A steel column with effective length of 8 m (supported with fixed at both ends) is supported with compressive force P. Radii of gyrations rx = ry = 38.90 mm. A = 3200 mm^2. Use E = 200 GPa AND Fy =...


A steel column with effective length of<br>8 m (supported with fixed at both ends)<br>is supported with compressive force P.<br>Radii of gyrations rx = ry = 38.90 mm. A<br>= 3200 mm^2. Use E = 200 GPa AND<br>Fy = 250 MPa.<br>(1) Using NSCP 2001, compute the<br>effective slenderness ratio of the<br>column. *<br>(2) Which of the following most nearly<br>gives design axial load of the column in<br>kiloNewtons (NSCP 2015) *<br>(3) Which of the ff. most nearly gives<br>the elastic buckling stress in MPa of the<br>column.<br>

Extracted text: A steel column with effective length of 8 m (supported with fixed at both ends) is supported with compressive force P. Radii of gyrations rx = ry = 38.90 mm. A = 3200 mm^2. Use E = 200 GPa AND Fy = 250 MPa. (1) Using NSCP 2001, compute the effective slenderness ratio of the column. * (2) Which of the following most nearly gives design axial load of the column in kiloNewtons (NSCP 2015) * (3) Which of the ff. most nearly gives the elastic buckling stress in MPa of the column.

Jun 11, 2022
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