The 2D frame introduced in InClassHandout01 is made of members that have a rectangular cross-section of 16 inches\times 8 inches. The frame as well as the perpendicular section at the mid-point of AB (Section (a)) are shown in the figure below.
Determine the average normal and shear stresses (\sigma avg, \tau avg) produced due to the internal normal and shear forces (Nx,Vy) calculated at Section (a), and enter the magnitude of the shear stress in psi correct to 3 significant digits below. You may use the values of the internal normal and shear forces that you would have calculated as solution to part (a) of the problem in InClassHandout01.
The 2D frame introduced in InClassHandout01 is made of members that have a rectangular cross-section
of 16 inches \times 8 inches. The frame as well as the 30\deg CW rotated section at the mid-point of AB\sigma _(avg ),\tau _(avg) N_(x^(')),V_(y^(')) N_(x^(')),V_(y^(')) are acting is not 16in.\times 8in.