A W10 x 30 tensile member with no holes, consisting of 50 ksi steel (345 MPa) and with Lb = 3.6 meters is subjected to the axial service loads PD = 130 kN and PL = 220 kN and to the service moments...


A W10 x 30 tensile member with no holes,<br>consisting of 50 ksi steel (345 MPa) and with Lb<br>= 3.6 meters is subjected to the axial service<br>loads PD = 130 kN and PL = 220 kN and to the<br>service moments MDx = 27 kN-m and MLx = 54<br>kN-m. (From the table, A = 5,700 mm^2; Lp =<br>1475.6 mm; Lr = 4,908.5 mm; Sx = 531 x 10^3<br>mm^3; Zx = 600 x 10^3 mm^3). Use NSCP 2015.<br>A W10 x 30 tensile member with no holes,<br>consisting of 50 ksi steel (345 MPa) and with Lb<br>= 3.6 meters is subjected to the axial service<br>loads PD = 130 kN and PL = 220 kN and to the<br>service moments MDx = 27 kN-m and MLx = 54<br>kN-m. (From the table, A = 5,700 mm^2; Lp =<br>1475.6 mm; Lr = 4,908.5 mm; Sx = 531 x 10^3<br>mm^3; Zx = 600 x 10^3 mm^3). Use NSCP 2015.<br>Determine the LRFD design bending strength<br>OMn of the member in kN-m.<br>Determine the LRFD interaction value and its<br>adequacy.<br>note. the answer must be S.I units<br>

Extracted text: A W10 x 30 tensile member with no holes, consisting of 50 ksi steel (345 MPa) and with Lb = 3.6 meters is subjected to the axial service loads PD = 130 kN and PL = 220 kN and to the service moments MDx = 27 kN-m and MLx = 54 kN-m. (From the table, A = 5,700 mm^2; Lp = 1475.6 mm; Lr = 4,908.5 mm; Sx = 531 x 10^3 mm^3; Zx = 600 x 10^3 mm^3). Use NSCP 2015. A W10 x 30 tensile member with no holes, consisting of 50 ksi steel (345 MPa) and with Lb = 3.6 meters is subjected to the axial service loads PD = 130 kN and PL = 220 kN and to the service moments MDx = 27 kN-m and MLx = 54 kN-m. (From the table, A = 5,700 mm^2; Lp = 1475.6 mm; Lr = 4,908.5 mm; Sx = 531 x 10^3 mm^3; Zx = 600 x 10^3 mm^3). Use NSCP 2015. Determine the LRFD design bending strength OMn of the member in kN-m. Determine the LRFD interaction value and its adequacy. note. the answer must be S.I units

Jun 11, 2022
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