# Question Solved1 Answer3. Figure shows the singly symmetrical cross-section of a thin-walled open section beam of constant wall thickness t, which has a narrow longitudinal slit at the corner 15. Calculate and sketch the distribution of shear flow due to a vertical shear force S acting through the shear centre, S and note the principal values .Also determine the position of shear center. (10)4. Draw the shear flow distribution for the cross-section shown in figure. 1. Determine the Moment of inertia for the singly-symmetrical cross-section.

5ATIXH The Asker · Mechanical Engineering
3. Figure shows the singly symmetrical cross-section of a thin-walled open section beam of constant wall thickness t, which has a narrow longitudinal slit at the corner 15. Calculate and sketch the distribution of shear flow due to a vertical shear force S acting through the shear centre, S and note the principal values .Also determine the position of shear center. (10)4. Draw the shear flow distribution for the cross-section shown in figure. 1. Determine the Moment of inertia for the singly-symmetrical cross-section.
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