🔷 Shear in RCC Beams Explained: Design, IS Code & Failure Prevention!

🔷 Shear in RCC Beams Explained: Design, IS Code & Failure Prevention! CIVIL ENGINEERING EDGE Welcome to CIVIL ENGINEERING EDGE, your ultimate destination for mastering civil engineering concepts! I am also a Civil Engineer. Our channel offers high-quality educational content, covering topics such as structural design, construction techniques, surveying, building materials, project management, and more. Whether you're a student, professional, or enthusiast, we bring expert insights, tutorials, and real-world case studies to help you stay ahead in the field. Join us to enhance your knowledge and gain an edge in civil engineering. Subscribe now and build a strong foundation for your career! In addition to the above, I am a Photographer, Digital Creator, and enthusiast of photography, particularly in wildlife and Bird Photography. For a glimpse into our creative process, check out this video: 🔧 Welcome to Civil Engineering Edge! In this video, we take a deep dive into one of the most critical aspects of beam design — Shear in RCC Beams. Whether you're a student preparing for exams, a practising engineer, or simply passionate about structural design, this video gives you a complete understanding of: ✅ What is shear stress in homogeneous and RCC beams ✅ Nominal shear stress and its calculation ✅ Effects of shear on structural behaviour ✅ Shear failure in beams without reinforcement ✅ Shear resistance of concrete as per IS 456:2000 ✅ Design shear strength and critical sections ✅ Minimum and maximum shear reinforcement provisions ✅ Complete design procedure for shear reinforcement We simplify IS Code clauses and explain them in practical terms, using relevant formulas. Make sure to watch till the end to reinforce your core design knowledge! 📚 Perfect for: – Civil Engineering Students – Structural Design Engineers – GATE/IES Aspirants – Construction Enthusiasts 👍 Like | 💬 Comment | 🔔 Subscribe for more civil engineering tutorials! #ShearInBeams, #RCCBeamDesign, #CivilEngineeringEdge, #IS456, #ShearStress, #StructuralEngineering, #ReinforcedConcrete, Shear in RCC beams Shear stress in beams Nominal shear stress Shear reinforcement RCC beam design Shear failure in beams IS 456 shear design Minimum shear reinforcement Critical section for shear Concrete shear resistance Civil engineering tutorial Structural engineering basics Beam failure modes Shear stirrup design Maximum stirrup spacing RCC structural design IS 456:2000 beam design Design of beams Shear force in concrete Reinforced concrete beam 🔷 Shear in RCC Beams Explained: Design, IS Code & Failure Prevention! CIVIL ENGINEERING EDGE