Record Details
page 45
Digital Collections at BYU
| Field | Value |
|---|---|
| Title | page 45 Results of the Currant Creek Pipeline Impact Loading Study, Central Utah Project, page 45 |
| Coverage | Electronic reproduction; |
| Format | 45 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; TEST MMWK MJMIWR 4 DYNAMIC RUN HUM rum ruh huh WMWR 1 S HIATIC klin KIIN RIJN nummer NUHKK WONDER hummer V pront FRONT prunt irre IIRF tire STRESS METER STRESS METER HETER MAXIMUM DYNAMIC presstw mswtrf pressaw inina MAXIMUM HAXIHIIH DYNAMIC pressure PRFSHORF 1bin2 iwin2 iwine MAXIMUM static HIATIC HI AT ac 1c PRFHHORF lrin2 l81nx IMPACT IWACT FACTOR ACTKH 1 RFAQ TIRF MAXIMUM HAXIKIIH DYNAMIC PRESHORF PREKKIIW lhin2 lih2 lihr MAXIMUM MAXIHIIH HTMH PRIESHURF ivxn7 luin lurn IMPACT FACTOR 1 I 3.0 30 30 0 .0 7.3 73 73 i 04 4 SS f9 7s fa as 0.7 07 07 a 2 5 .5 20.0 200 200 voo 0.4 04 04 ia i4 155 ibs 15.5 lbs 155 233 23.3 233 21 21. 0.7 07 07 3 128 iu 128 12.8 200 20.0 200 30 0.6 06 06 og 6 1.0 10 thio lo io IVU 0.9 09 og ov 4 160 16.0 160 igo lyrl IV 0 H 26.0 260 260 ivo tvo tyo tyc ty0 iv0 1.4 14 14 & b ivo igo 190 tvo 215 21.5 215 21 s 0.9 09 09 og 295 ava 295 2va 29.5 pio plo yio 1.4 14 14 6 360 36.0 160 lgb 214 21.4 215 214 21 0 0. OH 230 25 230 23.0 0 200 20.0 20. 20 200 1.3 13 13 7 175 ls 175 17.5 220 22.0 220 0 OH 245 245 241s 24.5 223 233 ti v23 1.1 11 li ii 0 17r M ly 19 s OV oy 223 22.3 223 IV 1 4 .4 1.1 11 ii li TEST niit vest WIMWR hember heeber 4 DYNAMIC kiin KIIH RIJN rtin NIIMIFR A STATIC RUN RON tumpek niwbkh numpek 9 FRONT tire TIRF MAXIMUM STATIC PRKSHIIRK PRFSHIMF tpin2 lplhy iriny triny impaur imiacf impair raltie raltih factolt RFAR tire TIRF maximum MAXIHDM MAXXMDM DYNAMIC PRESHIIRI LBIH WIWI MAXIMUM statil STATII STATIC PRESSURE IBIN IMPACT FACTOR I 1 1 a IS 5 7.3 73 73 3 00 0.0 00 0 a 5 0 7.5 75 75 7 R 2 150 15.0 150 15 0 20.0 200 200 20 0 08 0.8 08 oh 0 H 1113 1163 I 1 21 3 .3 ora 016 3 if 175 17.5 175 S 200 20.0 200 20 voo 0 0 y 100 10.0 loo 10 0 199 19.9 lgb 19 199 0 li 4 240 24.0 240 2 2. 