Buckling of Beams (IS 800) Explained: Deflection, Web Crippling & Local Buckling | Steel Structures
Welcome to CIVIL GYAN CENTER! Are you struggling to understand the critical failure modes of steel beams? This video is your complete guide to one of the most important topics in Steel Structures: Buckling and limiting the deflection of beams as per the IS 800 code. In this comprehensive tutorial, we will cover: Understanding Buckling: The fundamental concept of beam buckling and why it's a major concern in structural design. Deflection Limits: What are the permissible deflection limits for steel beams according to IS 800? Learn the code provisions essential for safe design. Local Buckling of Flange: A detailed look at how compressive stresses can cause the local plate element (flange) to buckle before the whole member fails. Local Buckling of Web: Understanding the critical conditions under which the web of an I-section or H-section fails locally. Web Crippling: Explained with diagrams! Learn about this localized failure mode that occurs near points of concentrated load or reactions. This lesson is a must-watch for students preparing for SSC JE, GATE, ESE, and other competitive Civil Engineering exams! Grab your notebook and let's master the design of steel structures. 👍 Like, Share, and Subscribe to CIVIL GYAN CENTER for more high-quality Civil Engineering content! Topics Covered: Steel Structures, Buckling of Beams, Deflection Limit, Local Buckling, Web Crippling, IS 800, Civil Engineering, SSC JE Civil, GATE Civil. #SteelStructures #CivilEngineering #BucklingOfBeams #IS800 #SSCJE #WebCrippling #LocalBuckling #CIVILGYANCENTER #beams #civilengineeringexams #civilengineeringexams #civilengineeringexams #compactsection #engineeringterms
