 3 4 5 1.342968t 02 4 '5 6 6.548703t 03 5 6 7 3.874017E 02 6 7 8 6.3816465 02 7 45 9 2.671893t 02 7 21 10 3.22233?t*02 7 8 11 3.751966t 02 8 9 12 1.201503t.02 9 12 13 2.507876t 02 9 to 14 .0120453 10 13 15 1.255359t 02 to 11 16 1.205339t 02 11 14 17 3.514919E 02 21 15 18 1.1039128 02 15 20 19 2.352304t 02 15 16 20 1.107572t 02 16 19 21 1.178156t 02 16 17 . 22 1.10955?1 02 17 18 23 1.8749185 02 3 22 24 4.9580825 02 22 23 25 6.703823E 02 23 45 26 2.683055t 02 23 31 27 3.938244t 02 24 25 23 1.2510135 02 25 28 l 29 2.419774t 02 25 26 30 1.254679t 02 26 29 31 1.311649t 02 26 27 32 1.255648t 02 27 30 33 3.3840164 02 31 32 34 1.076115E:02 32 35 35 2.263642t 02 32 33 34 1.0792'04E 02 31 / 36 37 1.133343t 02 33, 34 38 1.080036E 02 34 - 37 39 5.420845E 03 1, 38 40 1.715273t 03 38 e* '. 39 41 1.937683E 04 38 44 42 1.985511E 03 39 40 43 1.210912E 04 39 ' 42 44 6.213532E D4 40 41 45 5.52682E 03 40 45 46 1.4953084 02 23 24 47 7.672401E 05 41 43 4 .s
&Q4=.,..:. a hi. GMiL. l. u. 2.-D:,6.ai:wasiL ~. :.%WK. j LL u u: a ::. ~. .v... I g h kAC bnsCu$ 7 5 E Vo O N## Y O 8 20 INE CuneENT TIME is 10.00041' sEconos INDE PRESSURE Q g /h D - [/ 208 $ - / 80 Cl 2 (PSIA) 1 14.38785 2 15.19611 3 15.18935 4 15.20897 5 15.20654 6 15.22485 7 15.1203 8 15.41582 9 16.83321 10 17.41813 11 17.5594 12 46.30342 13 46.4201 14 46.45128 15 16.75122 16 17.30812 17 17.44289 18 46.5075 19 46.46617 ?? 46.31258 21 15.42414 22 15.32593 l 23 15.10692 I 24 15.58676 25 17.08112 26 17.72603 27 17.88121 28 46.19976 29 46.33288 30 46.36871 31 15.45109 32 16.67262 33 17.1812 I 34 17.30459, I s e-35 46.24448 36 46.37723 l 37 46.41294 38 14.75982 g l 39 14.72977 i*. 40 14.71909 41 14.70321 42 14.7316 43 14.70408 44 14.75316 45 14.7 l e ,.m ,_.m. - -,
.. :.. i :.- ....>....w. u. .a ..,.... =., A//g6-est 7 2E /. o FLOW PATN POOT FROM TO (LDM/SEC) .........l.................... Oa ic it 6b-&!?oBS~30002-1 3.469647E 02 1 45 2 9.951527E 02 1 2 3 2.824899E 02 2 3 4 1.023709E 02 3 4 l 5 1.569369E 02 4 5 6 1.045711E'02 5 6 7 4.586685E 02 6 7 8 5.174377E 02 7 45 9 2.276495E 03 7 21 10 . 1.007735E 02 7 8 11 2.638958E 02 8 9 12 8.551424E 03 9 12 13 1.753097E 02 9 10 14 8.5f2973E 03 10 13 15 8.774319E J3 10 11 16 8,578732E 03 11 14 17 .024459 21 15 18 7.852647E 03 15 20 19 1.618655E 02 15 16 20 7.878688E 03 16 19 21 8.104062E 03 16 17 22 7.88565.; 03 17 18 23 2.786833E 02 3 22 24 5.207171E 02 22 23 25 5.398T24E 02 23 45 26 6.857028E 03 23 31 27 .0281762 24 25 28 8.90005E 03 25 28 29 1.829549E 02 25 26 g 30 d.92569TE 03 26 29 31 9.161599E 03 26 27 32 8.932597E 03 27 30 33 2.365081E 02 31 32 34 7.657036E 03 32 35 l 35 1.574762E 02 32 33 36 7.6790165 03 33 36 37 7.8819634 03 33 'S.i 34 38 7.684928E 03 34 37 39 5.32865?E 03 1' 38 40 8.727034E 04 38 39 41 2.031054E 04 38 /', 44 42 1.387567E 03 39 40 43 1.618413E 04 39 42 44 6.432311r 04 40 41 45 6.733248E 07 40 45 46 2.308199E 02 23 24 47 7.852135E 05 41 43 1
