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Last modified
2/2/2018 2:43:22 PM
Creation date
2/2/2018 2:34:26 PM
Metadata
Fields
Template:
Dam Safety
Document Date
12/21/2017
Document Type - Dam Safety
Report
Division
5
Dam ID
530212
Subject
COPPER SPUR DAM - SPILLWAY ADEQUACY ANALYSES
DWR Send/Recipient
JACKIE BLUMBERG, ALAN MARTELLARO
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Time t, % ---------- <br />----------- <br />Qs <br />Time t, %---------- <br />---------- <br />Qs <br />of Lg+D/2 <br />Hours <br />Min. <br />q <br />cfs of <br />Lg+D/2 <br />Hours <br />Min. <br />q <br />cfs <br />------ 0.0------U.21 <br />-----------12.6 <br />------U.14 <br />---------4 <br />----- <br />----- ---- <br />---- -----/ <br />/9.ti -----------1. <br />U0-------- <br />21 <br />Iu.0 <br />U.43 <br />20.b <br />U.21 <br />0 <br />31 U.0 <br />13.21 <br />192.3 <br />1.UU <br />20 <br />10.0 <br />U.b4 <br />36.3 <br />U.33 <br />6 <br />310.0 <br />13.42 <br />6U0.1 <br />U.Ub <br />24 <br />2U.0 <br />U.60 <br />51.1 <br />U.01 <br />13 <br />32U.0 <br />13.b3 <br />611.9 <br />U.92 <br />23 <br />20.0 <br />1.Ub <br />b3.0 <br />U.64 <br />21 <br />320.0 <br />13.234 <br />63U.1 <br />U.66 <br />22 <br />3U.0 <br />1.26 <br />/b.1 <br />1.b2 <br />41 <br />33U.0 <br />14.Ub <br />843.0 <br />U.64 <br />21 <br />30.0 <br />1.49 <br />69.0 <br />3.14 <br />94 <br />335.0 <br />14.2/ <br />60b.2 <br />U.61 <br />2U <br />4U.0 <br />1./U <br />1U2.2 <br />b.36 <br />1ti1 <br />34U.0 <br />14.46 <br />bb9.0 <br />U.11 <br />19 <br />40.0 <br />1.92 <br />110.0 <br />6.bI <br />211 <br />340.0 <br />14./U <br />881.6 <br />U.14 <br />19 <br />0U.0 <br />2.13 <br />12/.6 <br />1U.U4 <br />21b <br />30U.0 <br />14.91 <br />694.b <br />U.11 <br />16 <br />00.0 <br />2.34 <br />14U.b <br />13.2b <br />335 <br />300.0 <br />15.12 <br />9U1.4 <br />U.bb <br />1/ <br />bU.0 <br />2.0b <br />153.4 <br />10.1U <br />3Ub <br />3bU.0 <br />15.34 <br />92U.1 <br />U.ti0 <br />Ib <br />ti0.0 <br />2.11 <br />1bb. 1 <br />16.23 <br />4bU <br />3ti0.0 <br />15.55 <br />932.9 <br />U.b2 <br />Ib <br />/U.0 <br />2.96 <br />116.9 <br />2u. lb <br />524 <br />31U.0 <br />10. lb <br />940.1 <br />U.09 <br />10 <br />/0.0 <br />3.19 <br />191./ <br />23.3U <br />588 <br />3/0.0 <br />15.9/ <br />958.5 <br />U.0/ <br />14 <br />6U.0 <br />3.41 <br />2U4.0 <br />25.83 <br />ti02 <br />36U.0 <br />IbAU <br />9/1.3 <br />U.00 <br />14 <br />60.0 <br />3.b2 <br />21/.3 <br />26.3b <br />11b <br />360.0 <br />IbAU <br />964.0 <br />U.02 <br />13 <br />9U.0 <br />3.63 <br />23U.0 <br />2b.03 <br />b[U <br />39U.0 <br />Ib.bI <br />UUb.6 <br />U.OU <br />13 <br />90.0 <br />4.U0 <br />242.6 <br />24./1 <br />b24 <br />390.0 <br />1b.63 <br />1UU9.b <br />U.46 <br />12 <br />Iuu.0 <br />4.2b <br />200.b <br />22.bb <br />013 <br />4UU.0 <br />1/.U4 <br />1U22.4 <br />U.4b <br />12 <br />VJO.0 <br />4.41 <br />2bb.4 <br />2u. lb <br />024 <br />4U0.0 <br />11.20 <br />lu30.2 <br />U.43 <br />11 <br />11 U.0 <br />4.bU <br />261.2 <br />16.64 <br />41b <br />41U.0 <br />11.41 <br />1U4/.9 <br />U.42 <br />11 <br />110.0 <br />4.9U <br />293.9 <br />1b.61 <br />424 <br />410.0 <br />1/.bb <br />1UbU./ <br />U.4U <br />W <br />12U.0 <br />5.11 <br />3Ub./ <br />14.99 <br />316 <br />42U.0 <br />1/.89 <br />1U13.0 <br />U.36 <br />1U <br />120.0 <br />5.32 <br />319.5 <br />12.6b <br />325 <br />420.0 <br />MMU <br />1Ubb.3 <br />U.3b <br />9 <br />13U.0 <br />5.54 <br />332.3 <br />11.U4 <br />219 <br />43U.0 <br />16.32 <br />1U99.0 <br />U.30 <br />9 <br />130.0 <br />0.10 <br />345.1 <br />9.52 <br />24U <br />435.0 <br />18.53 <br />1111.8 <br />U.33 <br />6 <br />14U.0 <br />0.9b <br />301.6 <br />6.41 <br />212 <br />44U.0 <br />16./4 <br />1124.b <br />U.32 <br />6 <br />145.0 <br />b.16 <br />31U.b <br />LOU <br />189 <br />445.0 <br />16.Ub <br />1131.4 <br />U.31 <br />6 <br />10U.0 <br />b.39 <br />363.4 <br />b.bU <br />IbU <br />45U.0 <br />19.11 <br />110U.2 <br />U.29 <br />1 <br />100.0 <br />b.bU <br />3Ub.2 <br />5.98 <br />151 <br />455.0 <br />19.38 <br />1lb2.9 <br />U.26 <br />/ <br />IbU.0 <br />b.62 <br />4U6.9 <br />5.41 <br />136 <br />4bU.0 <br />19.bU <br />1115.1 <br />U.21 <br />1 <br />1ti5.0 <br />/.US <br />421.1 <br />4.91 <br />125 <br />4ti5.0 <br />19.81 <br />1188.5 <br />U.2b <br />/ <br />1/U.0 <br />1.24 <br />434.0 <br />4.00 <br />110 <br />4/U.0 <br />2U.U2 <br />12U1.3 <br />U.20 <br />b <br />110.0 <br />1.40 <br />44/.3 <br />4.20 <br />W/ <br />4/0.0 <br />2U.23 <br />1214.1 <br />U.24 <br />b <br />16U.0 <br />/:b/ <br />4bU.1 <br />3.89 <br />96 <br />46U.0 <br />2U.40 <br />122b.6 <br />U.23 <br />b <br />160.0 <br />1.66 <br />4/2.6 <br />3.59 <br />91 <br />460.0 <br />2U.bb <br />1239.b <br />U.22 <br />b <br />19U.0 <br />6.U9 <br />460.b <br />3.34 <br />64 <br />49U.0 <br />2U.61 <br />1252.4 <br />U.21 <br />0 <br />190.0 <br />6.31 <br />498.4 <br />3.13 <br />/9 <br />490.0 <br />21.U9 <br />12ti0.2 <br />U.2U <br />0 <br />2UU.0 <br />6.02 <br />011.2 <br />2.93 <br />14 <br />0UU.0 <br />21.3U <br />1216.0 <br />U.19 <br />0 <br />2U0.0 <br />6.13 <br />024.0 <br />2.10 <br />bU <br />0U0.0 <br />21.51 <br />129U.1 <br />U.16 <br />0 <br />21U.0 <br />6.90 <br />b3b./ <br />2.bl <br />bb <br />01u.0 <br />21./3 <br />13U3.0 <br />U.11 <br />4 <br />210.0 <br />Mb <br />049.0 <br />2.44 <br />b2 <br />010.0 <br />21.94 <br />131 b.3 <br />U.11 <br />4 <br />22U.0 <br />9.31 <br />5ti2.3 <br />2.31 <br />06 <br />02U.0 <br />'2'2.15 <br />1329.1 <br />U.Ib <br />4 <br />220.0 <br />9.56 <br />5/5.1 <br />2.11 <br />00 <br />020.0 <br />22.3b <br />1341.9 <br />U.Ib <br />4 <br />23U.0 <br />9.6U <br />56/.9 <br />2.U4 <br />02 <br />53U.0 <br />22.56 <br />1354.b <br />U.10 <br />4 <br />230.0 <br />1U.U1 <br />bUU.b <br />1.95 <br />49 <br />030.0 <br />22./9 <br />13b[.4 <br />U.10 <br />4 <br />24U.0 <br />1U.22 <br />b13.4 <br />1.64 <br />4b <br />04U.0 <br />23.UU <br />136U.2 <br />U.14 <br />4 <br />240.0 <br />1U.44 <br />b2b.2 <br />1./b <br />44 <br />040.0 <br />23.22 <br />1393.0 <br />U.14 <br />4 <br />20U.0 <br />1U.ti0 <br />b39.0 <br />1.bU <br />43 <br />00U.0 <br />23.43 <br />14U0.6 <br />U.13 <br />3 <br />200.0 <br />1U.6b <br />ti01.6 <br />1.b2 <br />41 <br />000.0 <br />23.b4 <br />1416.5 <br />U.13 <br />3 <br />2bU.0 <br />11.U6 <br />bb4.0 <br />1.55 <br />39 <br />0bU.0 <br />23.6b <br />1431.3 <br />U.12 <br />3 <br />2ti0.0 <br />11.29 <br />b11.3 <br />1.49 <br />36 <br />0ti0.0 <br />24.U/ <br />1444.1 <br />U.12 <br />3 <br />21U.0 <br />11.0U <br />b9U.1 <br />1.42 <br />3b <br />01U.0 <br />24.26 <br />140b.9 <br />U.11 <br />3 <br />210.0 <br />11./1 <br />/U2.9 <br />1.3b <br />34 <br />010.0 <br />24.49 <br />14b9./ <br />U.11 <br />3 <br />26U.0 <br />11.93 <br />110.1 <br />1.3U <br />33 <br />06U.0 <br />24./1 <br />1462.4 <br />U.1U <br />3 <br />260.0 <br />12.14 <br />/26.4 <br />1.24 <br />31 <br />060.0 <br />24.92 <br />1495.2 <br />U.1U <br />3 <br />29U.0 <br />12.35 <br />/41.2 <br />1.19 <br />3U <br />09U.0 <br />25.13 <br />10U6.0 <br />U.U9 <br />2 <br />290.0 <br />12.5/ <br />/04.0 <br />1.14 <br />29 <br />090.0 <br />25.35 <br />102U.6 <br />U.U9 <br />2 <br />3UU.0 <br />12./6 <br />Ibb.6 <br />1.U9 <br />26 <br />bUU.0 <br />20.0b <br />1533.b <br />U.U6 <br />2 <br />NOTES : 1. Methodology used Dimensionless Unit Hydrograph. <br />2. For values of q use Table 4-11 from Flood Hydrology Manual <br />UH volume = 211.57 AF <br />Total runoff = 213.33 AF <br />Ratio = 0.99 <br />
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