Program Description

This course covers the fundamentals of structural steel design from an industry standpoint. Each course topic covers details of various components of a project, which will roll up to the complete design of a fully integrated steel structure. This course exposes learners to the design of steel building elements for a typical building. This will also help in bridging the gap between the design of specific building components and the complete design of a steel structure. The examples and details provided in the course not only gives the learners an essential background on structural steel design, but also provides subject material that closely mirrors details and examples that occur in practice.

Course Objectives

  • To understand the behavior of steel members as a structural element especially buckling, torsion and block shear
  • To identify the different sections to be adopted for various types of loadings
  • To comprehend the use of types of connections between structural steel members
  • To gain an understanding of plastic behavior of steel members

Key Highlights

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Design of Tension & Compression Members

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Built-up members – Battens and lacings

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Design of Beams & Plate Girders

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Roof trusses

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Design of connections – Bolts & Welds

Course enrollment data

Learning Format

Online

Duration

5 units

Certified by

IITM Pravartak Technologies Foundation
Technology Innovation Hub (TIH) of IIT Madras and
L&T EduTech

Program Fee

Rs. 5100/- Inclusive of Tax

Downloads

Program Description

Education Qualification

Students pursuing Diploma/ UG /PG Programs in Civil Engineering

Suggested Prerequisites

Strength of materials, Analysis of determinate & indeterminate structures

Teaching Hours

33

Lead Faculty

Mr. R. Balasubramanian

Lead SME – Civil Engineering – L&T EduTech

With a Master's in Structural Engineering from IIT Madras and over 37 years of experience, he has expertise in the design engineering of steel and concrete structures for various sectors including petrochemical plants, process plants, manufacturing facilities (automobile and food industry), pre-engineered buildings, precast structures, and commercial complexes in India and overseas. He has extensive experience with global clients, is well-versed in international codes and structural engineering software, and has held senior leadership roles for more than a decade. His areas of expertise include structural behavior, pre-engineered buildings, biophilic design, and design management/design thinking.

Learning Schedule

Overview of the classification, sections, properties & behaviour of Steel used for structural construction, and its use in different elements of a structure, design philosophies and the process of steel making.

Behavior, failure modes & strength factors of tension members, including effects of shear lag, designing tension members for use, as various elements in structures (Bracings, Sag rods, Lug angles), with design examples from projects
Behavior of members in compression, theories of buckling & case studies of live examples of compression members, Effective length concepts, designing members for axial compressive loads, with different types of sections (Hot-rolled, built-up battened/laced columns) & column curves, with design examples from projects.

Analysis of beams, the classification of beams & sections used, and designing a beam-loading, laterally supported and unsupported, shear center concepts, biaxial bending and torsion, Serviceability criteria. Design of Purlins with hot-rolled sections.
Analysis and design of plate girders, considering individual & combined effects of its elements- tension, shear buckling, stiffened and unstiffened webs.Design of beam-column, effects of first & second order moments and deflection in analysis.

Classifying different elements, types & methods of connections between structural members at different parts of a structure, analyzing the force flow, and design. Design of bolted (normal & HSFG) and Welded connections (fillet & groove welding. Column base plates and anchor bolt design. Roof trusses, different parts of a truss and various types used, as per loads and dimensions of a truss, assumptions, use, factors influencing economic truss structure.

Behavior of a member in its plastic region, in comparison to a member in its elastic region, analysis with various support conditions and loadings, computing shape factors, hinge mechanisms, and designing a member.



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