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diameter Given: metal specimen x-section (circular) = D.55 in. Gage length = 2.030 in. Fracture occurred at pounds # final length final dia. Determine 28,500 = 2.30 h. = 0.43 in. tensile stress in ksi c) Reduction of as a a) Ultimate 6) Elongation as a Note: Gaye length length over which elongation is measured a percentage x-sect. area percentage

diameter Given: metal specimen x-section (circular) = D.55 in. Gage length = 2.030 in. Fracture occurred at pounds # final length final dia. Determine 28,500 = 2.30 h. = 0.43 in. tensile stress in ksi c) Reduction of as a a) Ultimate 6) Elongation as a Note: Gaye length length over which elongation is measured a percentage x-sect. area percentage

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Class work I diameter Given: metal specimen x-section (circular) = 0.55 in. Gage length = 2.030 fm. in. Fracture occurred at pounds # final length final dia. Determine 28,500 € = 2.30 in. = 0.43 in. tensile stress in kşi c) Reduction of x-sect, area a percentage pricentage as a a) Ultimate 6) Elongation as Note: Gaye length - length over which elongation is measured all
Transcribed Image Text:Class work I diameter Given: metal specimen x-section (circular) = 0.55 in. Gage length = 2.030 fm. in. Fracture occurred at pounds # final length final dia. Determine 28,500 € = 2.30 in. = 0.43 in. tensile stress in kşi c) Reduction of x-sect, area a percentage pricentage as a a) Ultimate 6) Elongation as Note: Gaye length - length over which elongation is measured all
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