A structural plan is shown in Figure 2. All four levels are identical. Imposed load...

 

      

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A structural plan is shown in Figure 2. All four levels are identical. • Imposed load = 3.0kPa Fire Resisting Period = 120mm • 1.0mm Lysaght Bondek . Slab depth =160mm. . • Concrete grade = 32N/mm2 • Shear stud diameter = 19mm • Shear stud height = 100mm • 1 shear stud per rib on a secondary beam or indicate moment-joints indicates pin-joint Figure 2 39.0m 4d12.0m -Selected Frame (a) Top of Slab, 17 3.8 3.8m 3.8m 4.5 12.0m Figure 2 12.0m (b) 12.0m (a) With annotated sketches, discuss the lateral-load-resisting systems of the selected frame indicated in Figure 2. (b) Secondary beams (460UB67.2 Grade 300plus) are composite beams. i. Determine the effective breadth of concrete flange ii. Determine plastic moment capacity under full shear connection. iii. Determine the kl for the shear studs. iv. Determine if the secondary beams have a "full shear connection". v. If transverse reinforcement provided N10-300mm c/c top and bottom, determine tu. A structural plan is shown in Figure 2. All four levels are identical. • Imposed load = 3.0kPa Fire Resisting Period = 120mm • 1.0mm Lysaght Bondek . Slab depth =160mm. . • Concrete grade = 32N/mm2 • Shear stud diameter = 19mm • Shear stud height = 100mm • 1 shear stud per rib on a secondary beam or indicate moment-joints indicates pin-joint Figure 2 39.0m 4d12.0m -Selected Frame (a) Top of Slab, 17 3.8 3.8m 3.8m 4.5 12.0m Figure 2 12.0m (b) 12.0m (a) With annotated sketches, discuss the lateral-load-resisting systems of the selected frame indicated in Figure 2. (b) Secondary beams (460UB67.2 Grade 300plus) are composite beams. i. Determine the effective breadth of concrete flange ii. Determine plastic moment capacity under full shear connection. iii. Determine the kl for the shear studs. iv. Determine if the secondary beams have a "full shear connection". v. If transverse reinforcement provided N10-300mm c/c top and bottom, determine tu.