0 iva 193 iv3 IV 1.2 12 lv iv 1 2 110 11.0 lio liv 11 0 iyo IV lyo igo 0.6 06 06 og a 5 230 23.0 230 23 0 215 21.5 215 21 5 1.1 11 li ii 1 1 13.0 130 130 13 0 210 21.0 VI 210 0.6 06 06 og t f 175 17.5 if 175 215 21.5 215 21 1 08 0.8 08 oh 0 H H H 200 20.0 200 20 0.4 04 04 7 I 1 200 20.0 200 20 0 220 22.0 VI 220 0 0 V 9.7 97 97 V 7 22 3 0.4 04 04 d V 14h 14 H IV ly 1 0 V 6.0 60 60 go A 0 195 19.5 195 19 0.3 03 03 EST fest rest NUMPER muhrer A 4 DYNAMIC UYNAHII RIM NUMPER 7 trelc trtlc rfativ riih RON roh ruh MO nuhttk avak avvk 9 FRONT TIRE STRESS METER HETER neter MAXIMUM HAXIKUH DYNAMIC CYHAMK PRFSSUFF abina lbina lwin2 MAXIMUM HAXIMIIH ern srallf wrn PRFSHDRE irin inin IBIN impar impal f factor FACIOR fattor RFAI tyri ITRI MAXIMUM HAXIHIIH DYNAMIC KYNAHK PRESSURE PKLSSWE iwin iwln iin2 f MAXIMUM krath KCATK pressure PRESSURF 1111112 IMPACT failor acrilk fairor 1 a 2 it 713 1 S 0.4 04 04 0 4 5.3 53 53 S 3 75 7.5 75 0.7 07 07 2 5 5 200 20.0 200 20 0 0.3 03 0 03 3 103 10.3 103 10 1 .1 21 3 .3 0.5 05 05 3 1 .1 6.8 68 68 gb 6 e 200 20.0 200 20 0 0 IS 130 130 13.0 0 ly0 IV lya 0.7 07 07 4 lol iol los 10 3 ly5 lya IV S 0 15 2150 215.0 2150 2450 0 190 19.0 igo 190 19 124 1.24 134 a 5 .5 160 16.0 igo 16 0 214 21.4 21 214 S 0.7 07 07 0 U 33 0 230 23.0 210 230 21 1.6 16 ig lg 6 16 r 2115 21 0 H 26n 265 ia 5 70 0 0 1 7 203 20.3 TO 203 J 220 22.0 220 2 0 0.9 09 09 og 0 V 24 2.4 223 22.3 223 1.1 11 11 li 8 2410 2.410 2410 2 2. 0 ints iyts IV 3 1.2 12 12 1 2 225 22.5 225 2 S 19 1.2 12 12 TFST WMBER A 4 DYKAHIC DYNAMIC run RVN RON rom rum NOMWH hfwh 0 statis KTATI RIIH RIJN MUMNER HUMHEK 9 FRONT TIRE STRESS METER MAXIMUM DYNAMIC DYRAMX PRESSURE ipin2 11m2 ipina MAXIMUM MAXTHOM STATIC PRFRHIJRF LHIM IMPACT FACTOR ACTOR RVAR TXRF MAXIMUM DYNAMIC pkehhiw pre hkiwt tpinl ltin trina lt illk altin IN MAXIMUM static STAIIC stalic STM ac 1c PRKSSIIRF PRFSSIIRF ix1n2 lhim2 I 1 ramt ramr pat PAI r FACTOR IACTDK 1 110 11.0 eyo eko & 0 7.3 73 73 0.7 07 07 0 7.0 70 70 0 75 7.5 75 0y ay 2 113 11.3 113 11 j 2040 20 0 0.6 06 06 og 0 & 1444 14 213 21.3 VI 213 0.7 07 07 j s 130 13.0 130 0 200 20.0 200 0 0.7 07 07 0 120 12.0 120 12 1y8 lys IV 0.6 06 06 og 4 21 y 11 3y5 19 3 1.1 11 ii li 1 1 165 16.5 165 16 3 ly0 IV iyo lyo lya 0.9 09 09 og 5 27 21.5 215 215 ai 1 3 240 24.0 240 2 0 210 21.0 210 ja j1 11 1.1 ii li A 7 0 it 21r r 1.3 13 13 ix 1 17 j710 B 200 20.0 200 20 0v av 7 325 32.5 ft 325 S 220 22.0 220 22 0 35 3.5 35 1 S 163 16.3 163 S 223 22.3 223 22 0.7 07 07 H 305 30.5 305 JO S IV S 1 e 6 165 16.5 165 16 S 1y5 IV 08 0.8 08 oh ist EST NUMBER MIIMDEK 4 DYNAHIC kynakif roh KIH RON ruh