The beam cross section below is symmetric in both y and z directions. The thicknesses in...

 

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The beam cross section below is symmetric in both y and z directions. The thicknesses in mm are indicated. 1 mm A +4 B C 3 mm 2 mm The shear flow at point A is 44 N/mm. The shear flow at point B is 55 N/mm. The shear flow at point C is 224 N/mm. Calculate the maximum shear stress at any of these three points. Give you answer in MPa (N/mm²) to 1 decimal place, but without the units. The beam cross section below is symmetric in both y and z directions. The thicknesses in mm are indicated. 1 mm A +4 B C 3 mm 2 mm The shear flow at point A is 44 N/mm. The shear flow at point B is 55 N/mm. The shear flow at point C is 224 N/mm. Calculate the maximum shear stress at any of these three points. Give you answer in MPa (N/mm²) to 1 decimal place, but without the units.

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Solution the Given the the the we beam Shear A Shear Shear Sheur datu kn... View the full answer