Moment Area Method | Maximum Slope & Deflection of a Cantilever Beam with a Point Load at Any Point

This video explains how to determine the maximum slope and maximum deflection of a cantilever beam carrying a point load at any point using the Moment Area Method (Mohr’s Theorems). This is a classic and frequently tested problem in Strength of Materials and Structural Analysis.
The solution is presented step-by-step, with clear bending moment diagrams and physical interpretation, making it easy to understand and apply in engineering exams. This lesson is ideal for civil, mechanical, and structural engineering students studying in universities across the USA, UK, Canada, Australia, Europe, and beyond.
If you struggle with beam deflection problems or want a solid, exam-ready approach to slope and deflection calculations, this video will significantly boost your confidence.
What you’ll learn:
Cantilever beam with point load at any position.
Construction of bending moment diagram.
Application of Mohr’s First and Second Theorems.
Determination of maximum slope.
Determination of maximum deflection.
Common exam mistakes and shortcuts.
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Видео Moment Area Method | Maximum Slope & Deflection of a Cantilever Beam with a Point Load at Any Point канала Tutor Jerry