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3. Represent the stress state at point A on the web of the beam in terms of the principal stresses and sketch the results on the element. 90 kN.m +im+im+im+ 50 kN 20 120 60 60 Section 20 dimensions in mm.

3. Represent the stress state at point A on the web of the beam in terms of the principal stresses and sketch the results on the element. 90 kN.m +im+im+im+ 50 kN 20 120 60 60 Section 20 dimensions in mm.

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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Mechanics of Materials related, i would appreciate if someone could put down the answer for the question

3. Represent the stress state at point A on the web of the beam in terms of the principal stresses and sketch the results on the element. 0x = tan 20, y; T= + VQ, 1= It 27 sy; 0,-dy +im+im+im++ bh³ 12 90 kN.m O₂+Oy Oy cos 20+ sin 20; Tx'y' 2 2 σ₂ +0y + 2 ± -; 01,2=- 50 kN σx-dy 20 120 +Txy 60 20 60 Section dimensions in mm Ox-y sin 20+xy cos 20 2; max- 2 +Txy²
Transcribed Image Text:3. Represent the stress state at point A on the web of the beam in terms of the principal stresses and sketch the results on the element. 0x = tan 20, y; T= + VQ, 1= It 27 sy; 0,-dy +im+im+im++ bh³ 12 90 kN.m O₂+Oy Oy cos 20+ sin 20; Tx'y' 2 2 σ₂ +0y + 2 ± -; 01,2=- 50 kN σx-dy 20 120 +Txy 60 20 60 Section dimensions in mm Ox-y sin 20+xy cos 20 2; max- 2 +Txy²
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