Design of Steel Structures as per IS 800

🚧 Mastering Steel Structure Design: IS 800 Compliant Solutions 🏗️

Course Overview: Design of Steel Structures as per IS 800

Dive into the world of steel structure design with our comprehensive online course, where you'll learn to apply the limit states design principles as per IS 800 standards. This course is a treasure trove for structural engineers and enthusiasts eager to understand the intricacies of designing connections, tension, compression, and flexural members.

What You'll Learn:

• Foundations of Steel Structures: Begin with an introduction to steel structures, sections, and material properties. Gain knowledge on the different classifications of steel sections and the mechanical properties of steel used in design.

• Connection Design: Explore the fundamental aspects of steel connection design, including bolt shear, tension capacity, rupture, and block shear calculations. You'll also learn about gusset plate connections and work through practical examples to solidify your understanding.

• Tension Member Design: Understand the principles behind tension member design, focusing on net area calculations, yield capacity, and rupture capacity assessments. Tension block shear capacity is also covered, along with real-world applications through detailed examples.

• Compression Member Design: Learn how to evaluate compression members and apply the necessary worked examples to test your skills in this critical area of steel structure design.

• Beam Design: Grasp the concepts of laterally restrained and unrestrained beam design, as well as the combined effects of axial forces and bending moments. With hands-on worked examples, you'll be equipped to confidently apply these principles in real-life scenarios.

• Beam Column Design: Finally, delve into the complexities of designing members subjected to both axial force and bending moment, with a focus on IS 800's 9.3.1 and 9.3.2.2 sections, ensuring you're well-versed in this specialized area.

Course Highlights:

🔹 Practical Examples: Each chapter includes practical examples with detailed figure explanations and tables to provide a clear understanding of the design principles.

🔹 Real-World Application: Learn how to apply these design methods to real-world problems, ensuring you're ready to tackle any steel structure challenge.

🔹 Expert Instructors: Our courses are developed and taught by industry experts with years of practical experience in structural engineering.

Who Should Take This Course?

This course is ideal for:

• Structural Engineers looking to design steel structures as per IS 800 standards.
• Civil Engineering students seeking a deeper understanding of steel structure design.
• Design professionals wanting to enhance their knowledge in the field of steel construction.

Prerequisites:

A basic understanding of structural analysis is recommended before starting this course to ensure you get the most out of the material covered.

Join us on this journey to master the design of steel structures according to IS 800 standards and elevate your skills in the field of civil and structural engineering. Enroll now and transform your expertise with Practicon Pte Ltd's Design of Steel Structures course! 🚀🏗️

Course Structure:

1. Introduction to Steel Structures

   • Overview of steel structures, sections, and material properties
   • Section classifications and structural analysis fundamentals

2. Steel Connection Design

   • Bolt Shear capacity
   • Bolt Tension Capacity
   • Rupture and Block shear calculations
   • Gusset Plate connection design
   • Practical worked examples

3. Tension Member Design

   • Net area calculations
   • Yield and rupture capacity assessments
   • Tension block shear capacity computations
   • Real-world examples to apply your knowledge

4. Compression Member Design

   • Understanding buckling curves and slenderness ratio
   • Worked examples for practical application

5. Beam Design

   • Exploring laterally restrained and unrestrained beams
   • Combined axial force and bending moment considerations
   • Hands-on examples to deepen your understanding

6. Beam Column Design

   • Detailed study of 9.3.1 and 9.3.2.2 sections in IS 800
   • Designing members with combined axial forces and bending moments

Embark on this educational journey today and unlock your potential as a designer of steel structures! 🌟🎓