Mechanics of Structures 2 Assignment: Beam Analysis Solution

This assignment solution for Mechanics of Structures 2 analyzes a beam subjected to various loads. The solution begins by calculating the reactions at the supports using equilibrium equations and moment calculations. It then proceeds to draw the shear force and bending moment diagrams, essential tools for understanding the internal forces within the beam. The moment of inertia of the cross-section is calculated using the parallel axis theorem and compared with the Onesteel value. Furthermore, the maximum tensile bending stress is determined, and its location is specified. The assignment also involves calculating the maximum shearing stresses and drawing a profile of these stresses, highlighting their magnitudes at critical points. Finally, the centroid of a T-section derived from the original beam is calculated using the first moment of area method, providing a comprehensive analysis of the structural behavior under load. The document references Majid's 'Theory of Structures' for background information and methodologies.