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<br />I <br /> <br />I <br /> <br />I <br /> <br />I <br /> <br />I <br /> <br />I <br /> <br />I <br /> <br />I <br /> <br />I <br /> <br />I <br /> <br />I <br /> <br />I <br /> <br />I <br /> <br />:1 <br /> <br />I <br /> <br />I <br /> <br />I <br /> <br />I <br /> <br />I <br /> <br />vel Tonl (ft/s) <br />Maxchlopth(Ft) <br />Conv.Total (cfs) <br />Length Wed. (ft) <br />MinchEl (ft) <br />Alpha <br />Frctnloss{ft) <br />C &. E loss eft) <br /> <br />Cryst/llRiver.rep <br />n.n 4.99 <br />3.98 2.10 <br />13370.5 1742.2 <br />31.45 17.84 <br />2.70 1.38 <br />30.05 6.90 <br />50.90 24.75 <br />15.81 17.25 <br /> <br />",,,g. vel. (fth) <br />Hydr.DepthCft) <br />cony. (CF5) <br />wetted per. (ft! <br />shear (lbjs"ft <br />streamPower(l/fts) <br />Cl.lmVolume(acre-ft) <br />cum SA (acres) <br /> <br />9.22. <br />3.98 <br />15898.2 <br />464.92 <br />7834.89 <br />1.27 <br />5.21 <br />0.07 <br /> <br />4.53 <br />1.92 <br />78S.S <br />10.20 <br />1.20 <br />S,44 <br />2$.76 <br />17.73 <br /> <br />warning: <br />warning: <br />warning: <br /> <br />The ener\lY equation could not be balanced within the specified number of iterations. The <br />prograM used critical depth for the water surface and continued on with the calcuhtions. <br />~~~s e~~~91 n1~~~t~a~h~r~:~~r f~~a~d~i~i~~a'O c;o~~. s~~~~~~. the current and ~rel!ious cross se.ct.ion. <br />During the standard ste~ iterations, when tile assumed water surface was set '''jual to critical <br />depth, the calculated water surface came back below critical depth. This indlCatU that there is <br />not al!a1id subcritical answer. The prollram defaulted to critical depth. <br /> <br />CROSSSeCTIO/lOUTPUT Profilel50-year <br />~e~' H~~~v (~iP 7841.26 element leftOB channel Ri8~&sgB <br />1.84 ... n-val. O.OSO O.OlS <br />w.~. elev ~ft5 7839.42 Reach Len. (ft) 465.2S 464.83 46S.06 <br />Crlt W.S. ft 7839.42 Flow Area (sq ft) B.S2 142.48 46.SS <br />E.G. slope (ft/ft) 0.010203 :j~: ~~1srt) B.S2 142.48 46.S5 <br />QTotal(cfs) 2031.00 1.13.77 l"n.&l) 244..7 <br />~~~ ~~~~ HUs) 61.61 TOp width ~ft) 10.56 31.4S 19.60 <br />9.S6 AI/~. vel. ft/s~ 4.84 11.74 5.2S <br />Max chl Dpth (ft~ 4.S3 Hyr.Depth(ft 2.23 4.n 2.37 <br />conI!. Total ~CfS 20106.6' Conl/. (cfs) 1126.3 16S61.1 2419.2 <br />Length wtd. ft) 464.92 ~~~~~d (~6/iq (m 11.49 31.45 20.13 <br />Minchel (ft) 7834.89 1.30 2.89 1.47 <br />Alpha 1.29 stream Power (lbjfts) 6.31 33.88 7.73 <br />~T~ ~~~~ ~m S.27 Cum volume (acre-ft) 31.70 56.97 32.23 <br />0.04 Cum SA (acres) 19.67 lS.81 20.41 <br /> <br />warning: <br />warning: <br />warning: <br /> <br />The energy equat;on could not be balanced within the specified n umber of iterations. The <br />programusedcrltical deptl\for the.wate.rs.urf..ce..ndcolltil\\.ledollwith"necalcuht.l<mS. <br />i~~5 e~:?r n~r~~,,:a~h~r~:~~r f~~a~d~;~i~~afO ~~O~~. s~~~{~~~. the current and previ ous cross secti on. <br />Durinll tile standard step iterations, when the assumed water surface was set e<jual to critical <br />depth,thecalcu1atedwatersurfacecamebackbelowcriticaldepth. This;ndlcates that there is <br />not ava1id sUbcritical answer. The pragram defaulted ta critical depth. <br /> <br />CROSS SECTION OUTPUT Profilel,OO-year <br />~e~' H~~~I/ (~iP 7842.09 Element LeftOB Channel Ri8~6s3B <br />2.20 ." n-val. O.OSO O.OlS <br />~;.~t ~~~~ m~ 7839.89 Reach Len. (ft) 46S.2S 464.83 465.06 <br />7839.89 Flow Area (sq ft) 28.71 lS7.27 S6.20 <br />e.G. Slope (ft/ft) 0.010a70 :~~~ ~~1sr) 28.71 ~S7 .27 5(,.2(1 <br />QTotal (cfs) 2515.00 154'.26 203S.S9 12S.1S <br />TO~ Width ~ft) 67.40 H'P Width ~ft) n.S3 31.4S 24.43 <br />ve Toul ftls) 10. ~9 AV~. vel. ftjS~ S.~7 12.94 5.79 <br />~~~I! ~h io~~th (~m S.OO Hyr. Depth(ft 2.49 S.OO , .