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There is a dam shaped like a semicircle with 45° angulation. The dam consists of two structures: one 20 m high, generated by a second degree function, and the other rectilinear 10 m high. The forces on the dam should be analyzed in order to prevent its rupture. Determine: A) The graph of the resulting force as a function of the water height at the bottom of the dam B) The resulting force for a water height of 10 m C) The resulting force for a water height of 20 m

There is a dam shaped like a semicircle with 45° angulation. The dam consists of two structures: one 20 m high, generated by a second degree function, and the other rectilinear 10 m high. The forces on the dam should be analyzed in order to prevent its rupture. Determine: A) The graph of the resulting force as a function of the water height at the bottom of the dam B) The resulting force for a water height of 10 m C) The resulting force for a water height of 20 m

Structural Analysis
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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There is a dam shaped like a semicircle with 45° angulation. The dam consists of two structures: one 20 m high, generated by a second degree function, and the other rectilinear 10 m high. The forces on the dam should be analyzed in order to prevent its rupture. Determine: A) The graph of the resulting force as a function of the water height at the bottom of the dam B) The resulting force for a water height of 10 m C) The resulting force for a water height of 20 m 5,0 m 10,0 m 30,0 m 17,5 m
Transcribed Image Text:There is a dam shaped like a semicircle with 45° angulation. The dam consists of two structures: one 20 m high, generated by a second degree function, and the other rectilinear 10 m high. The forces on the dam should be analyzed in order to prevent its rupture. Determine: A) The graph of the resulting force as a function of the water height at the bottom of the dam B) The resulting force for a water height of 10 m C) The resulting force for a water height of 20 m 5,0 m 10,0 m 30,0 m 17,5 m
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