Record Details
page 49
Digital Collections at BYU
| Field | Value |
|---|---|
| Title | page 49 Results of the Currant Creek Pipeline Impact Loading Study, Central Utah Project, page 49 |
| Coverage | Electronic reproduction; |
| Format | 49 text/PDF |
| Rights | Brigham Young University; http://lib.byu.edu/about/copyright/generic.php Public Domain Public |
| Language | English; eng; en |
| Relation | Central Utah Project; Western Waters Digital Library; TEUT humber NUMBER ti DYNAMIC klin KIIN KON riih ron run NIIMPFR 4 .4 siar1u slaflc run RUM RIJN nummer MIIMHIK HUMMER FRONT tire TIRK TIRF yire reak KKAK rear I 1 HRK IRE lre siress BIRESK SIRESH stress neter METER MAXIMUM HAXIHIIH DYNAMIC inNA mii HII nii pkesshrf prlsyilhk lbino lbinj tvin2 MAXIHOM HAXIHIIH STAII KTAIII av 1v PRESSURE ivin2 iblwy ivina IMPACT FACTOR MAXIMUM VYNAKIV rY NAMir PRESSO prfskiirh l4in2 lhin2 lhing MAXIMUM MAX I 1 muh HUH mum s i rat FAT TAU rau ran 11 1 pr1ssij pkypsnnk IUIHV 1 imiair iMi impair mpac apac atr Air r FACTOR kaeton kaat falt TIIK I 1 heb h V y3 ya 0 y 1 2 V 8 otu 014 0.14 2 371y y W 221 22.1 0 p 123 12.3 123 12 S 2 213 21.3 213 0.6 06 06 og 4 .4 217 21.7 217 IV lyu 1y5 I 1 tl t 13 l 200 20.0 200 07 4 264 26.4 264 4 214 21.4 215 214 XI 32 3.2 32 3 igi lai 6 271 27.1 271 1 5 b 0 2 1 1 1 ts 16 11 24 241 2413 3 0.7 07 07 6 260 26.0 260 0 2ha aha H 0 y 1617 I 1 vy V 1 0.6 06 06 og 7 21 H 202 20.2 202 1 1 125 12.5 12. 12 125 ai 1 6 0.6 06 06 og if 179 17.9 179 9 17 I 1 U 1.0 10 io lo V 6 177 17.7 177 I 1 tesi 11s1 ILSI test humber number IS DYNAMIC KIIH RIJN NUMBER NIIMHFK 4 static SIATIC statin hm RIJN kiin klin NIIHHLR NUMBER 5 FRUNI prehl TIRE S sfrl&s RESS rehs METER MAXIMUM DYNAMIC DYNAHJI PRESSURE irin ibin ISIN MAXIMUM stani STAQI starti startt stant PRFSSIIRF PKKSSIIRK IHINK impal IMPAIT impav r fautor FACTOR kear KFAR rear tirr MAXIMUM DYNAMIC PRESSURV 1 thin trin 11111 MAXIMIIH MAXIMOM starm tit til 111 w&sukk SSURF iv1112 lttin lt IV ettin tIN 1112 IMPACI ffwfillt tdcniit 1 7.3 73 73 j vj YS of 0 10.4 104 104 UH 0 H 12 1.2 12 a is7 isa IS W 221 01 0 1 19 y B V 213 21.3 213 0 OV y 21y 21 v iv ty iv j s 2 200 20.0 200 0 io 10 4 ay W 2y 4 211 21.1 pil vis yi i 14 1.4 14 VV 6 2 ML 7 1 13 1.3 13 3 b it H af 22 xf 4 2s as 2f af 2 11 1.1 ii li A 6 11 S 2s 2 as 3 4 6 2 evl yvl 1 ih 7 m 23h H WV 2 71 11 1.1 11 14 ta A 8 2 aig aia ai6 1 01 1 11 H 207 20.7 0 17 lb el 1.2 12 12 V 1 4 171 17.1 171 177 I 1 07 0.7 07 oj fer ref fe feif fesf f number NWHKK HUMBLR S DYNAMIC RUN KUN ROMPER I 1 clarit slarit S ach arh afh roh RIH RON ruh NUMAR 5 FROW know rire rine TRESS STRESS siress iress METER MAXIMUM