Record Details
page 64
Digital Collections at BYU
| Field | Value |
|---|---|
| Title | page 64 Results of the Currant Creek Pipeline Impact Loading Study, Central Utah Project, page 64 |
| Coverage | Electronic reproduction; |
| Format | 64 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; ffm c111 efm ntfmf1ik nlmpkv I 1 it i DYNAMIC RIJN KIIK NUMKIZ 2 slatic SIATIC SIATIV RIIH RIJN number I 1 1 FRONT YXRF STRESS METER MAXIMUM DYNAMIC IYNAMTC pressure HES SURf sure sune Lb l11ih2 lb1112 1112 MAXIMUM s sfaiic rai ral I 1 pmsisiike prfsylke 1 ebin LBIN 1313 W rear RFAR I 1 XRF trp impact impall IMPAVI FACTOR FACTOK MAXIMUM DYNAMIC fressiirl PRESSURE ILHINP LHIN MAXIMUM aradi kradi srarw prssiirt fssiir1 I 1 kohv k1hv h1112 watt WAIT XHPAV f factor FACIOR 1 14. 14 168 16.8 168 B 09 og OV 09 0.9 IS itia atia 3 jbv 153 jb3 b 1.0 10 io lo 1 223 22.3 223 3 24. 24 0.9 09 09 og ya y5 5 .5 14 k 0.9 09 09 og 3 230 23.0 230 27 a X 0 0. on 245 ab a b 230 23.0 330 230 3 11 1.1 11 ll 4 265 26.5 265 5 260 26.0 260 0 1.0 10 io lo 1 0 .0 21 S 240 24.0 240 0 y b S 4 33 5 .5 1 0 .0 WO 29 9 1 0 6 22 22 b 10 1.0 10 io 20 290 20b 205 N W 0v av 00 0.0 7 11 1 i 19 5 00 ot 0 iti itt lyo iyo 0 ay 21 4 .4 0 8 9 30 t 21 2.1 0 1 3 4 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numfibk ntlmf4kr it PYNAMTV itaw ityw hil MII hll WN min mir NIIMPFR 4 shahi sfahi sfa11 MIN WIN mir NUMBER I 1 1 FRONT frons takir tykir SIRESS METER STRESS METER MAXIMUM 1 YNAMIC ynamtl PRLWIRL prest press IIRL lire ikler iklnr ailt lle lie ilt MAXIMUM s1a11 stator IV prf&sore pkr&siirt I 1 lny iny alny PI na n1 IMPAVI paci ravi pact rackis OR RFAI I 1 XRF MAXIKOK YNAKIC PRESSI pres rhes surr SURC iff itf lh1n2 lpinl MAYJMIJH S samil sfmil W it fossum POSSUM I 1 r1n r1111 rin ran IMPACT FACTOR KAUTOK AP 0 .0 IS 8 .8 it 10 VO 4 0 S 9 ya y3 3 a 4 4 .4 0 9 50 5.0 50 ia i7 0 9 .9 4 0 1 l k 2 1 l 4 50 5 5.0 50 0 igo 660 i60 6 0 1 0 ya iv5 y5 24 1 440 KO 440 44.0 k 1 1 3 .3 noo 50 SOO 0 19 9 5 .5 1 1 1. 2 .2 9 7 1 .1 i 0.4 04 04 H va v5 5 0 t i 7 40 2 .2 io 0 iy ay A glo gio alo 4 .4 0 a A 1 .1 7 isi 151 lsi nimber nllmhm nimbvr it IIYNAMC IIYNAMIC RUR MIH mir nur NIJMRR i fatir l4atii rtin RIIH RIJN nlbinlr nlmkr I 1 FRONT IIKF MAXIMUM liy lly ily liynimic hywm1c NiMIC pks1411tir phel prel airt iirt I 1 HIN nin nln MAXIMUM stain starn FKVSHIIRL t ran lwin iwin r1n near KFAR neah lire IIRF lyre XIIPACI F aci AVI acl OR MAXIMUM IIYNAMIC pressjl& pmessdkt lbino lbinl LPIH maximi KAXIMIK KAXIMI maximim K S sfftnc ial fal fat I 1 V pltssii pkkssilhe E I 1 min XIN IRIJN rin paci pacl PAVI pav rav pac hatt haat t aal att mit wit UO 0 1 16 H 0 oy 2 0 .0 lb 16 tb I 1 b mt 4 b 1 h 21 3 1 4 I 4 .4 I 1 1 j IS b 1 7 .7 3 06 11 4 & b 1 0 4 1 .1 0 0 .0 16u 6 0 1.0 10 10 io 0 60 go A 6.0 60 0 4 .4 0 11 1.1 31 3.1 11 ji 31 41 tho 110 31 3.1 33 5 4 1 0 .0 IV i I 1 1 4 6 16 6 6. 