Problem #1 A W 10 x 45 is used as a beam with two lines of 19 mm diameter boplts in each flange using A 36 steel. There are at least three bolts in each line and the bolts are not staggered with...

Please solve woth complete detailed solution. Thank you.Problem #1<br>A W 10 x 45 is used as a beam with two lines<br>of 19 mm diameter boplts in each flange using<br>A 36 steel. There are at least three bolts in<br>each line and the bolts are not staggered with<br>respect to each other. Use LRFD Method.<br>Prop. of W 10 x 45<br>A = 8581 mm?<br>d = 256.54 mm<br>bf = 203.71 mm<br>tr = 15.75 mm<br>tw = 8.89 mm<br>Fy = 248 MPa<br>Fu = 400 MPa<br>O Determine the effective net area that<br>can be assumed to resist tension of the<br>section through the holes.<br>Ae = U An<br>U = 0.90<br>® Determine the design strength due to<br>fracture in the net section where bolt or<br>rivet holes are present. ø = 0.75<br>® Determine the design strength due to<br>yielding in the gross section which is<br>prevented<br>member.<br>inteded<br>to<br>excessive<br>203.71 mm<br>elongation of t<br>0.90<br>I- 15.75 mm<br>d=256.64 mm<br>15.75 mm<br>

Extracted text: Problem #1 A W 10 x 45 is used as a beam with two lines of 19 mm diameter boplts in each flange using A 36 steel. There are at least three bolts in each line and the bolts are not staggered with respect to each other. Use LRFD Method. Prop. of W 10 x 45 A = 8581 mm? d = 256.54 mm bf = 203.71 mm tr = 15.75 mm tw = 8.89 mm Fy = 248 MPa Fu = 400 MPa O Determine the effective net area that can be assumed to resist tension of the section through the holes. Ae = U An U = 0.90 ® Determine the design strength due to fracture in the net section where bolt or rivet holes are present. ø = 0.75 ® Determine the design strength due to yielding in the gross section which is prevented member. inteded to excessive 203.71 mm elongation of t 0.90 I- 15.75 mm d=256.64 mm 15.75 mm

Jun 10, 2022
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