aih ath 1411mrfr matr mhtr MH tR 11 staft stafy starri start KW RUN ruh NUMBER NOHHEK 9 ont uht UNT firl STRESS METER MAXIMUM hynal HYNAW DYNAMIC pressure prfssllrf lbin2 lhin2 lhing MAXIKIIH MAXIMUM statil sfatil rfatic PRESSURE IBIN irin impair immiin impail FACTOR rear I 1 IRF irp MAXIMUM DYNAMIC DYMAHIC PRESSORF pru ssimf LHIW haximum haxihuh maximum srat arat sfatll PRISMIRE ibin7 i81xn IMPACT FACTOR fA tyni ITOI 1 7 S 7.3 73 73 7 j 1.0 10 io lo i 0 3.0 30 30 75 7.5 75 73 0.4 04 04 2 155 15.5 IS 155 5 200 20.0 ao 200 0 00 0.0 00 oh 0 H 10 l 0 XI 21 A 0.2 02 02 4 .4 173 17.3 173 I 1 j 200 20.0 yo 200 0 oy 0 V 35 3.5 35 iga 198 lya ly8 IV 0.3 03 03 4 25b 255 S & 19 1.3 13 13 J 7.0 70 70 ly0 IV igo 190 lya 0.4 04 04 a 4 .4 30 0 t 2145 S 1.4 14 14 1 4 05 0.5 05 H 210 21 14 14 1.4 6 ay W 2y r 213 21.3 213 ai S 1.4 14 14 1 4 A 1 200 20.0 XO 200 0.3 03 03 1 39 1 4 .4 220 22.0 ay 220 0 1 116 A 00 0.0 80 bv B 22 J 0.4 04 04 V 313 31.3 313 jl iyb IV lys lgb cyb b j6 ja 1 6 h0 ha H lyb IV 195 cyb 0.4 04 04 rist FIST ryst NUMBER 4 DYNAMIC DYMAMK rith RIIH RIJN rtin NIIIWR la sia111 k1a111 RIJN RUN NIINRER n111 FR V Y franf fronf rike rire kfrfcfrs ress RLSS METER IAXIMIJM IYNAMIC PRFSHIIRF irjn2 ib1nx MAXIMUM saric brfttii swric PRESSURE iriny ibiny 191in2 rear RFAR TIRE IMPACT rat FAI pal fairoit facrur rolt rOIt MAXIMUM PYNAMXI DYNAMIC pressure PKEBKIIKL PRESHURE tinp lwihv tiep MAXIMUM saarm kfftfll srarm twsiiinr prfsiiflf I 1 hina hin2 I 1 iwaiir MPAI r favit FAVIl facil favillia arriiit favillit lit ill i 1 B 3 f 1 I 1 AS V 2 21 1 W 2 1 0 1 1 IV y J 21 3 0 V y t 11 b 1 0 0 0 9 1 IA A H tv V H 0 OH 4 205 afi ffi 1 IV y 5 3 .3 1 1 1 IO 10 0 .0 IV 1 Y 0 0 V y 5 260 760 74 0 2 ai 3 5 .5 12 2 2 M 0 5 .5 2 ai 0 1 10 A W Z H 215 21.5 215 a 5 1 1 125 12.5 125 5 10 0 0 i A 6 7 av w 2v 2 aa 2 0 1 0 129 12.9 129 v H 223 22.3 223 22 j 0.6 06 06 og 0 6 H 22 0 6 1 IV y S I 1 2 1 I 7 & b 1 IV y 0 V y TEST nimr MOMJIFR 4 DYNAMIC RIM RIJN numier HOMIER is 34 3.4 14 1 1 STATIC rtin RIJN NOMKR WIMBCK V FRONT tire TIRF teitt strehs te6tt STRESS METER HETER MAXIMUM DYNAMIC pressure PRLSSURF ibin2 ibina abina MAXIMUM STATIC KTATIC PRKKKIIHF PRFVHIMF alkih lkih 111in2 rfar afar TIRF IMPACT pactor FACTOR pantor fat FAI tort TOtt torr MAXIMUM MAXIHIIH DYNAMIC OY HAilU pressure iwine ibin2 iwin2 MAXIMUM STATIC