Why This Steel Cable Holds The Beam - Structural Engineering Tutorial IStructE Structural Behaviour

Learn how to find the force in a steel cable attached to a steel beam in this lecture by Dr Jawed Qureshi, Senior Lecturer in Structural Engineering at the University of East London. In this video: • Understand how a steel cable supports a beam • Learn manual calculations for cable force • Explore beam deflection and reactions • Verify results using S-Frame software modeling • Build confidence in structural analysis and engineering judgement This video is part of Dr Jawed Qureshi’s course on The Institution of Structural Engineers Certificate in Structural Behaviour. 🔗 Download Lecture Slides: https://tinyurl.com/JQureshiStructural to follow along with the lesson. 🔗 IStructE Certificate in Structural Behaviour: https://www.istructe.org/training-and... ⏰ TIMECODES ⏰ 0:00 – Introduction by Dr Jawed Qureshi 0:20 – Problem: Force in Steel Cable 1:45 – Calculating Cable Extension 3:30 – Beam Deflection Without Cable 5:10 – Total Deflection With Cable 7:00 – Finding Cable Force 9:00 – Verifying with S-Frame Software 11:00 – Key Concept: Moment Redistribution 12:30 – Quiz / Extra Question Discussion Related Videos in the IStructE Structural Behaviour Course https://tinyurl.com/JQStructural Watch first 40 lectures above. 41. Frame Deflected shape examples – V    • Best Way to Draw Deflected Shapes in Struc...   42. Cantilever Frames    • How to analyse cantilever frames (without ...   43 Simple Frames    • This One Skill is Key to Analyzing Simple ...   44 Complex Frames    • Structural Behaviour for Beginners | Defle...   45 Propped Cantilever Frames    • Analyse Propped Cantilever Frames WITHOUT ...   46 Internal Pin Frame Analysis    • 3 Pin Frame Analysis - Structural Engineer...   47 Internal Pin Frame with values    • Bending Moment Diagram for Frames with Int...   48 Approximate BMD Frames    • Approximate Bending Moment Diagram Without...   49 BMD Mult-bay Frames    • How to Draw BMD for Multi Bay Frames| IStr...   50 Plastic collapse mechanism    • Plastic Analysis of Structures: Collapse M...   51 Plastic collapse moment    • How to Find the Critical Collapse Moment |...   52 Stiffness of single bay frame    • Why Stiff Members Attract More Forces in S...   53 Moment of three bay frame    • How to Solve a Multi-Bay Frame Using the P...   54 Moment redistribution in a continuous beam    • Most Students Get Moment Redistribution Wr...   55 Determinate vs Indeterminate Truss    • Do Stiffer Bracing Members Change Truss Fo...   56 Cable stayed beam    • How Bending Moment Changes in Cable Stayed...   57 Cantilever Bridge    • Determinate vs Indeterminate Structures in...   58 Effect of stiffness in beams and frames    • Stiffness Effect on Internal Forces in Bea...   59 Support settlement continuous beams    • Effect of Support Settlement on Bending Mo...   60 Support settlement Propped Cantilever beam    • Support Settlement in Propped Cantilever B...   61 Calculate truss deflection    • Quick Method to Calculate Truss Deflection...   62 Beam deflection using cantilver method    • Beam Deflection Using Cantilever Analogy |...   63 Virendeel truss analysis    • How to Analyse a Vierendeel Truss - Struct...   64 Cable supported beam    • Why This Steel Cable Holds The Beam - Stru...   More Learning Resources: • Subscribe to Dr Jawed Qureshi on YouTube:    / @drjqureshi   • Follow Dr Qureshi on Twitter:   / drjqureshi   • Connect on LinkedIn:   / jawed-qureshi-2370191a2   • Instagram:   / drjqureshi   Common Queries Answered: • What is force in cable? • How to calculate cable extension? • Why is beam deflection important? • What is stress in steel cable? • How does cable affect beam? • What is Young’s modulus of steel? • How to model beam in S-Frame? • How to assign support conditions? • What is total beam deflection formula? • Why verify manual calculations with software? #istructe #structuralengineering #civilengineering ________________________________________ Disclaimer: This content is for educational purposes only and does not constitute professional advice. It is provided without any guarantees or warranties. All rights are reserved by Dr Jawed Qureshi. Dr Jawed Qureshi is a Senior Lecturer in Structural Engineering and Design at the University of East London (UEL), London, United Kingdom. He has over 25 years of international experience in structural engineering education and practice. He holds a PhD in steel–concrete composite structures from the University of Leeds and has previously worked on a major European research project titled “Connections and Joints for Buildings and Bridges of Fibre Reinforced Polymer” at the University of Warwick. Dr Qureshi is known for his practical approach to teaching and his ability to explain complex engineering concepts in a clear, simple, and engaging manner.