71 y 0 1 toh tor ian icn 8 a s 7 yb 78 ay 1y iab ivb oi o i 6 6.5 65 65 5 S 22 A 0.3 03 03 ha h h5 140 14.0 140 240 i 0 .0 1.7 17 I 1 7 a23 323 3 .3 33 3.3 33 3 3 1.4 14 14 fest rest IUIMEKK HOKPIK 1 11 IOYHAMW HYNAMK mir MIM RIJN klir NIIKPIR 6 IAIIC 1iaiv RIIH RIJN n1144er n11ir I 1 1 FRONT TIRE STRESS METER MAXIMUM mftximim PYNAMIC PRFSIIIRL IKKSMIRL I 1 bin m11 mftximllh sraflm sfftfir FRFSIRE tasi twsi ine irl lre I 1 H h1 ha IN N kfare kfarc IIRI ria 111 tii imp hiaam III mtftn pactor FACTOR MXIMIIH IIYNAK hynrtmlc I 1 V pressure LP LHIN 111 MAXIMUM smaill srftfir sfaill pkis1111w sallil smllil 1 I hin WIN rin IMPALT FA fai fat I 1 OK olt nit uit 1 y p ta t6 8 0 ot 100 10.0 loo 0 0 r 1 OH 1 4 .4 45 5 09 0 y y4j I 1 b 4 .4 & b 1 1 .1 1 i 11 a0 aa 30 1.0 10 10 lo 0 4 27 275 a7t abt ao 60 160 igo 6o 1 1 .1 ia i1 ivo tvo 0 io 40 0 oy 11 5 5 .5 1 .1 14 tat t4t at 1 yt 15 1.5 15 6 420 0 420 .420 o 5 1 4 t s 22 oy V 9 9. y I 1 ivi ayi iyi V sb ab b 3 .3 02 CS 02 0.2 ha 0 h0 0 30 3 3.0 30 0 1 7 03 40 io 40 .40 0.3 03 3 3 3. yest IEST test NOMPFR it DYNAMIC WR RIIH mumper ruhrer V 1 SIAIJV nur KIIM NOR rtin rur NUMER numier NUM ER 7 nohl ROHT nurl ida id4 STRESS METER i 14. 14 i IA 0 OY y r i 11 tov 1 1 .1 12 2 3 2 6 6. 1 .1 B p S 23 ino 110 230 23.0 230 ka k3 0 263 263 26.3 0 il 24 233 3 3 11 4 165 16.5 20 ao 1 0 2b ab b 1 C 0 9 5 44 h 30.5 305 305 1 I 1 iv 0 0 h s 10 1.0 10 io 6 2 4 ath 24 aia ata 8 0 y ao 20 vo 20 20. po pv 1.0 10 10 io i 1 163 i63 3 0 lii III 111 lit if 20 0 o 0 cy y 8 103 29 9 E 10 1.0 10 io A 1 21 a 1 14 1.4 14 4 ust usi iest test MUMPER 11 I 1 YHAMIV MM NIIIWK NIIKRFR 3 lit 111 1 rur RUM RIJN nijm nllhmtr LR 7 FRVNI FKUN tike hai raf nai har rak KAK tiri TIRE STRESS SIRES METER MAXIMUM YNAMX presslrtf kes&iirk I 1 llin FRONT tirl TIRE SIRESS METER MAXIMUM IYRAMIC YRAMIC I PRFSURIL assure mS lure lUrt sure elfin lfin lbin1 MAXIMPH sa s1 raol MAUI al W press11ul mstsiifit I 1 IHIN RIJN ekin erin mam MAX ham MAXIMIOM i mm smiar smiir I 1 A I 1 I 1 V PRFSSRL t irin IHIN WON trin oon oln MAXIMUM MAXIMVK stalic slatic fresh PRFSH fress wsurt ire ORE irh I 1 WIN gin gln bin bim MAXIMI MAXIMUM H sfftfu mrl arl PRIS fris prissilla pkfisllhe prissille SIllE stire IP IBIN 1111411 XMIACT IMI att AlT FAVIOR I 1 MPAVT alffllt impat imrtrr IMPAI FACT pact tactuk tacthk k MAX maximim I 1 hum MUM HYNAMK prens PRESS rkemiiw W LPIN upin Lt IN HAUHIIM MAXIMUM s sfftrir m f I 1 PRSSIWE I 1 1 huy ruy hin rin 1 vs y 5 i6b 16b iab lgb 06 0 va ir ii 2 30 so 3 3.0 30 0 WJ e 1 0 OV 9 5 .5 A b i 2 aib 8 aa a3 op y i 4 21 alo 210 aio ao 1 0 0 OH t tv 0 tuo 15 ido ijo 0 i 3 34 340 34.0 340 0 1 II 11 4 SO 0 aa a0 i I 1 15 1.5 15 6 11 1 H ta t8 0 11 2 0.8 08 08 b 7 as 2s 5 ajl 16 6jl jk 09 0.9 09 uv V 1 I CO 0 00 oo 