Deflection of Beam | Relationship Between Slope, Deflection & Radius of Curvature...

deflection of beam, Slope and deflection of beam, radius of curvature of beam, relationship between slope and deflection, elastic curve of beam,
beam bending theory, strength of materials, structural analysis, beam differential equation, curvature of beam, engineering mechanics,
civil engineering, mechanical engineering, engineering concepts explained


In this video, we provide a clear and well-simplified explanation of deflection of beam, focusing on the relationship between slope, deflection, and radius of curvature of a beam. This fundamental relationship forms the backbone of beam bending theory and is essential for understanding how beams deform under bending moments.

You will learn how the elastic curve of a beam is developed, how slope and deflection are mathematically related, and how the radius of curvature connects bending moment with beam deformation through standard equations used in Strength of Materials and Structural Analysis. The explanation is presented step by step, making it easy to follow for both beginners and advanced engineering students.

This lesson is part of the Deflection of Beam playlist on Tutor Jerry Academy, where we systematically cover beam deflection concepts, governing equations, methods of analysis, and solved problems.

Recommended for:
Civil engineering students, mechanical engineering students, diploma students, and candidates preparing for GATE, FE Exam, and university engineering examinations.

👉🏽 Watch this video in sequence with the playlist to build strong conceptual understanding.
👉🏽 Subscribe to Tutor Jerry Academy for more simplified and exam-focused engineering tutorials.

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