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In this video, we learn how to calculate the minimum bolt diameter needed to resist uplift forces. The design tensile capacity of a bolt is determined by the ultimate tensile strength of the bolt. Grade 4.6 and 8.8 bolts are commonly used, with grade 8.8 bolts being stronger. The ultimate tensile strength of a grade 8.8 bolt is 800 newton per millimeter squared, with a yield stress of 640 newton per millimeter squared. The bolt tension area (A_s) is essential in calculating the minimum bolt diameter required to withstand a 250 kilonewtons design uplift force on a steel column anchored by 4 grade 8.8 bolts in a concrete foundation.