PRESSURF I 1 BI WIN oln oiw IMPACT IMUT facter CACTOR FACTOR i 1 40 so ao 40 4.0 7.3 73 73 a 0.7 07 07 0 70 7.0 70 7 y 74 7.4 74 1.0 10 10 lo a 2 ajio 13 ijio 0 M 200 0 0.7 07 0 07 195 19.5 195 19 S 21 213 0 y 3 21 A 200 20.0 200 20 0 1.1 11 li ii 1 1 220 22.0 220 0 lgb 199 IVB 1.1 11 ll il 1 4 21.0 210 210 lya ign ly5 iv S 11 1.1 11 1 1 VI 220 22.0 220 0 190 19.0 igo 111 lei a 5 W 2 2. 0 ai 21 15 15 .15 jv 1 V 200 20.0 200 0 21.0 210 210 1.0 10 lo io 1 A 223 22.3 223 tt 21 3 5 1.0 10 lo io 1 0 153 15.3 153 200 20.0 poo 200 10 lo 1.0 10 0 7 1 20. 20 203 203 20.3 22 0 0 ov y 213 21.3 213 21 223 223 22.3 1.0 10 io lo 1 H 200 20.0 200 won ly a li 1.0 10 io iv t 0 21 3 .3 IV ivi igi avi 1vi 1.1 11 li ii 1 reyn humber NUMBER 4 1 I DYNAMIC KIIM RIJN NIJMRFR IA 14 STATIC RUN RIJN ruh rtin nijmhfk niimmfh 9 FRONT rire SIRES METER MAXIMUM DYNAMIC pressure PRESSURF I 1 91112 MAXIMUM STATIC ushe PRFSHURF WSHK IHIN 1141112 1.141112 IMPACT FACTOR far fal tak tpk RFAR rxrv MAXIMUM DYNAMIC pwsliurk PRFSHORF lhing lhlny lhinl HAXIHIIH MAXIHHM iwic sfafil swic PRESSURE I 1 liwa HIM WIWI lima rim rin IMPACT FIWTOR 1 50 5.0 50 so 0 7.3 73 73 0.7 07 07 0 80 hh HH 80 8.0 15 1.5 15 75 s 1.2 12 12 a 2 133 13.3 3 W yoo 200 0 0.7 07 07 i 210 230 230 aio 23.0 aj 2j 1 1.0 10 io lo A 140 14.0 140 H 20.0 200 200 oa 07 o7 0 7 225 225 aas 22.5 lyp iv 1.1 11 ii li 4 ly a ls iva 1.0 10 io lo i 0 21 0 ivo tylo 1.1 11 il li 1 210 21.0 210 0 21. ai 21 1 0 195 19.5 195 185 21.0 210 210 0 y 6 I 1 173 17.3 173 1 .1 214 ais 21.4 als 215 214 00 0.0 00 oh 0 II 11 19. 19 ig lg 1 y 4 .4 200 00 oo 200 00 0.0 20.0 1.0 10 lo io 7 223 22.3 223 22 3 270 ao 270 27.0 1.0 10 io lo 0 215 wa 215 21.5 223 ws 22.3 223 1 0 8 as 2s a 8 1 iva 195 Y 1.2 12 12 i 2 20.0 200 200 19.5 195 195 1 0 TEST NUMBER A DYNAMIC RIM KIIH riih NIJMRFR 5 saath sfath sfatx RIM miimbrift mllmvk 10 IRUNI TIRE STRESS METER MCTER heter MAXIMUM DYNAMIC pressure PRKSSUKC PRESSURL t dibina ibina vkin2 AXIMOM STATIC KMTK r31iri SHIIRC IBIN IMPACT fact FACI FAISIIW OR WAR I 1 RE MAXIMUM DYNAMIC PRESSURE tvihv lp I 1 ha h2 MAXIMUM HAXIHIIH STATIC statto PRISHIMK iblny i1m2 IMPACT HPACT t antor ACTOR I 1 A 0 70 7.0 70 f 0.4 04 0 04 4 5.5 55 5 55 5 A 0 h v ta S t7 223 22.3 223 2 J 0.4 04 04 0 4 II 11 li S 1 l s ly9 IV lya 00 0.0 00 oh 3 120 12.0 120 8 203 20.3 203 