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The strain in the x-direction at point A (shown in fig.) on the steel beam is measured and found to be ɛx = 139 x 106. The shear strain at point A is found to be yxY = Rx 10 radians. The magnitude R is given by: (Take E= 204 GPa and Poisson's ratio =0.3). The cross-section of the beam is rectangular with depth 400mm and width 200mm respectively 100m 40omm 400m 600mın 1000 mm 200mm

The strain in the x-direction at point A (shown in fig.) on the steel beam is measured and found to be ɛx = 139 x 106. The shear strain at point A is found to be yxY = Rx 10 radians. The magnitude R is given by: (Take E= 204 GPa and Poisson's ratio =0.3). The cross-section of the beam is rectangular with depth 400mm and width 200mm respectively 100m 40omm 400m 600mın 1000 mm 200mm

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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The strain in the x-direction at point A (shown in fig.) on the steel beam is measured and found to be ɛx = 139 x 106. The shear strain at point A is found to be yxY = R x 10° radians. The magnitude R is given by: (Take E= 204 GPa and Poisson's ratio =0.3). The cross-section of the beam is rectangular with depth 400mm and width 200mm respectively 100m 4ocmm 40om 600mnın 1000 mm 200mm
Transcribed Image Text:The strain in the x-direction at point A (shown in fig.) on the steel beam is measured and found to be ɛx = 139 x 106. The shear strain at point A is found to be yxY = R x 10° radians. The magnitude R is given by: (Take E= 204 GPa and Poisson's ratio =0.3). The cross-section of the beam is rectangular with depth 400mm and width 200mm respectively 100m 4ocmm 40om 600mnın 1000 mm 200mm
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