The cross section of a rectangular gate AB of width 2 m is shown in Figure 2. The weight of the gate is 1 kN and is hinged along BB. The maximum tensile force that the cable can hold is only 44kN. Calculate the maximum water depth, y that causes the cable to break and will cause the gate to fail/ open.
The cross section of a rectangular gate AB of width 2 m is shown in Figure 2. The weight of the gate is 1 kN and is hinged along BB. The maximum tensile force that the cable can hold is only 44kN. Calculate the maximum water depth, y that causes the cable to break and will cause the gate to fail/ open.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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The cross section of a rectangular gate AB of width 2 m is shown in Figure
2. The weight of the gate is 1 kN and is hinged along BB. The maximum
tensile force that the cable can hold is only 44kN. Calculate the maximum
water depth, y that causes the cable to break and will cause the gate to
fail/ open.
Transcribed Image Text:y
F
B
Cable
P
120°
H
IW
ΧΥ
Figure 2
44 KN
J
A
Z
5m
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