27 Concept and scheme design Lecture – I (Basics) | Eurocode 3 Steel Design series скачать в хорошем качестве

27 Concept and scheme design Lecture – I (Basics) | Eurocode 3 Steel Design series

   • Eurocode 3: Design of Steel Structures | E...   Today, you will learn concept and scheme design of steel structure building, one of my favourite topics in design of steel structure in civil engineering. Link to extracts to Eurocode 3, section tables and steel design handouts: https://tinyurl.com/JQureshiSTEEL 00:00 – Introduction 00:59 – What is Concept and Scheme Design? 03:15 – How does structural design process work? 03:53 – Basics of Architectural Design 09:38 – Basics of Structural Design Watch Eurocode 3 Lecture series: Design of Steel Structures – Detailed design basic Part 01 – Introduction to Eurocode 3 Lecture    • 01 Load Distribution – Lecture | Eurocode ...   Part 02 – Introduction to Eurocode 3 Tutorial    • 02 How to read Section Tables | Eurocode 3...   Part 03 – Introduction to Eurocode 0 Lecture    • 03 LOADING Lecture | Eurocode 3 Steel Desi...   Part 04 – Introduction to Eurocode 0 Tutorial    • 04 LOADING Tutorial | Eurocode 3 Steel Des...   Part 05 – Tension members Lecture    • 05 Tension Member Design Lecture | Eurocod...   Part 06 – Tension members Tutorial    • 06 Tension Member Design Tutorial | Euroco...   Part 07 – Section Classification Lecture    • 07 Section Classification Lecture | Euroco...   Part 08 – Section Classification Tutorial    • 08 Section Classification Tutorial | Euroc...   Part 09 – Compression members Lecture    • 09 Compression Members Lecture | Eurocode ...   Part 10 – Compression members Tutorial    • 10 Compression Members Tutorial | Eurocode...   Part 11 – Restrained beam Lecture    • 11 Restrained Beam Lecture | Eurocode 3 St...   Part 12 – Restrained beam Tutorial    • 12 Restrained Beam Tutorial | Eurocode 3 S...   Part 13 – Unrestrained beam Lecture    • 13 Unrestrained steel beam design Lecture ...   Part 14 – Unrestrained beam Tutorial    • 14 Unrestrained steel beam design Worked E...   Part 15 – Beam-column Lecture    • 15 Steel beam-column design Lecture | Euro...   Part 16 – Beam-column Tutorial    • 16 Steel beam-column design Worked Example...   Part 17 – Connections and joints Lecture    • 17 How to design Steel Connections and Joi...   Part 18 – Connections and joints Tutorial    • 18 Steel Connections and Joints Worked Exa...   Design of Steel Structures – Detailed design advanced Part 19 – Plate girders Lecture    • 19 Steel Plate Girder Design Lecture | Eur...   Part 20 – Plate girders Tutorial    • 20 Plate Girder Design Worked Example | Eu...   Part 21 – Steel-concrete composite beam Lecture    • 21 How to design Steel-Concrete Composite ...   Part 22 – Steel-concrete composite beam Tutorial    • 22 Steel-concrete Composite Beam Design Wo...   Part 23– Lateral stability of steel buildings Lecture – I    • 23 Lateral stability Lecture – I (Lateral ...   Part 24– Lateral stability of steel buildings Lecture – II    • 24 Lateral stability Lecture – II (Braced ...   Part 25– Lateral stability of steel buildings Tutorial – I    • 25 Lateral stability Tutorial – I (Wind Lo...   Part 26– Lateral stability of steel buildings Tutorial – II    • 26 Lateral stability Tutorial – II (Frame ...   Design of Steel Structures – Concept and scheme design Part 27 – Concept and scheme design Lecture – I    • 27 Concept and scheme design Lecture – I (...   Part 28 – Concept and scheme design Lecture – II Part 29 – Concept and scheme design Tutorial – I Part 30 – Concept and scheme design Tutorial – II Follow Me YouTube    / @drjqureshi   Follow Me Twitter   / drjqureshi   Follow Me on Instagram   / drjqureshi   Follow me on LinkedIn   / jawed-qureshi-2370191a2   Outline: In this lecture series, we focus on stability, beam, column, and the method of joints in the design of steel structures in civil engineering. We explore various types of joints in structural design. The series also covers methods for designing steel structures, steel structure drawings and the use of plate girders in steel structures. Moreover, we discuss the design of tension members and compression members in steel structures. Whether you're a student, engineer, or enthusiast interested in steel structure design, this lecture series offers a comprehensive overview. Join us as we uncover the key elements involved in the design process and explore the principles of steel structure buildings. Watch the entire series at https://rb.gy/74uv0 to gain valuable knowledge in designing steel structures in civil engineering. #Eurocodes #Eurocode3 #SteelDesign #steelstructures #structuraldesign #civilengineering, #structuralengineering 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 equation and table numbers are directly taken from the Eurocodes to help you use them directly in their calculation sheets. Dr Qureshi 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 in Structural Engineering and Design. Acknowledgement: Dr Qureshi thanks Dr Karl Micallef, Associate Principal at Skidmore, Owings and Merrill for his help in preparing the lecture material on lateral stability, concept design and scheme design.