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Shown in the figure is a bracket attached to a channel by means of 5 identical rivets. The maximum load on most heavily stressed rivet is __________ kN
  • a)
    79
  • b)
    82
Correct answer is between ' 79, 82'. Can you explain this answer?
Verified Answer
Shown in the figure is a bracket attached to a channel by means of 5 ...
Primary shear force on each rivet
Secondary shear force
Centre of gravity of all rivet lie at 3.
r3 = 0
r2 = r4 = 200
P1” = P5” = Cr1 = 0.278 x 223.6 = 62.11 kN
P2” = P4” = Cr2 = 0.278 x 200 = 55.56 kN
Maximum load on rivet 2 = P2’ + P2
= 20 + 55.56 = 75.56 kN
Maximum load on rivet 1
Here,
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Most Upvoted Answer
Shown in the figure is a bracket attached to a channel by means of 5 ...
Primary shear force on each rivet
Secondary shear force
Centre of gravity of all rivet lie at 3.
r3 = 0
r2 = r4 = 200
P1” = P5” = Cr1 = 0.278 x 223.6 = 62.11 kN
P2” = P4” = Cr2 = 0.278 x 200 = 55.56 kN
Maximum load on rivet 2 = P2’ + P2
= 20 + 55.56 = 75.56 kN
Maximum load on rivet 1
Here,
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Shown in the figure is a bracket attached to a channel by means of 5 identical rivets. The maximum load on most heavily stressed rivet is __________ kNa) 79b) 82Correct answer is between ' 79, 82'. Can you explain this answer?
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