Two sizes of culvert pipe are stacked against each other as shown in the figure. The largest pipe has a diameter of 500 mm and weighs W kN (see given table for assigned value) while the base pipes are 250 mm in diameter and weighs W/R kN each. Determine all contact forces and the magnitude of tensions in the cable. 1. Two sizes of culvert pipe are stacked against each other as shown in the figure. The largest pipe at thehas a diameter of 500 mm and weighs W kN (see given table for assigned value) while the base pipesare 250 mm in diameter and weighs W/4 kN each. Determine all contact forces and the magnitude oftension in the cable.R=500 mmT=250 mmcable-75 mm

The problem is solved by using the equilibrium equation. note that the equilibrium equation should…

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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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Two sizes of culvert pipe are stacked against each other as shown in the figure. The largest pipe has a diameter of 500 mm and weighs W kN (see given table for assigned value) while the base pipes are 250 mm in diameter and weighs W/R kN each. Determine all contact forces and the magnitude of tensions in the cable.

1. Two sizes of culvert pipe are stacked against each other as shown in the figure. The largest pipe at the
has a diameter of 500 mm and weighs W kN (see given table for assigned value) while the base pipes
are 250 mm in diameter and weighs W/4 kN each. Determine all contact forces and the magnitude of
tension in the cable.
R=500 mm
T=250 mm
cable
-75 mm

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