1 0.0 00 0 1 lb b H iab ivb 8 ib i8 yfj 430 430 10 1.0 43.0 10 40 io lo 10 1.0 0 io 0 TEST NIOMKR 11 dynamx1 dynftmu KW RIJR NIIHRLK NJJMRLR 4 srail MM WON min mih NUHFIER NUMBER 7 proni FRONI kroni tirl tire SIRESS METER MAXIMUM nax MAX nag 1 muh HUH DYNAMIC PRESSURE iwin2 ibin2 iwine MAXIMUM 1 sfrtiir rat JAI ial IV misiirf prk5si1nf I 1 pina pira rauw raum hiar kiar wiar IIRI MAXIMUM iiynamk hlfnahu phessprf phes&urp alfin lfin 1111w MAXIMIIH PYNAMIC hress FRESS fnessllrt t lri IRI irl vilh VIIH MAXIMUM MCXIMIIM sri sffttll pt PR ab sb stilih ssilih iff ith itf HIN IRIH 1 irin pin rin MAXIMUM s tanc pg assure mssure SSU ssi pr I 1 WIN HIN rin hftxlmiih piaximk lith IIJH sfa sfftnr PRISSIWF lW SMIHt 1 ahin 1hin irin W WMPACI fw FAC pac urm urn umm MPALT fav11 olt ole 1 17 ai 1 11 1.1 lt it 1 ish inu IPU 0 0.9 09 09 og 9 0 6 .6 0 OV w3 wa 3 3 0 9 .9 1 .1 50 5.0 50 6 aj 3 10 0 .0 40 j 21 2.1 a I 4 sa ba s0 b0 21 io 0 19 1.9 19 tg V iva iv5 5 ag 5g 15g 1 2 5 ay 44 4y 0 105 iob 10b S 1 4 hoo boo 00 ab 0b 6 .6 6 il 1 tb S v vy 7 20 i 5 .5 7 1 H 3 .3 ts t s 5 200 300 00 0 oy u H 4 0 1 .1 iff dyb ivf b 6.0 60 60 go 0 il 1 0 3 3.0 30 30 0 rasi ffsi rfsi ntimkit nllmhtk 1 DYNAMIC MW wit NUMNER siatis siftth siativ rur RUN RION rtin NISMIR 7 FRONT I 1 kf stress SIRES METER MAXIMIIM pynami1 pynftmit PRESSURE I 1 P hina hin2 in2 ina MAXIMUM MCXIMUM IIYNAMIL fresi PNLSI fresn fhlssurk JZF LBINL IMPACT factor FAVTOR vactor MAXI MAXIMUM KIm mim sfftlic at IV PRI prii pris sollit ssu10 slllit I 1 H hni ani IN 41 pl I 1 k lk 1 1 1. 0 ka k6 11 0 fj 8 s0 0 171 17 1 sa al 5 aj 6j 3 1 3 23 3 1 1 .1 it I 1 163 16.3 263 163 6 .6 3 0 11 tn 11 .11 1 H 4b b 23 33 3 0 6 ab 4 0 0 0 V A 6 0 15 5 0 1 0 410 t 0 305 5 .5 1 I t I 1 4 0 W H 0 o 10 6 16 6 A 3 24 8 0 1 ac 1c f 0 15 15 1.5 5 1 78 aj 6j 6 3 0 A b 10 io 10 .10 0 0 0.3 03 03 3 4 F B abw 280 2y0 avw 1 13 1.3 13 3 A 3 .3 1 1 0 1 5 .5 rrs resl resi ntmbfr nlmlifr I 1 H I 1 IYNAKIV YNAKIV I KIIN RIJN NUMHLR NDMHLR 6 matli SIADI IAIJI RUN RION aur kur niiimtr n114nlr 7 rear RKAR I 1 IRV IMJAVT I 1 AC fat att I 1 OK OR rear RLAR I 1 xiv xkv MAXIMUM DYNAMIC PYNAMIC frlsairl tklstlw LBIN MAX mftxlmllm I 1 KI mim KIM M DYNAMIC FRILSS aw 1w m LHIN thpavr impftlt rw FAVI ravi raci mi olt uit XMPA t1 ta FAI fat r it IMPALT impact FAC foit roit folt H ub 16b ab 0 10.0 100 loo 11 lf 0.6 06 06 og 6 ich 21 ilh 13 1.3 13 J 0 oy 1 15 15 1 l 3 1 15 1.5 15 5 t JPS b 6 6. 4 .4 14 4 .4 1 .1 8 .8 6 3 3. 5 1.0 10 10 io 4 ao 1 0 t 1 0 10 2.0 20 2 20 1 0 OB 8 5 ha h5 b 1 45 44 4.5 45 5 1 1 lb b 6 2 0 .0 4.8 48 48 8 .8 1 1 a3 aa t 05 ob 0.5 05 0 OV 7 V 6 6. 1 .1 4 S CO 10 3 .3 f BO 0 y98 298 19 8 1 03 50 0.3 03 3 1 1 0 i 1.4 14 14 64 m on mwi MAILABLE amwi |
| Identifier | http://cdm15999.contentdm.oclc.org/cdm/ref/collection/WesternWatersProject/id/13011 |