DYNAMIC pkfsstirf phfssiikk LPINV MAXIMUM staif stait PRESSINO tblny tbinl telny att alt rm f MI fac nir nik roit ruit MAXIMUM DYNAMIC PRESSURE MAXIMUM sparil sfaril sfaryc pne PRE phe PSS satire like tike I 1 ihley ihlny una lna IHA impf ampf r VM 1417 laft lafr 1417for ror FOR 7 it 6 10 2 2 0 y y 1 2 1 4 4 2 U 2 2 1 20 2 2 0 6 .6 24 23 2 7 .7 2 .2 ilu 113 liu J lio iio 250 1 I 1 2 .2 y 1 y 7 .7 2 2i ai 0 OV y 70 4 1 7 1 2 4 .4 1 I 1 4 resi resl NLIMPFR 5 S DYNAMIC rom KIH ROW rim kin rin NIIMPFR tt staric STATIC RIJN RIIH ni1mwr nhmxtl V cwm vwm vrtlmf tirl IIRE TIRE tiru RFAR rire TIRE STRESS METER MAXIMUM DYNAMIC PRFSSIIRF triny AXIMM s7afi stftfll stafi prfbso1tv frf&sltltl LHIN WACY lacl macl iH larr larv tAir facroit fat FAI rolt folt roit MAXIMUM MAXIMO IN DYNAMU DYNAMIC PRESSIIRE irin IBIN trin MAXIMUM staric STATIC pasi p0si pkmsllhf 141 IHIN irin N 1 .1 IMPACT 1 omnik tmnik AC rill fill AV y y VI i HU HC el I 1 10 1.0 10 to 1 0 vvl evl 0 IHH 1 1. OV y is b vv cv y ivy lyv 2 2. abo 200 aoo tu 4 06 e at yt io 267 A 2 2 2. iy ay 22y v 216 21.6 216 226 aag 11 te io 11 1.1 aa a4 14 & 211 21.1 271 277 a 2 ay 04 0.4 04 hi 10 1.0 10 to aai gai gal iai va v1 1 it 220 220 .220 202 aia ara 11 1.1 11 2 20. 20 616 116 11.6 OV a 24 24 .24 4 1 IA ia 4 to tj 3 EST ntimpfr nllmhfr S DYNAMIC RUN NIJMPFR ia i0 SWIC RIJN KIIM NIIMHER 5 henf hwnf rtnr rink IIW diali kiali rfalt fw siress SRESS HE heter METER TER NAXIHIIM MAUKOM DYNAMIC PRILSSORL tein IBIN ILIN 2 MAXIMUM SA krane krone rit III 111 iti ril rii PKKSSIIW PRFSSIJHF LHIW LIN IMPACI iman im imao an cati rati ati OH OR MAXIMUM MAX I 1 muh HUH mum DYNAMIC frlsl4lkf tklssiihr LEVIN MAXIMUM sfarle PRSSUNF PKISSIW I 1 ihlia ihlna k1in1 IMPACT FACIl lt i y y 0 .0 y vt H B 1 .1 ij 3 i 0 1 6 ly 11 II 34 3.4 34 4 .4 XV y 1 is 3 .3 00 oo 0.0 00 Q t 0 .0 4 i 2 is 1 .1 is 145 i4s 4 22 1 1 .1 s 2 ay I 1 iy y t ja j6 6 .6 1 1. 1 I tt 24 aj 4j 4 f 11 IN hi 1 .1 IH ihi ihl 1h1 1 2y1 jyl 0.6 06 06 og 12 6 .6 20 0 0. V 1 .1 ihl thl 16 lg 3 1.6 16 e OH of H 2 ah 0 0h H lh v A I 1 I 1 v est EV NUMHCR PYNAHIC KIIH RIJN NUMBEY HIIMWIK II 11 it SWIC min MIM RIJN NUMHLR 5 FRONT rwe TIRE RFAV I 1 orl HRL ore I 1 RL iress tress striss SIRISK stress ME METER TER MAXIMUM MAXIMOM DYNAMIC pri PRE fri pkl&siikf SSOW ih1n 11411n ihen MAXIMUM MAXIMOM staric STATIC prfssurt pkkstillht IPXM IMPACT factor haciiik fac1or MAXIMUM MAX i mum HUH num DYNAMIC PRESS pruss pkiss11hk jiu 110 LIIIN MAXJMIIM MAXIMUM sohrn sfhrn sfarxv fre PRE ilif llltl mlltl I 1 XW thian XKIIAVI thran FAC vw fae foit folt roit tit 111 hf 0 VJ 0 OV y irl ill fil HU 4 7 2 i 1 i 1 21 a i os ivs avs I 1 tay aay iay A 17 4 H V aa 2a 1 0 .0 1 i 1 22 22. 