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A metal alloy cylindrical specimen was tested in a lab and its o-e plot is shown below. The diameter and length of the specimen were 6 mm and 90 mm respectively and Poison ratio of the alloy is 0.28. Calculate ductility in terms of %AR and %EL when the alloy was loaded upto Elastic Point corresponding to stress of 180 MPa.

A metal alloy cylindrical specimen was tested in a lab and its o-e plot is shown below. The diameter and length of the specimen were 6 mm and 90 mm respectively and Poison ratio of the alloy is 0.28. Calculate ductility in terms of %AR and %EL when the alloy was loaded upto Elastic Point corresponding to stress of 180 MPa.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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A metal alloy cylindrical specimen was tested in a lab and its o-e plot is shown below. The diameter and length of the specimen were 6 mm and 90 mm respectively and Poison ratio of the alloy is 0.28. Calculate ductility in terms of %AR and %EL when the alloy was loaded upto Elastic Point corresponding to stress of 180 MPa. 500 Tensile strungh 450 MPa 65.000 pail 60 400 10 300 30 200 200 Yeld stengh 250 MPa 6,000 ps 2아 100- 10 20 100 10 0.005 010 0.20 0.30 0.40 Stran Stress (MPa)
Transcribed Image Text:A metal alloy cylindrical specimen was tested in a lab and its o-e plot is shown below. The diameter and length of the specimen were 6 mm and 90 mm respectively and Poison ratio of the alloy is 0.28. Calculate ductility in terms of %AR and %EL when the alloy was loaded upto Elastic Point corresponding to stress of 180 MPa. 500 Tensile strungh 450 MPa 65.000 pail 60 400 10 300 30 200 200 Yeld stengh 250 MPa 6,000 ps 2아 100- 10 20 100 10 0.005 010 0.20 0.30 0.40 Stran Stress (MPa)
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