Lecture
This lecture delves into the topic of beam bending, exploring how loads generate deformation and how beams resist it. The instructor explains the importance of understanding bending moments, different types of supports, and the relationship between shear forces and bending moments. Through the use of singularity functions, the lecture demonstrates a clever way to describe various loadings on beams in a single formula, simplifying complex scenarios. The concepts of shear and moment diagrams are discussed, highlighting their significance in determining beam deformation. The lecture concludes by introducing the delta function as a singularity function and hints at the integration and differentiation of these functions in the next session.