please used the formula

STRAP CALCULATIONS Width Thickness Load(Tourqe) W = 2.3d+0.062 t = V(0.85dA(1-A/B) T = df75 Stress Moment M = fA(B-A) B Section Modulus sec.mod. = (W-c)(t S=M/(sec.mod.) 6 Radial Load d=135715) Work A -8-A- 8 Figure - 2 From figure - 2 as shown above, assuming an 10 inch long open-end wrench is used to tighten a'l - 10 bolt (Diameter of bolt d="/). A force of 15 lb is exerted at the end of the wrench. Calculate: i. The necessary width of the clamp. ii. The thickness of the clamp. iii. The load on the bolt. iv. The moment on the strap. V. The working stress on the clamp. vi. The safety factor if the ultimate stress of the clamping material is 65,000psi vii. The maximum radial load that can be applied to this bolt. Note: A = 3in; B = 5in; c='+'/:= 0.5625 (slot opening): Torque (T) = 10x15 = 150 in-lb. (20 marks) [W - 2.3d+0.062; + - 0.85dA(1-A/B)); T = df/s; M - (A(B-A); sec.mod. - (W-c)0 SM(sec. mod.); d=1.35V(f/s)]. B 6