How to Design a Concrete Encased Steel Column | Structural Engineering Worked Example.

Step into the world of structural engineering as we design a 203 by 203 by 86 kg/m UC column encased in concrete. This deep dive exploration goes through the intricate steps of calculating the gross area, understanding the importance of unit consistency, determining the radius of gyration, calculating slenderness ratios, and examining the compressive strength of steel. Uncover the significance of choosing the lower value for strength, understand the calculation for compression resistance and short strut capacity, and discover what happens when the compression resistance exceeds the short strut capacity. This detailed guide not only educates but also encourages you to think, reason, and deepen your understanding of structural engineering principles. Whether you're a student, a professional, or just someone with a curiosity for structural engineering, this video has something for you. Don't forget to like, share, and subscribe for more insightful content. Keep exploring, keep learning!
Thank you for watching and see you in the next video!
If you enjoyed this video, feel free to buy us a coffee: www.buymeacoffee.com/SECalcs.
Should you require expertise in home extensions, loft conversions, comprehensive home renovations, or new construction projects-be it residential or commercial-our team of qualified structural engineers is available to assist you nationwide. This includes major cities such as London, Birmingham, and Greater Manchester. For inquiries or to initiate a consultation, please contact us at [phone] or visit our official structuralengineercalcs.com/
If you're a structural engineering enthusiast, we also recommend checking out our recommended reading list to expand your knowledge even further: amzn.to/3FpwLyK
Disclaimer: Please note that the information provided in our videos is for educational purposes only & should not be taken as professional advice. It is important to have your designs reviewed by a qualified, experienced, & registered or chartered engineer to ensure the safety & efficacy of your construction project.
#StructuralEngineering, #CivilEngineering, #ColumnDesign, #ConcreteEncasedColumn, #SteelDesign, #EngineeringTutorial, #LearnEngineering.
#StructuralAnalysis, #CivilEngineer, #ReinforcedConcrete, #ConcreteColumnDesign, #StructuralIntegrity, #CivilEngineeringConcepts, #EngineeringPrinciples, #StructuralStability, #LoadBearingStructures, #CivilEngineeringLectures, #StrengthofMaterials, #EngineeringCalculations, #BuildingDesign.
Structural Engineering, Civil Engineering, Concrete Encased Column, Steel Design, Column Design, Radius of Gyration, Slenderness Ratio, Compressive Strength, Compression Resistance, Yield Strength, Structural Design, Engineering Education, Engineering Tutorial,
Structural Analysis, Structural Engineer, Civil Engineer, Reinforced Concrete, Concrete Column Design, Structural Integrity, Civil Engineering Concepts, Structural Design Tutorial, Column Design Tutorial, Engineering Principles, Structural Stability, Load Bearing Structures, Civil Engineering Lectures, Structural Engineering Basics, Strength of Materials, Engineering Calculations, Building Design.

[@wesakabruno1704]

Hello,
Thanks for your videos and the great work as well. Could you kindly make videos on structural analysis and design of hydraulic structures?

[@FiftySixish]

Great video!
Please can you do a video on theory and application of slenderness ratios? Thanks, all of these are very helpful

[@venkatesh2285]

Hai could you please make a tutorial on american based buildings using asce codes and inc. Especially on connection parts like base plate, ledger connection, nailing capacity, etc.,

[@stephenmauro1770]

As i drive 50 mph a truck next to me is also going 50 mph, why is the top of his tier going faster than me? how fast is it going?

[@kinchitsoni]

Value of rx (92.70) seems to be wrong.

[@Vksingh001]

gross area calculation unit seems wrong