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express your answer in 3decimal places i will give you upvote buddy
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express your answer in 3decimal places i will give you upvote buddy
express your answer in 3decimal places i will give you upvote buddy
Situation 3 - A cantilever beam has a span of 9 m supports a superimposed uniformly distributed load of 15 kN/m and a concentrated load of 5kN at 4m from the free end. W 360 x 64 d = 347 mm A = 8140 mm^2 tw = 7.70 mm Wb = 63.90 kg/m bf = 203 mm Ix = 178x10^6 mm 4 tf = 13.50 mm Ty = 18.80x10^6 mm 4 a. b Ud d. Wt = 15.627 kN/m_The total weight of the beam. Vmax = 145.643 kN calculate the maximum shear in the beam. Mmax = 657.894 kN-m_Calculate the maximum moment in the beam. fv = 54.509 MPa What is the average shearing stress in the beam? 59.033 MPa Determine the maximum shearing stress in the beam. fv = 55.104 MPa Determine the shearing stress at a point 98mm from the NA. e. fv = f.
Situation 3 - A cantilever beam has a span of 9 m supports a superimposed uniformly distributed load of 15 kN/m and a concentrated load of 5kN at 4m from the free end. W 360 x 64 d = 347 mm A = 8140 mm^2 tw = 7.70 mm Wb = 63.90 kg/m bf = 203 mm Ix = 178x10^6 mm 4 tf = 13.50 mm Ty = 18.80x10^6 mm 4 a. b Ud d. Wt = 15.627 kN/m_The total weight of the beam. Vmax = 145.643 kN calculate the maximum shear in the beam. Mmax = 657.894 kN-m_Calculate the maximum moment in the beam. fv = 54.509 MPa What is the average shearing stress in the beam? 59.033 MPa Determine the maximum shearing stress in the beam. fv = 55.104 MPa Determine the shearing stress at a point 98mm from the NA. e. fv = f.
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