The steel structure shown in Fig P3(a) is subjected to hydrostatic loading. Take the mass density of the fluid as 1000 kg/m3. Member BD is a two-force member constructed with a circular hollow cross-section – inner radius is 0.2 m and a wall thickness of 0.05 m. One can by considering a unit width of the structure (perpendicular and into the page), model the structure as a planar frame suitable for structural analysis. Perform all your calculations using US Customary units: slugs for mass, feet for length, seconds for time and pounds for force. You may ignore self-weight of the members. (a) Compute the support reactions and pin forces. (b) Draw the shear force and bending moment diagrams for the frame. (c) Member ABC is made of W27x146. (i) Find the location with the largest bending moment. At this point, compute the location of the neutral axis. (ii) Compute the max. tensile, compressive and shear stress in member ABC.PLEASE SHOW ALL WORK AND FOLLOW INSTRUCTIONS FILE 1. needs to be solved by word doc not by hand2. show all diagrams 3. there is an example folder please make sure will be the same
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