Schematic diagram of a one degree of freedom bridge that can be opened and closed as follows. shown. The weight of the bridge is given as = −??⃗. Using the Virtuel (Virtual) Works method, Find the value of the counterweight Q so that the bridge can stabilize at a given position with the angle. ?⃗⃗⃗ = −??⃗ ‘dir. Also, state the effect of the value of on the equilibrium condition.
Schematic diagram of a one degree of freedom bridge that can be opened and closed as follows. shown. The weight of the bridge is given as = −??⃗. Using the Virtuel (Virtual) Works method, Find the value of the counterweight Q so that the bridge can stabilize at a given position with the angle. ?⃗⃗⃗ = −??⃗ ‘dir. Also, state the effect of the value of on the equilibrium condition.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Schematic diagram of a one degree of freedom bridge that can be opened and closed as follows.
shown. The weight of the bridge is given as = −??⃗. Using the Virtuel (Virtual) Works method,
Find the value of the counterweight Q so that the bridge can stabilize at a given position with the angle. ?⃗⃗⃗ =
−??⃗ ‘dir. Also, state the effect of the value of on the equilibrium condition.
Transcribed Image Text:b.
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