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Q1/An Tensile Test applied on carbon steel sample, the results of this test represented by elongation VS force applied as shown in table below. The "dogbone" specimen geometry was used. The dimension of the region of reduced cross section was: thickness = 3.18 mm, width = 6.35 and original length 38.1 mm.

Q1/An Tensile Test applied on carbon steel sample, the results of this test represented by elongation VS force applied as shown in table below. The "dogbone" specimen geometry was used. The dimension of the region of reduced cross section was: thickness = 3.18 mm, width = 6.35 and original length 38.1 mm.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Q1/An Tensile Test applied on carbon steel sample, the results of this test represented by elongation VS force applied as shown in table below. The "dogbone" specimen geometry was used. The dimension of the region of reduced cross section was: thickness 3.18 mm, width = 6.35 and original length 38.1 mm. %3D %3D Determine the following mechanical properties: 1- Elastic Modulus 2- Yield strength 3- Ultimate tensile strength 4- Fracture Strength 5 - Ductility Force (N) Elongation (mm) 0. 3430 0.53 5030 0.69 5950 0.76 6660 0.99 7660 1.77 8260 2.57 8910 3.37 9200 4.20 9660 5.80 9760 6.60 9860 7.37 9760 9.40 9700 10.60 9560 11.70 7350 13.7 13.7
Transcribed Image Text:Q1/An Tensile Test applied on carbon steel sample, the results of this test represented by elongation VS force applied as shown in table below. The "dogbone" specimen geometry was used. The dimension of the region of reduced cross section was: thickness 3.18 mm, width = 6.35 and original length 38.1 mm. %3D %3D Determine the following mechanical properties: 1- Elastic Modulus 2- Yield strength 3- Ultimate tensile strength 4- Fracture Strength 5 - Ductility Force (N) Elongation (mm) 0. 3430 0.53 5030 0.69 5950 0.76 6660 0.99 7660 1.77 8260 2.57 8910 3.37 9200 4.20 9660 5.80 9760 6.60 9860 7.37 9760 9.40 9700 10.60 9560 11.70 7350 13.7 13.7
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