The cantilever support beam shown in Fig. 1-56 is subjected to a vertical load of 500...

  

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The cantilever support beam shown in Fig. 1-56 is subjected to a vertical load of 500 lb. (a) Locate the center of resistance of the fas- tener pattern and then find the resultant shearing force on each fastener. Assume that both fasteners are the same size and type. (Hint: Balance the beam with reac- tive loads at the center of resistance of the fastener pattern and then distribute these forces separately to each fastener.) (b) Indicate these forces on a properly drawn free-body diagram of the beam. Also state whether the forces indicated represent plate or fastener forces. 2.50 #1 2.00 #2008 - #2 12.00 FIGURE 1-56 Cantilever beam support structure. 500 Y L. X The cantilever support beam shown in Fig. 1-56 is subjected to a vertical load of 500 lb. (a) Locate the center of resistance of the fas- tener pattern and then find the resultant shearing force on each fastener. Assume that both fasteners are the same size and type. (Hint: Balance the beam with reac- tive loads at the center of resistance of the fastener pattern and then distribute these forces separately to each fastener.) (b) Indicate these forces on a properly drawn free-body diagram of the beam. Also state whether the forces indicated represent plate or fastener forces. 2.50 #1 2.00 #2008 - #2 12.00 FIGURE 1-56 Cantilever beam support structure. 500 Y L. X

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The problem involves a cantilever beam support structure subjected to a vertical load To find the center of resistance of the fastener pattern and the... View the full answer