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If the displacements applied to a 3D isotropic material element is defined as functions of (x,y,z), Determine the following: 1- Stress at point (2,3,4). Assume E = 12.08 MPa and v = 0.25 2- Strain at point (1,2,2) 3- If you consider a plane stress condition for the above problems show how will the 2D assumption change the stress at the same point

If the displacements applied to a 3D isotropic material element is defined as functions of (x,y,z), Determine the following: 1- Stress at point (2,3,4). Assume E = 12.08 MPa and v = 0.25 2- Strain at point (1,2,2) 3- If you consider a plane stress condition for the above problems show how will the 2D assumption change the stress at the same point

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
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If the displacements applied to a 3D isotropic material element is defined as functions of (x,y,z), Determine the following: 1- Stress at point (2,3,4). Assume E = 12.08 MPa and v = 0.25 2- Strain at point (1,2,2) 3- If you consider a plane stress condition for the above problems show how will the 2D assumption change the stress at the same point
3x² - 4y² +6z³ 3x³-5y²-6z² W 7x²-3y³-7z² u v
Transcribed Image Text:3x² - 4y² +6z³ 3x³-5y²-6z² W 7x²-3y³-7z² u v
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