Design of Steel Structures as per IS 800 with Connections

Design of Steel Structures as per IS 800:2007 (Including Connection Design): STAAD.Pro & ETABS

Learn Structural Design Calculations and Analysis in STAAD.Pro for various Steel Structures with Hand Calculations as per IS800:2007 (Indian Standards)

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Detailed Curriculum

Lectures you shall have Lifetime access to by enrolling in this course

1. 1.1 Structural Arrangement Planning and Modelling of Steel Structure with Shear and Moment Connected Frames
2. 1.2 Assignment of Beam, Column Properties and Structural Arrangement with Plan Bracing
3. 1.3 Calculation of Dead, Live and Seismic Loads with Application in STAAD
4. 1.4 Calculation of Wind Loads and Load Combinations as per IS1893: Part 4
5. 1.5 P-Delta Analysis and Design Commands as per IS800:2007 LSD with Interpetation of Design Results
1. 2.1 Conceptual Planning and Modelling of PEB Industrial Structure
2. 2.2 Assigning Specifications, Releases and Supports with Bracing Arrangement of Industrial Warehouse
3. 2.3 Calculation of Dead Load, Wind loads and Seismic Loads as per IS875 and IS1893:2016
4. 2.4 Load Combinations as per Indian Standards with Design Commands as per IS800:2007 LSD
5. 2.5 Design Commands and Optimization of Structural Steel Members
1. 3.1 Pipe Racks-Understanding the Problem, Concept and Basic Structure Modelling
2. 3.2 Modelling of Pipe Rack Tiers, Elevation and Plan Bracing along with the Support Conditions
3. 3.3 Calculation and Application of Dead Load, Live loads and Thrust loads on Pipe Racks
4. 3.4 Calculation and Application of Wind and Seismic Loads on Pipe Racks in STAAD.Pro
5. 3.5 STAAD Analysis and Design Parameters with Optimization and Interpretation of Design Results
1. 4.1 Modelling of Steel Truss with Practical Concepts of Truss Planning, Member Sizes and Specifications
2. 4.2 Calculation of Dead Load, Live Load and Application in STAAD
3. 4.3 Calculation and Application of Wind Load in STAAD for Truss as per IS875-Part 3
4. 4.4 Load Combinations and Design Parameters for Truss Structure with Design Results Evaluation/Output
5. 4.5 Design of Truss with Double Angle Sections and Relevant Design Parameters
6. 4.6 Modelling, Load Application and Design of Columns to support Truss
7. 47 Modelling and Design of Double Channel Front to Front Column with Lacing Angles
8. 4.8 Modelling and Design of Four angle Lacing columns to support Truss
1. 5.1 Theory of Steel Plate Girders with Modes of Failure and Tension Field Action
2. 5.2 Theory of Tension Field and Post critical Stress with IS800:2007 Formulae Explanation
3. 5.3 Detailed Explanation of IS800:2007 Clause for Tension Field Theory
4. 5.4 Design of Laterally Supported Plate Girders with Thick Web and Code Implementation in Excel
5. 5.5 Design of Laterally Supported Thick Web Plate Girders Verification in STAAD
6. 5.6 Design of Laterally Supported Plate Girders with Thin Web-Simple Post Critical Method and Stiffeners at Supports only
7. 5.7 Design of Laterally Supported Plate Girders with Thin Web-Simple Post Critical Method and Stiffeners along the Length of Plate Girder
8. 5.8 Design of Laterally Supported Plate Girders with Thin Web-Tension Field Theory and Stiffeners as per IS800 in Excel
1. 6.1. Introduction to Structural System of Mezzanine and Supporting Conditions
2. 6.2. Structural Planning and Modelling of Warehouse in STAAD.Pro
3. 6.3 Application of Dead Load, Live Load and Seismic definition in STAAD in 3D model
4. 6.4 Application of Response Spectrum Parameters as per IS1893: Part 1 for Dynamic Analysis
5. 6.5 Application of Seismic Mass and Load Combinations in STAAD.Pro as per IS800:2007 LSD
6. 6.6 Refinement of Model and Removing dynamic instabilities with Tips and Tricks
7. 6.7 Understanding Dynamic analysis results in STAAD with Understanding Mode behavior
8. 6.8 Application of Design parameters and understanding the final output design calculations
1. 7.1 Understanding Problem Statement and Modelling of Foot Over bridge in STAAD
2. 7.2 Design Parameters for Steel Foot Over Bridge and Checking the Results in STAAD
3. 7.3 Design of Anchor fasteners as per ETAG for supporting FOB on RCC Beams
1. 8.1 Introduction to Various Types of Gantry Girders and Classification with Support System
2. 8.2 Components of Crane Girder, Loading as per IS875 and Analysis Values
3. 8.3 Calculation and Design of Gantry Girder as per IS800:2007
