Analysis and Design of Statically Indeterminate Beam by Determining FBM and FSF through Slope Deflection Method (SDM), Moment Distribution Method (MDM), and Kani's Method-A Comparative Study

Abstract

This paper targets the comparative study by analyzing and designing statically indeterminate beams for the ground and three additional floors academic building through thinking about the unique beam (A beam wherein maximum load acts in keeping with the tributary vicinity technique) from the assigned framed shape. For the determination of the final bending moment (FBM) and final shear force (FSF) of the statically indeterminate beam via SDM, the MDM approach and Kani's method turned into doing. Assessment changed into made over all three the method for accurate results and for suggesting a nice method of evaluation for the precise case of evaluation. The layout manner of structural planning and design calls for no longer the best creativeness and conceptual wondering however also expertise of structural engineering except the realistic aspects sound. Its miles important to collect the required plan of a selected construction that is required to locate the position of the particulars building components such as the position of vertical members, dimension of beams, and intensity and thickness of the slab are furnished based on structural needs. The moments and design acquired in this have to look at is useful for engineers to apprehend the design procedure and utility of software for more complicated structures. at the give up the analyzed consequences obtained from all 3 methods were in comparison and it's far observed that the evaluation performed via the second distribution method and Kani's method gives validation of manual results and persevered work was achieved for designing the beam by collecting the vital records from analyzed effects from Kani's methods.