100 mm de diámetro interno x 3.5 mm de pared Válvula K=? 160 mm de diámetro interno x 5.5 mm de pared 160 mm de diámetro interno x 5.5 50 mm de Diámetro interno X 1.5 mm de pared Todos los elementos de flujo son tubos de cobre

100 mm de diámetro interno x 3.5 mm de pared Válvula K=? 160 mm de diámetro interno x 5.5 mm de pared 160 mm de diámetro interno x 5.5 50 mm de Diámetro interno X 1.5 mm de pared Todos los elementos de flujo son tubos de cobre

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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Question

A 160 mm pipe branches into a 100 mm pipe and a 50 mm pipe, as shown in the figure. In both pipes, as indicated, they are made of hydraulic copper 30 m long, the fluid that circulates is water at 10°C.

Determine what the resistance coefficient K of the valve should be to obtain equal flow rates of 400 L*7min in each branch

100 mm de diámetro
interno x 3.5 mm de pared
Válvula
K=?
160 mm de diámetro interno
x 5.5 mm de pared
160 mm de diámetro interno x 5.5
50 mm de Diámetro interno
X 1.5 mm de pared
Todos los elementos de flujo
son tubos de cobre

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