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A cylindrical specimen (E=205 GPa, d=38 mm, h=50 mm, n-0.25) is tested under compression. The specimen yields at 600 KN (0.2 % offset) and at a load of 1100 KN the corresponding height is 40 mm. Determine a) oy in MPa, b) total strain at the yield point (offsetted) c) the plastic strain under the load of 1100KN and d) the strength coefficient in MPа.

A cylindrical specimen (E=205 GPa, d=38 mm, h=50 mm, n-0.25) is tested under compression. The specimen yields at 600 KN (0.2 % offset) and at a load of 1100 KN the corresponding height is 40 mm. Determine a) oy in MPa, b) total strain at the yield point (offsetted) c) the plastic strain under the load of 1100KN and d) the strength coefficient in MPа.

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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A cylindrical specimen (E=205 GPa, d=38 mm, h=50 mm, n=0.25) is tested under compression. The specimen yields at 600 KN (0.2 % offset) and at a load of 1100 KN the corresponding height is 40 mm. Determine a) o, in MPa, b) total strain at the yield point (offsetted) c) the plastic strain under the load of 1100KN and d) the strength coefficient in MPа.
Transcribed Image Text:A cylindrical specimen (E=205 GPa, d=38 mm, h=50 mm, n=0.25) is tested under compression. The specimen yields at 600 KN (0.2 % offset) and at a load of 1100 KN the corresponding height is 40 mm. Determine a) o, in MPa, b) total strain at the yield point (offsetted) c) the plastic strain under the load of 1100KN and d) the strength coefficient in MPа.
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