An 8-ft simply supported beam is carrying a uniform dead load (12.5kip/ft) and live load. The beam is supported by aa co
Posted: Mon Jul 11, 2022 2:46 pm
(a) Determine the maximum uniform live load that a column cansupport considering the compression only. Use LRFD
(b) Determine the maximum uniform live load that a column cansupport considering the flexural only. Use LRFD
(c) Determine the maximum uniform live load that a column cansupport considering the biaxial bending. if Use LRFD
An 8-ft simply supported beam is carrying a uniform dead load (12.5kip/ft) and live load. The beam is supported by aa column (W12 x 35) on both ends. The transfer of load from the beam to the column is off center by 1.5 inches along x-axis and 3 inches along y axis as shown in the figure. The effective length of the column is 15 ft in any direction. Use Cb=1.1 if needed (a) Determine the maximum uniform live load that a column can support considering the compression only. Use LRFD 3.50 (b) Determine the maximum uniform live load that a column can support considering the flexural only. Use LRFD (c) Determine the maximum uniform live load that a column can support considering the biaxial bending. if Use LRFD