The metal beam section shown is subjected to a force P. Determine the following: a) Calculate the centroid of the cross

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The metal beam section shown is subjected to a force P. Determine the following: a) Calculate the centroid of the cross

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The Metal Beam Section Shown Is Subjected To A Force P Determine The Following A Calculate The Centroid Of The Cross 1
The Metal Beam Section Shown Is Subjected To A Force P Determine The Following A Calculate The Centroid Of The Cross 1 (48.55 KiB) Viewed 17 times
The metal beam section shown is subjected to a force P. Determine the following: a) Calculate the centroid of the cross section and the moment of centroidal inertia with respect to the bending axis of the beam. b) Determine the maximum spacing at which the horizontal rivets (the pair of rivets) can be placed so that they do not fail. Each rivet can withstand a Fres shear force. c) Determine the maximum spacing at which the vertical rivets can be placed so that they do not fail. Each rivet can withstand a Fres shear force. d) Determine the force per unit length that each weld bead resists. 0.5h L/3 0.2 h „В welding h V(x) Rivets Vertical L PH 0.2h Rivets Horizontal -P P = 15 kip; h = 20 in; Fes = 1.5 kip 0.21 0.5h 0.2h
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