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(Solved): Compute the pressure heads p(m) as well as the gauge pressures p(N/m2) in the a,b and c rea ...



Compute the pressure heads \( \frac{p}{\gamma}(\mathrm{m}) \) as well as the gauge pressures \( p\left(\mathrm{~N} / \mathrm{

Compute the pressure heads as well as the gauge pressures in the and reaches of the penstock below, both in steady and unsteady flow, in case of a slow water hammer produced by the closure of the turbine in (use the Michaud expression for the head increase due to a slow water hammer). The penstock is 500 m long, with two different diameters (D and 2.D). In the reaches of diameter D, velocity is and unit head loss is (energy slope is ). The turbine type is Francis (reaction type). Draw the energy grade line and the piezometric line in steady and unsteady flow (water hammer).


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pute pressure heads and gauge pressures in penstockp/gamma * (m) Compute the pressure heads as well as the gauge pressures p (N / (m ^ 2)) in the a, b
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