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<br />ELECTRONIC COMPUTER PROGRAM ABSTRACT <br /> <br />Reservoir Yield <br />po"I[P""IMG AGIlNCY The <br />CorDs of Enuineers <br />AU HOII'S! <br /> <br />Leo R. Beard <br /> <br />i PROGRAM Hu. <br /> <br />_ ha~G~-L24QQ_ <br />Hydrologic Engineering Center, U. S. Army, <br />60Q !'l..~nnd !'It.r..'+ n~ i. f"D;'f---' <br /> <br />c DAT:~gust 1966 rro t'~~~':-U'~1f:~:.~_ <br /> <br />-- <br /> <br />'T IT l..E OF pII'IOG'UM <br /> <br />~. PURPOSE OF PROGRAM <br />This progrsn will perform a simulated operation study for a single reservoir <br />with controls at the reservoir and one downstream control point. Operation <br />is for water supply, power, water quantity and water rights, taking account <br />of flood control and other storage restrictioos at the reservoir, quantity <br />and quality of inflow to the reservoir, evaporation, quantity and quality of <br />local inflows downstream and channel and outlet capacities, as well as project <br />requirements. Operation interval can very, but usually a monthly interval <br />would be used. Translatory and channel storage effects are ignored. <br />B. PROGRAM SPECIFICATIONS <br /> <br />Written in Fortran II. <br /> <br />C. MET HODS <br />water quality routing assumes thorough mixing of the inflow and reservoir <br />quantities and pure-water evaporation before releases are made. Power is <br />computed as a function of average head, efficiency, outflow and hydraulic <br />losses. <br /> <br />D. EQUIPMENT DETAIL.S <br />IBM 7090 class. <br /> <br />E. INPUT-OUTPUT <br /> <br />Card input and printer output. <br /> <br />F. ADDITIONAL. REMARKS <br /> <br />ENG FOR'" <br />1 AUG GO <br /> <br />2883 <br /> <br />(BM JJ'10-1-1110) <br /> <br />PREVIOUS EDI TIONS ARE OBSOLETE. <br /> <br />16 <br />