11 ily iby b iiy y vv 226 6 i 24 fr 24 V 2 h4 ha H 0 OH sll all ass 2y1 iivl iivo 1 ty tva 4 202 OX 1 H 2 MS 111 I 1 202 0 O 1 y p 11 1.1 11 lj 1 .1 ai 24 a i 6 1 4 .4 EST fest rest WIMPER M imber imbhr 13 DYNAMIC dymnkii KIIM RIJN NUMEWR 4 .4 starm KIIM RIJN ni1mhek nllmheh 6 FRONT TOW SIRESS meter MITER MILTER MAXIMUM DYNAMIC PRESSURF WIHV MAX I 1 mith HUH kith kuh kub 8 sfafil fa r it PRFSSIIRF liln rator rmtor tmvat r vac fac cflllt roit rolt rfait orfait tyno TYRO ryno iiaxthtlfl MM mlih mith HIIH YHAMII DYNAMIC pre PRF pkkymiot astm stm allin tllin lp1111 tl LP rin irn lIN 1111 11 MAXIMUM aari sfftflc rari pkf&siiw prrssiow IBIN IMPACT ilal few rili faw fam ilfl il rolt roit fl 14 y6 ya v A 0.9 09 09 og 12 72 12 1.2 10 0 0 1 2 17 y ay 22 A 01 12 3 220 22.0 220 0.6 06 06 og A 717 71.7 217 717 221 22.1 ar i 10 1.0 10 io 13 4 .4 202 20.2 202 0 4 2641 26.41 230 23.0 230 A 0 11 1.1 ij lj 166 161 16.1 22 b 0 1 5 25 0 25 ais 7 1.0 10 lo io 2 13 14 0.6 06 06 og 6 260 26.0 260 3 M 1 0 0 H 112 11.2 112 343 34.3 343 05 0.5 05 os 1 21 H 0 y 12s va v2 2 0.6 06 06 og it 17 v 205 aos 20.5 205 wos 0 y v6 va 201 20.1 201 0.5 05 05 03 fest TEST rest WIMPLE Is S DYNAMIC DYNAMO KIIN RIJN klin kiln rtin NUMPER niimhk R 4 srui swtv arui rtin RION rioh n11mhir nukh1r 6 hront ERONT tili tiit STRESS uter ater HTER MAXIMUM MAXIHIIM DYNAMIC pressure PRESSURF ib1h ivjn2 ibsh MAXIMUM sfa stftfii r I 1 prrssillf pkrskiii irin IBIN trin imiaiir ihi1aif mi FACI satt katl tit IK lit RFAR rix KAXIMUM bynan DYNAMH DYNAN bynah PKESSURF LHIN MAXIMUM sral PRSSIWE i himy HIINV imah IMWH imad lf aciiiit VAGIOR factor jl 9 A 6 of 0 1114 10 100 10 0 1 0 426 loo ih aa 1 av 1v v 11 22 a 0 0 v 2 21 1v V W 221 1 jy V 3 1 2 10 av 191 195 4 2 294 y 4 at 2t 13 1 4 av 11 a 2 S 3 H 257 25.7 257 i i ys 7 2 a 5 airt n irt 1 A tl B IV 2 V 4a aa A J S I 1 7 2 asu ysu 5 0 aj 23 7 11 1.1 it lt A 0 22 a 2 0 207 20.7 207 20 ao 20 1 1.0 10 10 to 124 12.4 124 205 20.5 205 1 6 elf eer rem NLIMJFR S i DYNAMIC riih KIIH RIJN nwptk nlrtk sfarti KIIN RIJN rtin niihvfk niihfkk 6 RUNI TIFL tife STRESS METER heter MAXIMUM DYNAMIC PRESSURF ibin2 IW MAXIMUM MAXIMOM STA starn r it PRFSSORE PRKSSIIKE IBIN 191117 1.91117 rhar REAR rir1r impair imiacf impaur fatt VAII pati ainilk nit olt nil MAXIMUM DYNAMIC presburf tke&iiuot presbury iri tri IMIM 1 I MAXIMUM S shafii sfafii fa r it PRISSORF I 1 1 ant lnt IMPACT KI FAC foc uit olt 1 y6 ya 6 .6 h6 H ha 6 100 10.0 10 loo V 1 11 A 2 6 .6 S ay iy IVA iya & 2 0 V IJ 0 221 22.1 2 2 1 6 .6 1 2 0 0 4 H i 4 ajo 230 5 H ay 2 i VJ 0 2 to7 toa 7 .7 B 6 3 1 I V ath ach alh H 0 2 i w 2 aj 0 14 iv 2 22 0 v y J it w4 wa 0 4 2 1 2 4 20. 