Determination of Flexural Strength of Concrete | IRC:58,2015 & IS516 (Part 1)I Flexural Stress

Flexural stress (also called bending stress) is one of the most important concepts in Reinforced Concrete Design. In this video, I explain flexural stress in concrete in the simplest way possible with clear diagrams and a complete numerical example. ✅ What you'll learn: • What is flexural stress / bending stress • Why concrete is weak in tension but strong in compression • Stress distribution in a concrete beam under bending • Neutral axis, maximum compressive & tensile stress • Formula for flexural stress (σ = My/I) • Step-by-step solved numerical example This video is perfect for civil engineering students (Diploma, B.Tech, M.Tech) who are studying RCC / Reinforced Concrete Design. Timestamps: 0:00 - Introduction to Flexural Stress 1:15 - Why Flexural Stress is Important 2:40 - Stress Distribution Diagram 4:20 - Important Formula 6:10 - Numerical Example (Step by Step) 10:45 - Key Points & Conclusion If you are preparing for university exams or competitive exams (GATE, IES, SSC JE), this video will help you understand the basics clearly. 👍 Like the video if it helped you! 💬 Comment which topic you want next (Shear stress, Deflection, etc.) 🔔 Subscribe for more simple & conceptual videos on Civil Engineering subjects. Thanks for watching! #FlexuralStress #ConcreteDesign #CivilEngineering