4. 8.4 Fatigue Analysis of Gantry Girders as per IS800 Section 13 with Code Implementation and Practical Example
1. 9.1 Introduction to Working Stress Design as per IS800:2007
2. 9.2 Design of Structural Steel Columns as per WSD IS 800:2007
3. 9.3 Design of Bending members as per WSD IS800:2007
4. 9.4 Design of Tension Members as per WSD IS800:2007
1. 10.1 Introduction to Section-12 of IS800:2007; Design and Detailing for Earthquake Loads
2. 10.2 Understanding OCBF, SCBF and EBF as per Section12 of IS800:2007
3. 10.3 Understanding Beam-Column Joint Requirements as per Section12 of IS800:2007
4. 10.4 Practical Example for Compliance of Section-12 for Steel Structure in ETABS
1. 11.1 Introduction to Structural Steel Connection Design Basics
2. 11.2 Meaning of Shear, Splicing, Moment, Base plates, and Gusset Connections
3. 11.3 Grades of Bolts with Strength and Detailed Discussion on Bolts as Connection Component
4. 11.4 Meaning of Bolt Shank Area, Stress Area, Pitch, Gauge and Failure of Structural Steel Bolts
5. 11.5 Theory of Welding with Types of Welds, Shapes of Welds and Process of Welding i.e., SAW, SMAW
6. 11.6 Welding Capacity per unit length calculation, Tension Strength, Shear strength for Site Weld and Shop Weld as per IS800:2007
7. 11.7 Shear Connection Design for Beam to Column Web as per IS800 - Theory and Detailed Calculations
8. 11.8 Shear Connection - Beam to Column Web - End Plate Bolted and Welded Connection
9. 11.9 End Plate Heavy Moment Connection as per IS800:2007 -Theory and Calculations
1. 12.1 Column Splicing Connection - Bolted Type as per IS800
2. 12.2 Beam Splicing Connection - Bolted Type as per IS800
3. 12.3 Pinned Base Plate as per IS800:2007 with Shear Keys and Anchor Bolts
4. 12.4 Fixed Base Plate as per IS800:2007 with Anchor Bolts
1. 1.1 Introduction to Structural Steel Buildings
2. 1.2 Moment of Inertia, Sectional Modulus , Major-Minor Axis , Slenderness Ratio and Radius of Gyration of Steel Beams
3. 1.3 Steel Section Properties and Types-I Beams, RHS, SHS, Channels, CHS
4. 1.4 Steel Single Angle and Double Angle sections with Properties
5. 1.5 Mechanical and Structural Properties of Steel Sections with Stress-Strain Behavior
6. 1.6 Difference between Elastic Analysis and Plastic Analysis with Codal Provisions and Applications
7. 1.7 Steel Section Classification as per IS800:2007 with Practical Example
8. 1.8 Classification of Grade of Structural Steel as per IS2062
9. 1.9 Failure of Structural Steel as a Material - Understanding Basics of Steel Failure Mechanics
10. 1.10 Understanding difference between Mild Steel and Stainless Steel
11. 1.11 Load Combinations for Structural Steel Buildings as per IS800:2007 (Strength and Servicability Criteria)
1. 2.1 Structural Steel Compression Members Fundamentals and Basic Approach
2. 2.2 IS800 Code Hand Calculations for Compression members with Excel Results
3. 2.3 STAAD Verification of Compression member with Hand Calculations
1. 3.1 Laterally Supported Beams with STAAD Analysis & Hand Calculations
2. 3.2 Practical Definition of Laterally Unsupported Beams
3. 3.3 Hand Calculations for Laterally Unsupported Beams as per IS800
4. 3.4 Excel Calculations for Laterally Unsupported Beam with Verification
5. 3.5 STAAD Verification of Laterally Unsupported Beams with Hand Calculations and Excel
6. 3.6 Shear Capacity Calculations for Bending Members with STAAD and Hand Calculations
7. 3.7 Design Bending Capacity of Built-up Section with Section Properties Calculator
8. 3.8 Design Bending Capacity of Box/Hollow Sections in STAAD and Hand Calculations Verification
1. 4.1 Simply Supported Frames, Moment Connected Frames and Design Methodology
2. 4.2 Simply Supported Continuous Frames with Shear Force and Bending Moment Distribution in STAAD
3. 4.3 Practical Case Study of Platform structure with Fixed Base and Pinned Base
4. 4.4 Built-Up Steel Section Property Calculator with STAAD Structure Wizard
5. 4.5 Analysis of Tapered (Built-Up) Sections in STAAD used in PEB Industry
6. 4.6 Design of Channel Purlins for Roof Sheeting with STAAD and Excel Calculations
7. 4.7 Design of Box girders in STAAD with Hand Calculations Verification
8. 4.8 Design of Bending Members for Shear with Hand Calculation Verification
1. 5.1 Tension Members and Codal Provisions as per IS800
2. 5.2 Tension Members, Failure Types and Design in STAAD
3. 5.3 Beam-Columns as per IS800 - Code Provisions, STAAD file and Design Calculations