20 0.6 06 06 og 0 A ih0 iho 18 iha 0 1 IV IV 0 oy A 160 16.0 igo 0 cyb 195 lyb y 0 f V 260 26.0 260 i 195 19.5 195 19 1 1 3 xvi xgo xv0 0 210 21.0 210 21 0 0 V 29 29s a 2014 20.14 20 16 16 P 700 70.0 200 70 700 0 0 thi 111 fhi 240 24.0 240 2 0 7010 70 3 .3 7 171 17.1 171 a 2 ay it Q tt 245 24.5 245 ai 2i a 223 223 22.3 1.1 11 li ii it 178 17.8 178 H lyh IV byh U 0 v 223 22.3 223 22 3 17h I 1 1.3 13 13 fest NUMSFR 4 DYNAMIC RUN RON NOMPER A 6 slarit klrtfll clarit ruh KIM rum kin rin NIIHBLR to 10 FRONT TIRF STRESS heler MEIER meler meter MAXIMUM MAXIMUH DYNAMIC PRESSURE 1811117 1.811117 MAXIMUM m hfafii rat if PRFSHIJRF lkins lkiny lwin2 IMPACT pactor cactim FACTOR fautor cachim kvan kean rine rire MAXIMUM DYNAMIC PRFSIMF m skier skimr i 1 diw mlo plo rimp niw p147 MAXIMUM STATIC PRVSIIRF PKKKKIIKK IV ibin2 iv1012 1012 impar favrin favrim CM rur run A kb it 70 7.0 70 0.7 07 07 1 11 110 11.0 09 0.9 ov ug 2 15 0 223 22.3 223 0.7 07 07 1 ay 1y 0.6 06 06 og 3 175 17.5 175 203 20.3 203 20 ij 0y ay 10 0 190 19.0 igo ivo 0 li 4 230 23.0 230 0 ly5 ivb lya 1.2 12 130 13.0 ijo 1 Y 0.6 06 06 og 230 23.0 230 0 210 21.0 210 to io 10 1.0 1.1 11 li ii 130 13.0 130 205 20.5 pos vos 0.6 06 06 og 6 17b b wl poh pob yoh H 0 H 80 8.0 80 hh 200 20.0 200 0.4 04 04 200 20.0 200 2218 0 y y7 ya 22 A 0.4 04 04 H 140 14.0 1 140 B lgb 199 lya ly9 tvb 0.7 07 07 6.0 60 60 go 170 17.0 170 0.3 03 03 teff tfsr tesf rumper HVHWK NVMHFK 4 DYNAMIC OYNAHII klin KIIN RIM kiln NIIMVFR 7 WWII RIIH RIIN mukher NUKHER li ROHT wirf 7irf STRESS METER MAXIMUM DYNAMIC PRFSIIO lbin2 lbino MAXIMUM static PRFSSORE iih2 ib1h ibsh IMAIT IMPACT factor FACTDH orfait rfait orc ore MAXIMUM DYNAMIC PRFSSIIRF PKKSSIIRK LBIN MAXIMUM KAXIHUM krath plfssiike plit&siike ibin lbin 1inl rhin binl impair xmiaiif impaif fac rim ruit 1 2h ah H 7 8 1 l 4 a 3 IS 6 9 0 H 1 5 S va v2 2 1 .1 0 a 2 i 1 0a aa IV y 0 0 5 A 614 H W 203 j 1 i 3 130 ii 0 190 IV 07 4 10 tv ay a 05 0 5 yi 23 0 igo IV ty 1 3 I 1 4 .4 I 1 60 0 ai 21 0 0 0 33 J 0 ao 20 S I 1 11 6 3 2 id H 0 f V aa M 2a 4 20 0 4 .4 1 20 3 2 aa 21 H 1 0 v y 24 2.4 pv vv y s vv 22 3 11 1.1 11 24 2.4 24 26 0 i 3 3. 8 1.2 12 1 12 a 22 a S 178 17.8 i 178 3 45 0 belt BEST beli TCOPY 11 COPY AVAILABLE |
| Identifier | http://cdm15999.contentdm.oclc.org/cdm/ref/collection/WesternWatersProject/id/13039 |
