Q1. A tower crane is used to lift I beams to construct skyscraper. As shown in Figure Q1 (a), the cable X is made up of two cables. The engineer who designing the tower crane is currently in the dilemma to determine what type of alloy is suitable for cable X with the diameter of the cable is 10 mm. The maximum allowable elongation is 0.02% which is also known as yield strain when lifting 900 kg of I beam. Given that 2 alloys are the candidates (i) Alloy WXW, E = 292 GPa and yield strength, σYS = 610 MPa and (ii) Alloy UAA, E = 169 GPa and yield strength, σYS = 414 MPa. Discuss which alloy is the most suitable.
Q1. A tower crane is used to lift I beams to construct skyscraper. As shown in Figure Q1 (a), the cable X is made up of two cables. The engineer who designing the tower crane is currently in the dilemma to determine what type of alloy is suitable for cable X with the diameter of the cable is 10 mm. The maximum allowable elongation is 0.02% which is also known as yield strain when lifting 900 kg of I beam. Given that 2 alloys are the candidates (i) Alloy WXW, E = 292 GPa and yield strength, σYS = 610 MPa and (ii) Alloy UAA, E = 169 GPa and yield strength, σYS = 414 MPa. Discuss which alloy is the most suitable.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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Q1. A tower crane is used to lift I beams to construct skyscraper. As shown in Figure Q1 (a), the cable X is made up of two cables. The engineer who
designing the tower crane is currently in the dilemma to determine what type of alloy is suitable for cable X with the diameter of the cable is 10 mm.
The maximum allowable elongation is 0.02% which is also known as yield strain when lifting 900 kg of I beam.
Given that 2 alloys are the candidates (i) Alloy WXW, E = 292 GPa and yield strength, σYS = 610 MPa and (ii) Alloy UAA, E = 169 GPa and yield strength, σYS = 414 MPa. Discuss which alloy is the most suitable.
Transcribed Image Text:Cable X is made up
of 2 cables
Figure Q1 (a)
XIXIXIXI,
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