20 1 i EST EILIMPER NIIMMK 5 i DYNAMIC RIJN RUN humpkit n11mhkk 0 srack SIACK SIWIV run RUM RIJN NUMHLR NIIMHLR 6 41 vrona vronr rykr rxkr siress SIRLSS METER MAXIMUM DYNAMIC prlitlltf phliislllt IBINL IBIIN MAXIMUM saarm safh srarm saio salo prfistfrf twisiirk IBIN IBNV I 1 ihiwf MVAV f vactor FACTOR W maximim maximin i1ynamk hynftmlc PRESSOR fktssiiiir trin MAXIMUM braf sraf srarii V pri PRO fri mssiiiih R 11tr ibinl irimy crimy imla imiatf 1m1ac IMIA tf FACT tacniit lilt v y VA 1 l HH H KO 10 0 lv y 2 50 2 vi ahu ihu 1hu a 2 0 V 4 .4 17 wi 2 2 1 oy ivy avy ivv 1vy 2 0 oy 2 1 0 .0 4 7 06 2 ao U v y 2 61 6.1 61 67 A 2 2 1 1 I 1 S 2y ay at xt 11 iv aa A a4 4 ala alb a I 1 y 6 2 7 ath sih AIH v y 2 i t 2 23 xjy xay 7 0 .0 1 201 20 ot 1 222 2 2. v y it 244 24.4 244 20 yoa you 5 1.2 12 12 2 .2 A 0 20 1.1 11 ii li 1 .1 telf nisi nesi NUHKR NLIMLER S mnahic i1vnahiv RUN NIJMFK 30 STATIC min MIH RUN rur kur niihhlfv nilmhlk 6 erony eronr rort rxrt srrls1 sffifc&s METER MAXIMUM MAXIMOK JJYNAMIC prfi111l prce slirtl shirtl 1 IBIMX MIMI pani MAXIMUM staric starli PNFSSIIRF IHIH IHINP RFAR I 1 IRI lne rne IMPACT fat FAI fwnm roi rol rui MAXIMUM DYNAMIC IVNAMH prl1sokf kkttssiikf I 1 IHIN PJN trin erin pin rin MAXIMUM s sfafll aric PRESSORF I 1 rne HINK pne impair IMPACT cavolt rwfiiii vavolt y v6 va 6 y y6 ya 6 1 10 1.0 10 to 0 y VH it KO 0 1.0 10 io lo 2 ai 1 S nya 1 6 0 ov V tah tap IAH 6 0 VQ o 0 x4 2 xa 4 221 22.1 221 11 1.1 li ii 203 aej aoj 20 s yo 0 2 1 0 4 2 ajo 230 30 ajo adv ajv ic 1 1 2 I 1 v y 2 t 1 0 ov y hii jil jii ajy aay 1 ij 1 .1 6 2 at th 10 1.0 10 io ihi ibi 1h1 33. 33 3 A 1 22 kar kfr 6 21 2.1 1 10 1.0 io tv 0 IHI thi yy ay e H 209 aou 20 10 1.0 10 to 1 I 1 ift it 0 OS 0 itse itsf irsf NUMPER NIIMHKK 5 S IYNAHXV DYNAMIC rtin KIIH RION rioh NIIHK NUMVI K it SWIC WH wk nomar MHMMK 6 FRONT aillt illt siress METER MAXIMUM IIYNAMW IRESSIIHK ivjn2 lrlmx MAXIMUM fat rat sfftuf fai it mssiiiti fnfssiiitf tw IWINV RFAR FIR wwava wwavr U iftlt aum mum FACIOR ahm MAXIMUM MAXIMOM IIYNAMIC pren PRES vren ressi KESSI ressl kessiint pres111111 111111 inh int irh lfiny lvih2 mdxlmllm X M S sfftfll A I 1 H PRESSURK I 1 pinn HIH mih min rinn OWAVI k tftltdk ACT OR 1 I 1 y W I 1 100 10.0 too 100 I 1 I 1 41 1 2 2 6 11 1 I 4 0 3 V 2 1 I 1 23 W 2 4 2111 23 0 1 y WI 21 1 XV 22 h 21 11 y 2 5 1 1 0 24 e fr 250 0 6 223 114 114 1.14 32 a jai 334 jaa j ja4 1 1 IY 4 2 an5 ana 5 ar 12 V 0 20 2 20 ts I 1 24 a 6 205 aoh I 1 49 BEST COPY AVAILABLE |
| Identifier | http://cdm15999.contentdm.oclc.org/cdm/ref/collection/WesternWatersProject/id/12993 |
