Using Maximum shear stress theorem, determine the factor of safety at point H, on the surface of the link (shown). Sy=200 MPa. F1, F2 and F3 for each of you are given in the table. P1. P3. Using Maximum shear stress theorem, determine the factor of safety atpoint H, on the surface of the link (shown). Sy=200 MPa.y 50 mmF1 kN F2 kN F3 kN0.5150 mm10F140 mm20 mmF2160 mmxrF3

Given: Yield stress=200 MPa To determine: FOS according to maximum shear stress theory

Answered: Maximum shear stress theorem, determine…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Using Maximum shear stress theorem, determine the factor of safety at point H, on the surface of the link (shown). Sy=200 MPa. F1, F2 and F3 for each of you are given in the table. P1.

P3. Using Maximum shear stress theorem, determine the factor of safety at
point H, on the surface of the link (shown). Sy=200 MPa.
y 50 mm
F1 kN F2 kN F3 kN
0.5
150 mm
10
F1
40 mm
20 mm
F2
160 mm
xr
F3

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