Consider the incompressible flow of an ideal fluid having a density ρ = 1600 kg / m3 (figure 3). We give: P1 = 2 105Pa, P2 = 3 105Pa, V2 = 1 m / s and V1 = 0.5m / s. Determine the net power of the pump to ensure a volume flow Qv = 0.01 m3 / s.

Consider the incompressible flow of an ideal fluid having a density ρ = 1600 kg / m3 (figure 3). We give: P1 = 2 105Pa, P2 = 3 105Pa, V2 = 1 m / s and V1 = 0.5m / s. Determine the net power of the pump to ensure a volume flow Qv = 0.01 m3 / s.

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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3 .Consider the incompressible flow of an ideal fluid having a density ρ = 1600 kg / m3 (figure 3). We give: P1 = 2 105Pa, P2 = 3 105Pa, V2 = 1 m / s and V1 = 0.5m / s. Determine the net power of the pump to ensure a volume flow Qv = 0.01 m3 / s.

P1
V1
P2, V2
purmp
Figure 3. Écoulement d'un fluide parfait.

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