21 How to design Steel-Concrete Composite Beams to Eurocode 4 Lecture

Описание к видео 21 How to design Steel-Concrete Composite Beams to Eurocode 4 Lecture

   • Eurocode 3: Design of Steel Structure...  
steel concrete composite beam design to Eurocode 4

This lecture covers design process for steel-concrete composite beams with transverse metal decking to Eurocode 4.

Link to extracts to Eurocode 3, section tables and steel design handouts: https://tinyurl.com/JQureshiSTEEL

00:00 – Introduction
01:22 – Intro to Composite Construction
03:26 – Composite Flooring
09:35 – Construction process: Composite Beams with Profiled Sheeting
10:30 – Construction process: Composite Beams with Precast hollow core slabs
17:51 – Structural framing for Composite Beams
19:06 – Advantages of Composite Construction
20:05 – Composite Beams – Design steps
20:47 – Step 1 – Choose Profiled Sheeting
21:00 – Step 2 – Design Loads at Construction and Composite Stage
23:37 – Step 3 – Construction Stage Design Checks
23:57 – Step 4 – Composite Stage Design Checks
32:45 – Step 5 – Serviceability Limit State Checks

Watch Eurocode 3 Lecture series:
Design of Steel Structures – Detailed design basic
Part 01 – Introduction to Eurocode 3 Lecture: Load distribution    • 01 Load Distribution – Lecture | Euro...  
Part 02 – Introduction to Eurocode 3 Tutorial: Section Table    • 02 How to read Section Tables | Euroc...  
Part 03 – Introduction to Eurocode 0 Lecture: Loading    • 03 LOADING Lecture | Eurocode 3 Steel...  
Part 04 – Introduction to Eurocode 0 Tutorial: Loading    • 04 LOADING Tutorial | Eurocode 3 Stee...  
Part 05 – Steel Design – Tension members Lecture    • 05 Tension Member Design Lecture | Eu...  
Part 06 – Steel Design – Tension members Tutorial    • 06 Tension Member Design Tutorial | E...  
Part 07 – Steel Design – Section Classification Lecture    • 07 Section Classification Lecture | E...  
Part 08 – Steel Design – Section Classification Tutorial    • 08 Section Classification Tutorial | ...  
Part 09 – Steel Design – Compression members Lecture    • 09 Compression Members Lecture | Euro...  
Part 10 – Steel Design – Compression members Tutorial    • 10 Compression Members Tutorial | Eur...  
Part 11 – Steel Design – Restrained beam Lecture    • 11 Restrained Beam Lecture | Eurocode...  
Part 12 – Steel Design – Restrained beam Tutorial    • 12 Restrained Beam Tutorial | Eurocod...  
Part 13 – Steel Design – Unrestrained beam Lecture    • 13 Unrestrained steel beam design Lec...  
Part 14 – Steel Design – Unrestrained beam Tutorial    • 14 Unrestrained steel beam design Wor...  
Part 15 – Steel Design – Beam-column Lecture    • 15 Steel beam-column design Lecture |...  
Part 16 – Steel Design – Beam-column Tutorial    • 16 Steel beam-column design Worked Ex...  
Part 17 – Steel Design – Connections and joints Lecture    • 17 How to design Steel Connections an...  
Part 18 – Steel Design – Connections and joints Tutorial    • 18 Steel Connections and Joints Worke...  

Design of Steel Structures – Detailed design advanced
Part 19 – Steel Design – Plate girders Lecture    • 19 Steel Plate Girder Design Lecture ...  
Part 20 – Steel Design – Plate girders Tutorial    • 20 Plate Girder Design Worked Example...  
Part 21 – Steel Design – Steel-concrete composite beam Lecture    • 21 How to design Steel-Concrete Compo...  
Part 22 – Steel Design – Steel-concrete composite beam Tutorial
Part 23– Steel Design – Lateral stability of steel buildings Lecture – I
Part 24– Steel Design – Lateral stability of steel buildings Lecture – II
Part 25– Steel Design – Lateral stability of steel buildings Tutorial – I
Part 26– Steel Design – Lateral stability of steel buildings Tutorial – II

Design of Steel Structures – Concept and scheme design
Part 27– Steel Design – Concept and scheme design Lecture – I
Part 28– Steel Design – Concept and scheme design Lecture – II
Part 29 – Steel Design – Concept and scheme design Tutorial – I
Part 30 – Steel Design – Concept and scheme design Tutorial – II


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Your queries:
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Construction: Composite floor system
Metal decking
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How to design steel structure for a building
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Disclaimer: This material is provided on an 'as is' basis with no warranty. There is no guarantee that the material will meet your requirements, that the material is error-free, that results obtained from the use of the material will be reliable, nor that any errors in the material will be corrected.

Copyright: Dr Jawed Qureshi holds the copyright to this lecture series. The lecture material is developed by Dr Qureshi, who holds a PhD in steel -concrete composite structures from The University of Leeds and has a prior teaching experience at The University of Warwick. He is currently working at a London University as a Senior Lecturer.

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