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A steel bar of 50mm x 50mm in section and 150 mm length is subjected to tensile load of 300 kN along the longitudinal axis and tensile load of 500 kN and compressive load of 400 kN on the lateral faces. Determine the change in dimension of bar and the change in volume. Adopt E, = 2 x 10°N/mm? and u= 0.3. %3D

A steel bar of 50mm x 50mm in section and 150 mm length is subjected to tensile load of 300 kN along the longitudinal axis and tensile load of 500 kN and compressive load of 400 kN on the lateral faces. Determine the change in dimension of bar and the change in volume. Adopt E, = 2 x 10°N/mm? and u= 0.3. %3D

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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Determine change in volume only
11. A steel bar of 50mm x 50mm in section and 150 mm length is subjected to tensile load of 300 kN along the longitudinal axis and tensile load of 500 kN and compressive load of 400 kN on the lateral faces. Determine the change in dimension of bar and the change in volume. Adopt E, = 2 x 10°N/mm? and u= 0.3.
Transcribed Image Text:11. A steel bar of 50mm x 50mm in section and 150 mm length is subjected to tensile load of 300 kN along the longitudinal axis and tensile load of 500 kN and compressive load of 400 kN on the lateral faces. Determine the change in dimension of bar and the change in volume. Adopt E, = 2 x 10°N/mm? and u= 0.3.
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