r .,_u. ......<. m a.;u.2.u ..r M '- .A.. s _. _ igi.;, o.g.. ; .,.a ? A fbehm 1 7 REYoO bbp(7 I 3 6/ "E D - THE CURRENT TIME 15 15.00243 SECow0s g g Q -//20$[ /8002., NQDE PRES $URE (PSIA) 1 14.22202 2 14.98445 3 14.96943 4 14.98664 5 14.98155 6 14.99903 7 14.83078 8 15.22917 9 15.9203 10 16.23001 11 16.30589 12 32.95542 ~ 13 33.03846 14 33.06066 15 15.85728-16 16.1517 17 16.22393' 19 33.08301 19 33.0536 20 32.94435 21 15.21579 22 15.100 X 23 '4.82699 2,4 15.32652 25 16.01804 26 16.36231 27 16.4463 28 32.86617 f 29 32.%09 30 32.98639 31 15.22139 32 15.82627 33 16.09579 14 16.16156 32.90498 ' 'S 44 35 36 32.9994 37 33.02484 38 14.73636 39 14.71817 40 '14.71378 41 14.70147 42 14.72142 43 14.70238 44 14.72725 45 14.7 6 6
Ma. q h.:'. ....:... L i...a 3 o n s. s. ;, :.,:. 'u',: ' i:. ..w e d. ' *,.G '.
- h. o.... - l.:
e.,... [//4c/1%,8 7 Re v.( ^bhrtf I'l 20 FLOW PAIN M)0f FROM TO (LBM/SEC) A M' 1 3.190851E 02 1 45 2 .1035954 1 2 3 2.568935E 02 2 3 4 1.314972E 02 3 4 5 1.464184E 02 4 5 6 1.370599E 02 5 6 7 5.198585E*02 6 7 8 4.405477E 02 7 45 9 2.225286E 02 7 21 10 .0116118 7 8 11 1.901386E 02 8 9 12 6.086284E 03 9 12 13 1.239945E 02 9 10 14 6.10162E 03 10 13 15 6.20889E 03 to 11 16 6.105721E 03 11 14 17 1.769955E 02 21 15 18 5.585962E 03 '15 20 19 1.144451E 02 15 16 20 5.604486E 03 16 19 21 5.732426E 03 16 17 22 .5.6094T3E 03 17 18 t 23 ~ 3.01623TE 02 3 22 24 5.350876E 02 22 23 25 4.528619E' 02 ~23 45 26 9.43049E 03 23 31 27 2.076077E 02 24 25 28 6.331432E 0325 28 29 1.292051E 02 25 26 1 30 6.349679E 03 26 29 31 6.477936E 03 26 27 32 6.35459E 03 27 ~ 30 33 . 0168769 31 32 34 5.448316E 03 32 35 35 ,0111279 32 33 36 5.46395E 03 33 36 37 5.370704E 03 33 34 38 5.468163E 03 34 37 39 4.945894E 03 1, 38 40 1.946829E 04 38 ?, 39 i
- 41 2.077616E 04 38 44 42 t.290122E 03 39 40 43 2.185013E 04 39 42 44 6.712504E 04 40 41 45 7.609545E 03 4,0 45 46 3.995901E 02 23 24 47 8.008743E 05 41 43