~O <br />24122.1 conI!. (cfs) 1479.6 19S24.0 3118.6 <br />Lengthwtd. (ft) 464.93 wetted per, (ft~ 12.S7 31.4S 2>.01 <br />MinCkEl(ft) 7834.89 shear (lh/sqft 1.55 3.39 l.S2 <br />Alpha 1.31 stream Pawer (1 jft 5) 8.33 43.92 8.82 <br />~r~t~ ~~~~ ~m 5.~8 cum Volume (acre-ft) 40.75 64.50 42.92 <br />0.08 C\lmSA(acres) 24.11 15.81 23.99 <br /> <br />Warning: <br /> <br />The energy equation could not be balanced ",tthin th.. specified number of iterations. The <br />g~~~d:d f~;~ ~~~~~~:~ ~~~t~hf~r c~~:s~:~~ii~~~face and continued on with "he calculations. <br />The energy loss was greater than 1.0ft (0.3m). be~eenthecurrentandprev;ous craSS section. <br />This may 1ndicate the need for additional cross sections. <br />During the standard step iteratians, when the assumed water sur facewassete<jualtacritical <br />depth,thecalculatedwatersurfacecamebackbelowcriticaldepth. This indlCates that there is <br />notavalidsubcrit1Calallswer. The program defaulted to critical depth. <br />CROSS SECTION <br /> <br />Warning: <br />warmng: <br /> <br />warning: <br /> <br />RIVER: crystal <br />ilEAC>>: Marble <br /> <br />TIS: IB14 <br /> <br />INPUT <br />Description: <br />Station Elevation Oata num_ <br />Sta Elel! St:a elel! <br />o 78S3.18 177848.99 <br />49'~~iHtH-~~.~:~'. n <br />146.857812.06 1477831.99 <br />1677828.77 1777828.67 <br />217 7830.27 H7.SS 7830.46 <br />237.017832.94 238.27833.02 <br />266.7 7833.9 277 7833.75 <br />3777831.97 3977831.S9 <br />4777832.48 497783<'71 <br />S77 7834 597.167834.01 <br />6577834.64 677 783S.4 <br />757 783S.3 760.9S783S.29 <br />7777836.39 7877836.54 <br />8S7.167837.31 8777837.94 <br />8977840.88897.167840.96 <br />916.927850.16920.837850.71 <br />947.967849.44948.497849.77 <br />957.257858.38964.427865.49 <br /> <br />92 <br />SU Elev Sta Ehv <br />17.167848.94 377843.34 <br />1~~ 7i~~~7i-&ffit~ <br />147.1278H.94 153.4S 7829.3 <br />183.817827.81 209.187827.75 <br />222.017831.96226.427832.3 <br />246.347834.62246.727814.71 <br />2"'77333.&2 3D7Im.99 <br />4177831.84 4377831.97 <br />5177833.36 >37.167833.36 <br />6177834.26 6277834.19 <br />6977835.6S 7177835.>3 <br />761.6783S.82764.667836.04 <br />7977836.67 81778l7.05 <br />887.447838.17891.477838.23 <br />9077845.27907.147845.36 <br />941.3978,O.46943.6278S0.31 <br />95S.487856.42956.967858.07 <br /> <br />Sta Elel! <br />37.217843.27 <br />77 7~17 1~ <br />139.34783S.24 <br />1)6.937829.1 <br />216.797830.2 <br />2277832.35 <br />2>7 7834.1 <br />)>778)2.23 <br />4,77832.]5 <br />5577833.49 <br />6377834.14 <br />747783S.54 <br />766.857836.11 <br />8377837.31 <br />896.47840.6 <br />914.187849.74 <br />9477849.62 <br />9>178S8.12 <br /> <br />Manning'snvalues <br />Sta nval Sta <br />o .06183.81 <br /> <br />num_ l <br />nVal Sta <br />.035 209.18 <br /> <br />nval <br />.06 <br /> <br />Banksta: left Ri9ht Lengths: Left Channel Right C:oeffcantr. Expan. <br />183.81 209.18 514.62 494.08 474.87 ., .J <br />Ineffective Flow num.. , <br />StaL StaR Elel! Permanent <br />246.72 964.427834.71 , <br />CROSSSECTIO/lOllTPUT profilellOO-year <br />~eT' fI~~~'1 (~g> 7333.91 E.lellll!r.t left 011 c.hannel Tli8~&6gtl <br /> 1.79 ... n-val. 0.060 O.OlS <br />~;.~t ~~~~ ~m 7812.1] Reach Len. (ft) 514;62 494.08 474.87 <br /> 78l2.1] Flow Area (sq ft) 112.S6 110.36 29.67 <br />E.G. Slope (ftjft) 0.012664 :~~: ~~1srt) 112.S6 110.36 S1.11 <br />QTatal (cfs) 2181.00 649.7S 1404.96 126.29 <br />~~~ ~~~~~ m~S) 1S8.23 TopW'idth(ft) 37.12 25.37 95.73 <br /> 8.63 AV~. vel. (ftjS~ 5.77 12.73 4.26 <br />Max Cnl Opth (ft~ 4.38 Hyr.Oepth(ft 3.03 4.35 1.97 <br />conv. Tatal (ds 19380.4 canl!. (ds) 5773.7 12484.5 1122.2 <br />Lengthwtd. (ft) 495.86 wetted per. (ft) 37.76 2S.37 15.71 <br />MinChel (ft) 7827.7S ~~~:~m (~~,~~ H~/ft s) 2.36 3.44 1.49 <br />Alpha 1.,5 13.61 43.78 6.lS <br />FrctnLoss(ft) 5.92 CUIII'Ialume(acre-ft) 33.S2 n.88 )4.98 <br /> PIlge36 <br />