Solution of Machine Design-I - Computer Action Team
The load per bolt is half of this amount or 8100 lbs. Incorporating a factor of safety of 4, the design load per bolt is 4(8100)=32400 lbs. The required tensile area for each bolt is: The appropriate bolt is a Grade 8 ¾ “ –10 UNC. Problem #M4. The bolts are ½”-13UNC. The distance between bolts is 1.25”. The load is 2700 lbs and L=8”. ................
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