A square steel tube of length L = 6 m with an outer width of 250mm and the inner dimension is 210 mm. The tube hangs from a pin of diameter "d" that is held by the cables at points A and B. Weight...


A square steel tube of length L = 6 m with an outer width of 250mm and the inner dimension is 210 mm. The tube hangs from a pin of diameter "d" that is held by the cables at points A and B.


Weight density of steel = 77 kN/m3.
Allowable stresses:
Shear stress in the pin = 60 MPa
Bearing stress between the pin and the tube = 90 MPa


A. Determine the tensile force in the cable.
B. Determine the diameter of pin based upon shear.
C. Determine the diameter of pin based upon bearing.


Square<br>iube<br>L=6 m<br>

Extracted text: Square iube L=6 m
82<br>B<br>E 250<br>B<br>Pin<br>210<br>Square<br>tube<br>250<br>

Extracted text: 82 B E 250 B Pin 210 Square tube 250

Jun 11, 2022
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