A certain beam in its upright position is estimated to have a vertical bending moment Mux - 218 kN-m and a lateral bending moment of Muy = 48 kN-m. These moments includes the effect of the estimated beam weight. The loads are assumed to pass thru the centroid of the section. Assume full lateral support for the compression flange. Properties of the beam Sx - 2524 x 10° mm Sy 251 x 10 mm Zx - 2901 x 10° mm3 Zy 401 x 10° mm3 Fy 248 MPa Cb - 1.0 Compute the design flexural strength about the y-axis. (kN-m)

Structural Analysis
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ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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A certain beam in its upright position is estimated to have a vertical bending moment
Mux = 218 kN-m and a lateral bending moment of Muy = 48 kN-m. These moments
%3D
includes the effect of the estimated beam weight. The loads are assumed to pass thru
the centroid of the section. Assume full lateral support for the compression flange.
Properties of the beam
Sx = 2524 x 103 mm3
Sy 251 x 103 mm3
!3!
Zx - 2901 x 10° mm3
Zy = 401 x 10° mm3
%3D
Fy = 248 MPa
Cb = 1.0
Compute the design flexural strength about the y-axis. (kN-m)
Transcribed Image Text:A certain beam in its upright position is estimated to have a vertical bending moment Mux = 218 kN-m and a lateral bending moment of Muy = 48 kN-m. These moments %3D includes the effect of the estimated beam weight. The loads are assumed to pass thru the centroid of the section. Assume full lateral support for the compression flange. Properties of the beam Sx = 2524 x 103 mm3 Sy 251 x 103 mm3 !3! Zx - 2901 x 10° mm3 Zy = 401 x 10° mm3 %3D Fy = 248 MPa Cb = 1.0 Compute the design flexural strength about the y-axis. (kN-m)
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