A team of design engineers are designing an amusement park structure as in Figure 2 below. The horizontal beam supporting the gondolas at both ends are supported by 2 vertical bars, bar EB and bar CF with a cross sectional area of 11,100mm2 and 9,280mm2 each. Gondola 1 (left) weighs 380 kN and Gondola 2 (right) weighs 360kN respectively. Due to the weight of both the gondolas, the design team needs to investigate the vertical displacements of both ends of the horizontal beam at A and D. You are required to help them analyze and calculate the vertical displacement at both ends due to the weight of the gondolas.
A team of design engineers are designing an amusement park structure as in Figure 2 below. The horizontal beam supporting the gondolas at both ends are supported by 2 vertical bars, bar EB and bar CF with a cross sectional area of 11,100mm2 and 9,280mm2 each. Gondola 1 (left) weighs 380 kN and Gondola 2 (right) weighs 360kN respectively. Due to the weight of both the gondolas, the design team needs to investigate the vertical displacements of both ends of the horizontal beam at A and D. You are required to help them analyze and calculate the vertical displacement at both ends due to the weight of the gondolas.
Refrigeration and Air Conditioning Technology (MindTap Course List)
8th Edition
ISBN:9781305578296
Author:John Tomczyk, Eugene Silberstein, Bill Whitman, Bill Johnson
Publisher:John Tomczyk, Eugene Silberstein, Bill Whitman, Bill Johnson
Chapter1: Heat, Temperature, And Pressure
Section: Chapter Questions
Problem 17RQ: Convert 22C to Fahrenheit.
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Question
A team of design engineers are designing an amusement park structure as in Figure 2
below. The horizontal beam supporting the gondolas at both ends are supported by 2
vertical bars, bar EB and bar CF with a cross sectional area of 11,100mm2 and 9,280mm2
each. Gondola 1 (left) weighs 380 kN and Gondola 2 (right) weighs 360kN respectively. Due to the
weight of both the gondolas, the design team needs to investigate the vertical
displacements of both ends of the horizontal beam at A and D. You are required to help
them analyze and calculate the vertical displacement at both ends due to the weight of
the gondolas.
Transcribed Image Text:–1.5 m 1.5 m 2.1 m-
A
BO
|D
2.4 m
F
0.6 m
E
Figure 2.
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