A detention reservoir was found to have a linear storage discharge relationship, Q= KQ(a) Show that the storage_routing equation of an inflow hydrograph throughthis reservoir is Q, = C,I, +C,Q, where C, and C, are constants and I=(4, +1,)/2. Determine the values of C, and C, in terms of K and the routing time step Ar.(b) If K = 4.0 h and At = 2 h, route the following inflow hydrograph through thisreservoir. Assume the initial condition that at 1 = 0, 1, = Q, = 0.Time (h)Inflow (m³/s)24810121416182060100806040302010

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A detention reservoir was found to have a linear storage discharge relationship, Q = KQ (a) Show that the storage_routing equation of an inflow hydrograph through this reservoir is Q, =C, I, +C¿Q, where C, and C, are constants and ī, = (1, +1,)/ 2. Determine the values of C, and C, in terms of K and the routing time step At.

A detention reservoir was found to have a linear storage discharge relationship, Q = KQ (a) Show that the storage_routing equation of an inflow hydrograph through this reservoir is Q, =C, I, +C¿Q, where C, and C, are constants and ī, = (1, +1,)/ 2. Determine the values of C, and C, in terms of K and the routing time step At.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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