A 13 mm-diameter tensile specimen has a 50 mm gage length. The load corresponding to the 0.2 percent offset is 6800 kg and the maximum load is 1800 kg. Fracture occurs at 7300 kg. The diameter after fracture is 8 mm and the gage length at fracture is 65 mm. calculate the standard properties of the material from the tension test.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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6 5.. 4
3... 2. . 1..
5y,200 IN
%3D
1 m?
10 mm
= 6.6 x 10 N/m2 = 660 MPa (95,700 psi)
A
(89.9 mm?)(-
Eхample
A 13 mm-diameter tensile specimen has a 50 mm gage length. The load corresponding
to the 0.2 percent offset is 6800 kg and the maximum load is 1800 kg. Fracture occurs
at 7300 kg. The diameter after fracture is 8 mm and the gage length at fracture is 65
mm. calculate the standard properties of the material from the tension test.
BY: Ali Abdulsalam
Transcribed Image Text:Math Inking Pens Convert Close 6 5.. 4 3... 2. . 1.. 5y,200 IN %3D 1 m? 10 mm = 6.6 x 10 N/m2 = 660 MPa (95,700 psi) A (89.9 mm?)(- Eхample A 13 mm-diameter tensile specimen has a 50 mm gage length. The load corresponding to the 0.2 percent offset is 6800 kg and the maximum load is 1800 kg. Fracture occurs at 7300 kg. The diameter after fracture is 8 mm and the gage length at fracture is 65 mm. calculate the standard properties of the material from the tension test. BY: Ali Abdulsalam
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