Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
An A36 tension member is subjected to a service axial load of 1100 kN and a service moment of 30 kN- m and 25 kN-m applied at major and minor axes, respectively. If the height of member is 1.20 m and rest on a continuous lateral bracing, check the adequacy of the steel section. W14 x 68; A = 12903 mm2 d = 356.62 mm tw = 10.54 mm bf = 254.89 mm tf = 18.29 mm Sx = 1688 x 103 mm3 %3D %3D Sy = 397 x 103 mm3

An A36 tension member is subjected to a service axial load of 1100 kN and a service moment of 30 kN- m and 25 kN-m applied at major and minor axes, respectively. If the height of member is 1.20 m and rest on a continuous lateral bracing, check the adequacy of the steel section. W14 x 68; A = 12903 mm2 d = 356.62 mm tw = 10.54 mm bf = 254.89 mm tf = 18.29 mm Sx = 1688 x 103 mm3 %3D %3D Sy = 397 x 103 mm3

icon
Related questions
Question
An A36 tension member is subjected to a service axial load of 1100 kN and a service moment of 30 kN- m and 25 kN-m applied at major and minor axes, respectively. If the height of member is 1.20 m and rest on a continuous lateral bracing, check the adequacy of the steel section. W14 x 68; A = 12903 mm2 d = 356.62 mm tw = 10.54 mm bf = 254.89 mm tf = 18.29 mm Sx = 1688 x 103 mm3 Sy = 397 x 103 mm3
Transcribed Image Text:An A36 tension member is subjected to a service axial load of 1100 kN and a service moment of 30 kN- m and 25 kN-m applied at major and minor axes, respectively. If the height of member is 1.20 m and rest on a continuous lateral bracing, check the adequacy of the steel section. W14 x 68; A = 12903 mm2 d = 356.62 mm tw = 10.54 mm bf = 254.89 mm tf = 18.29 mm Sx = 1688 x 103 mm3 Sy = 397 x 103 mm3
Expert Solution
steps

Step by step

Solved in 10 steps

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer
Similar questions