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Consider a point in a loaded body subjected to the stress field represented in Fig. 3. Determine the principal stresses and orientation (with respect to the original system) of the maximum principal stress (0₁) in terms of direction cosines (1, m, n) and angle, 0. Use both formulas and Mohr's circles to solve.

Consider a point in a loaded body subjected to the stress field represented in Fig. 3. Determine the principal stresses and orientation (with respect to the original system) of the maximum principal stress (0₁) in terms of direction cosines (1, m, n) and angle, 0. Use both formulas and Mohr's circles to solve.

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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3. Consider a point in a loaded body subjected to the stress field represented in Fig. 3. Determine the principal stresses and orientation (with respect to the original system) of the maximum principal stress (01) in terms of direction cosines (1, m, n) and angle, 0. Use both formulas and Mohr's circles to solve. 60MPa 50MPa Fig. 3 20MPa 100MPa >X
Transcribed Image Text:3. Consider a point in a loaded body subjected to the stress field represented in Fig. 3. Determine the principal stresses and orientation (with respect to the original system) of the maximum principal stress (01) in terms of direction cosines (1, m, n) and angle, 0. Use both formulas and Mohr's circles to solve. 60MPa 50MPa Fig. 3 20MPa 100MPa >X
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