Deflection of Beam | Deflection & Slope of a Beam Subjected to a Uniform Bending Moment...

deflection of beam, beam deflection, slope and deflection of beam,
uniform bending moment, deflection of beam under pure bending,
elastic curve of beam, strength of materials, structural analysis,
beam differential equation, engineering mechanics, civil engineering, mechanical engineering, double integration method,
moment area method, macaulay method, engineering solved problems

In this video, we present a well-simplified and concept-driven explanation of deflection of beam, focusing on the deflection and slope of a beam subjected to a uniform bending moment. This lesson is designed to help engineering students clearly understand how beams behave under pure bending conditions and how to analyze the resulting slope and deflection accurately.

You will learn the fundamental theory behind beam deflection, the formation of the elastic curve, and how the uniform bending moment affects beam deformation. The explanation follows standard approaches taught in Strength of Materials and Structural Analysis, making it ideal for both classroom learning and exam preparation.

This video is part of the Deflection of Beam playlist on Tutor Jerry Academy, where we cover:

Slope and deflection of beams

Cantilever and simply supported beams

Double integration method

Macaulay’s method

Moment area method

Solved engineering problems


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

👉🏽 Watch the video carefully, follow the steps, and revisit it anytime you need quick revision or conceptual clarity.
👉🏽 Subscribe to Tutor Jerry Academy for more simplified and exam-focused engineering tutorials.

#deflectionofbeam
#beamdeflection
#slopeanddeflection
#uniformbendingmoment
#strengthofmaterials
#structuralanalysis
#engineeringmechanics
#civilengineering
#mechanicalengineering
#elasticcurve
#engineeringtutorial
#TutorJerryAcademy