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Calculate the shear stress points indicated on the compound. The shear force at the specific cross section of the beam is 500 kN. Draw

 


Y = mm (from the top of the section) Ixxx = x106 mm4 TA = MPa TB = MPa Tc = MPa TD = MPa


Tc = MPa TD = MPa TE = MPa TNA = MPa


Draw a neat sketch to show the shear stress distribution for the previous question and attach a single page PDF file that sho  

Calculate the shear stress points indicated on the compound. The shear force at the specific cross section of the beam is 500 kN. Draw a neat sketch to show the shear stress distribution across the cross section. 300 mm 150 mm 30 mm Trapezoidal with 290 mm linear slope 30 mm E 200 mm Calculations: y = mm (from the top of the section) = mm (from the top of the section) Iw = x106 mm4 %3D TA = MPa TB = MPa TC = MPa = MPa TC= MPa Tp = MPa TE = MPa TNA = MPa Draw a neat sketch to show the shear stress distribution for the previous question and attach a single page PDF file that shows the cross section and the shear stress distribution diagram.

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