...a.:. x.. y... :. :.. -... :....,.: u..w.. . n.:.:.:n :. i a. c..... v: . i.4.. .1 s. .b fkpchhEv 7 i V. O TNE CutRENT TIME I5 20.00064 SECowoS Cn /c h1b /v 2edir -46e t .E ,.E.,u.E (PSIA) e eeeeeeeeeeeeeeeeeee....... [ 1 14.1575 2 14.89984 3 14.88141 4 14.89749 5 14.89137 6 14.90862 7 14.70514 8 15.11146 9 15.41156 10 15.56179 11 15.5988 12 23.51935 13 23.58756 14 23.60571 15 15.36594 16 15.50647 17 15.54361 18 23.60478 19 23.58195 20 23.4967 21 15.09428 22 15.0118 23 14.70445 24 15.19539 25 15.45114 26 15.61837 27 15.6592 28 23.4508 29 23.52886 30 23.54977 31 15.09391 32 15.3683 33 15.49749 i/. 34 15.52946 35 23.47577 36 23.54993 37 23.5698 f*, 38 14.73135 39 '14.71274 40 14.71853 41 14.7007 42 14.71683 43 14.70161 44 14.72395 45 14.7
S w.!s.%% cc 'ds.'-O s. h' -:eA :u::,LM').... dh w.' d u.; : : '. ? s A heh m ed 7 ' h v. o b FLOW PATM mi FROM TO (L94/SEC) 0 fc Pb1 b - fl20 b b ' ~ f 3 00 2, 1 3.067553E 02 1 45 2 .1049333 1 2 3 2.449587E 02 2 3 4 1.411983E 02 3 4 5 1.410846E 02 4 5 6 1.480267E 02 5 6 7 5.541485E 02 6 7 8 4.104661E 02 7 45 9 3.314627E 02 7 21 10 2.360515E 02 7 8 11 1.352673E 02 8 9 12 4.185514E 03 9 12 13 8.468435E 03 9 10 14 4.186174E 03 10 13 15 4.248089E 03 10 11 16 4.186564E 03 11 14 17 .0127027 21 15 18 3.84208E 03 15 20 19 7.811484E 03 15 16 2J 3.847502E 03 16 19 21 3.919868E 03 16 17 22 3.849176E 03 17 18 23 " 3.112209E-02 3 22 24 5.522825E 02 _22 23 l 25 4.194641E 02 23 45 26 1.952012E 02 23 31 27 1.554476E*02 24 25 28 4.343214E 03 25 28 29 8.770498E 03 25 26 30 4.344391E 03 26 ,29 31 4.417225E 03 26 27 i 32 4.344958E 03 27 30 l 33 1.179967E 02 31 32 l 34 3.747081E 03 32 35 35 7.608132E 03 32 33 36 3.751083E.03 33 34 .d l 37 3.811805E 03 33 34 38 3.752362E 03 34 r 37 39 4.765203E 03 1 i-38 39 40 2.026191E 04 38 rl., 41 2.118399E 04 38 44 42 1.244449E 03 39 40 43 2.451432E 04 39 42 44 6.810272E 04,40 41 45 7.938729E 03 40 45 46 5.126718E 02 23 24 47 2.054981E 05 41 43 t L
O.M1j2r w G>.sG23.'.~.L yt= O A U.1 UE.'..:. '. L'%.2 xu 2.:i v- . I [/Dc4 m.I 7 5 4 /.c Shn t !7 c{ ?o THE CURRENT TIME 15 24.99789 SECONOS A!C di) //2 08 7 - 8800 2 WODE PRESSURE (PSIA) 1 14.13306 2 14.86751 3 14.84751 4 14.86331 5 14.85674 6 14.87407 7 14.63835 o 8 15.0214 9 15.08321 10 15.13237 11 15.14416 12 17.54473 13 17.60686 14 17.62297 15 15.06154 16 15.10809 17 15.11926 18 17.60428 19 17.58602 20 17.51612 '21 15.01306 22 14.97819 23 14.63729 24. 1S.11046 25 15.12405 l 26 15.17985 27 15.19246 i 28 17.51364 29 17.58374 30 17.602 31 14.99672 32 15.06657-i ( 33 15.10814 l 34 15.11831 l 35 17.51008 .j, 36 17.57185 37 17.58802 38 14.7279 l 39 14.71008 'f., l 40 14.71837 41 14.70042 l 42 14.71436 l 43 14.70134 44 14.72044 45 14.7 1 t e
NL5.- L.s.$1 :.G..is5'1,.'. ; s. 2D W.c.25.i :lk tt.x~ .G.
- a....u...
Y A # s ett o A 7 E o he # f /0 ' 2O FLOW PA!N MH)T FROM 10 (LOM/SEC) ~ ('n k #= thb -N 2065 - 6)H 2-1 3.018463E 02 1 45 2 .1054008 1-2 3 2.395868E 02 2 3 4 1.442819E 02 3 4 5 1.390841E 02 4 5 6 1.550852E 02 5 6 7 5.847985E 02 6 7 8 4.059077E 02 7 45 9 4.233842E 02 7 21 10 3.332397E 02 7 8 11 8.774756E 03 8 9 12 2.309641E 03 9 12 ..~ 13 4.654102E 03 9 10 14 2.320738E 03 10 13 15 2.379498E 03 10 11 16 2.323588E 03 11 14 17 8.523979E 03 21 15 18 2.116043E 03 15 20 19 4.292489E 03 15 16 20 2.130401E 03 16 19 21 2.193606E 03 16 17 22 2.134163E 03 17 18 23" 3.200971E 02 3 22 24 5.697095E 02 22 23 25 4.110156E 02 23 45 26 .0275427 23 31 27 '1.204814E 02 24 25 28 2.375196E 03 25 28 29 4.642357E 03 ?.5 26 30 2.3y0277E 03 26 29 31 2.457015E 03 26 27 32 2.393882E 03 27 30 33 7.158257E 03 31 32 34 2.062679E 03 32 35 35 4.211039E 03 32 33 36 2 0[4473E 03 33 36 37 2.1}0157E 03 33 34 38 2.0[7647E03 34 / 37 39 4.6}7632E03 1 38 40 3.1{618E04 38 Y, 39 41 2.1l8522E04 38 44 42 1.299707E03 39 40 43 2.5%677E 04 39 42 44 6.8}1462E04 40 41 45 8.0}5506E03 40 45 46 6.1l4415E02 23 24 47 8.085783E 05 41 43 4
..g ' ..-:..i~:. ..n -: s - i.... . ~,, t v 4' AIYAc h e r 7 No ~ THE CURRENT TIME 15 25.00089 SEC040s $fyf /$ 20 lGE FRESSURE { p{g j pg y. // 20 $ S' ** $$ 00 7 '(PSIA) eeeeeeeeeeeeeeeeeeee........ 1 15.467 2 14.83334 3 14.86598 4 14.85501 5 14.86521 6 14.85252 7 15.10601 t 8 14.92131 9 15.08617 10 15.13199 11 15.14393 12 17.54217 13 17.6043 14 17.6204
- 15 15.06437 16 15.10775 1T 15.11904 18 17.!a171
( 19 17.58345 j 20 t'.51357 l -21 14.89111 ( - 22 14,7507 23 15.11631 24-14.61076 l 25 15.13227 26 15 17926 27 15.19228 28 17.51112 29 17.58121 30 17.59946 31 14.95088 f 32 15.06774 33 15.10784 34 15.11808' 35 17.50754 5 36 17.56929 37 17.58546 38 14.71519 39 14.71731 40 14.6841 41 14.70208 42 14.71304 43 14.70116 44 14.72267 45' 14.7
5% ' { e.. b /)/{pcll < ar~ ? 9 NY FLOW PATH M)CT FROM TO (LBM/SEC) gje g sq-y7ygf.ggoo 1 2.545652E 02 1 45 2. .1107333 1 2 3 1.876294E 02 2 3 4 1.730361E 02 3 4 5 1.115811E 02 4 5 6 .0181292 5 6 7 5.598933E 02 6 7 8 1.580251E 02 7 45 9 5.541569E 02 7 21 10 4.751762E 02 7 8 11 5.387703E 03 8 9 12 2.309T5E 03 9 12 13 4.816418E 03 9 10 14 2.31958E 03 10 13 15 2.360711E 03 10 11 4 16 2.322501E 03 11 14 17 4.524306E.03 21 15 18 2.116092E 03 15 20 ~ 19 4.442328E 03 15 16 20 2.129346E 03 16 19 21 2.179903E 03 16 17 22 2.133157E 03 17 18 ~23 3.419219E 02 3 22 24 5.430454E 02 22 23 25 -1.593663E 02 23 45 26' .0405945 23' 31 27 2.500089E 03 24 25 28 2 ' 774772 03 U 28 29 5.073374E 03 25 26 30 2.38896E 03 26 29 31 2,416461E 03 26 27 32 2.392T39E 03 27 30 33 5.538382E 03 31 32 34 2.062155E 03 32 35 35 4.282791E 03 32 33 36 2.073464E 03 33 36 37 2.121963E 03 33..; 34 38 2.076664E 03 34 37 39 4.096316E 03 1 ',. 38 40 9.211882E 04 38 39 41 2.12528E 04' 38 [., 44 42 6.050787E 04 39 ' 40 43 2.511374E 04 39 42 44 6.82837E 04 40 41 45 8.640707E 03 40 45 46 7.611347E 02 23 24 47' 8.085376E 05 47 43 I -,}}