About this course

$99.00
100 lessons
33 hours of video content

COURSE CURRICULUM

Design of Structural Steel Compression Members, Tension Members, Bending Members & Beam-Columns

Steel Section Properties like Moment of Inertia, Sectional Modulus, Major-Minor Axis, Slenderness Ratio and Radius of Gyration are explained in detail with examples. Laterally Supported members, laterally unsupported beams, Compression members, Tension members and Beam-Columns are taught in detail with practical definitions, Hand calculations and Excel Sheets.
Design of Equipment Supporting Steel Structure as per IS800 with Seismic and Wind Analysis as per BIS

Structural Arrangement Planning and Modelling of Steel Structure with Shear and Moment Connected Frames. The Dead Load, Live and Seismic Loads are calculated as per IS1893:2016 Part 1, IS875-All Parts and IS1893: Part 4. P-Delta Analysis and STAAD Design commands such as LY, LZ and other relevant parameters are discussed with practical examples.
Design of Built-up Lacing Columns and Steel Trusses as per IS800: 2007 and IS875: Part 3

Practical concepts of Truss Configuration, Planning, Tentative Member sizes and Specifications are explained. Steel Truss made of Box sections and Double Angle Sections are designed. Columns made of Double channels with Lacing angles and Four angles lacing columns are designed in STAAD with practical examples and implementation.
Structural Design of PEB Large Industrial Steel Warehouse as per Indian Standards

Design a big Industrial Steel Warehouse as per Indian Standards with Wind and Seismic Analysis and Load Calculations. The design commands i.e., LY and LZ parameters are explained. Optimization and Size Selection of beams is explained.
Design Calculation of Plate Girders and Gantry Girders including Fatigue Analysis

Design of Laterally Supported and Unsupported Plate Girders for Thick Web and Thin Web including Tension Field Method and Post Critical method. The plate girders are designed with and without stiffeners with Hand calculations and Excel Files. Fatigue Analysis is explained with practical example and calculations.
Structural Design of Steel Pipe Racks and Foot Over Bridge as per Indian Standards

Design of Structural Steel Pipe Rack and Foot Over bridge with Loading calculation as per Indian standard. Modelling and Analysis is explained with Design parameters. Anchor Fasteners are designed and explained in detail.
Dynamic Analysis and Structure Design of Independent Mezzanine in an Existing Warehouse

Structural Planning and Modelling of Warehouse in STAAD.Pro is explained. Application of Response Spectrum Parameters as per Dynamic Analysis is explained in detail. Dynamic analysis results in STAAD are explained with Understanding Mode behavior and Seismic parameters.
Section 12 as per IS800:2007 - Design and Detailing for Earthquake Loads

Introduction to Section-12 of IS800:2007; Design and Detailing for Earthquake Loads. Understanding OCBF, SCBF and EBF as per Section12 of IS800:2007. Understanding Beam-Column Joint Requirements as per Section12 of IS800:2007. Practical Example for Compliance of Section-12 for Steel Structure in ETABS.
Connection Design in Steel Structure as per IS800:2007 and Ram Connection

Design of Shear Connection, Moment Connection, Base Plates, Splicing and Anchor bolts as per Indian Standards and Ram Connection Software. The Calculations and Code Provisions are explained with theoretical knowledge and practical applicability.

Bonus material

Includes following additional resources to help you Learn and Evolve

Connection Design as per IS800:2007

Connection design such as Welded Connections, Bolted Connections, Shear Connection, Moment Connection, Base Plates etc. as per IS800:2007 is exclusively taught in this course.
STAAD Model Files

STAAD model files used in this course are exclusively shared with the enrolled participants and shall be a ready reference for Professional Tasks.
Excel Files

Excel files for Calculation of Steel beams, columns, Plate girders, Gantry girders etc. are shared to help you design the steel structures as per IS800:2007 theoretically without any black box assumptions.

Preview this Course

This course gives you easy access to the Invaluable Practical Learning Techniques used by Professionals in Structural Steel Engineering.

The course is aimed for Civil and Structural Engineers / Students who seek to specialize in the calculations of Structural Steel Buildings, Industrial Structures, Pipe Racks, and Industrial Warehouses.

PREREQUISITES

STAAD.Pro Connect Series

CSi ETABS

Microsoft Excel

IS800:2007 Code, IS875 and IS1893 Codes

This course includes:

On completion of this course, the participant will be awarded a professional certificate that will act as proof for recruiters /for placement agencies that you have relevant skills and knowledge in the Structural Steel domain.

30 hours on-demand video
Certificate of completion
Queries Revert within 2 Working days
Full lifetime access

PROFESSIONAL UPSKILL OPPURTINITIES FOR

Structural Engineers

Entry Level Structural Engineers

Young Engineering Graduates

Civil Engineer

PEB Engineers

Heavy Industrial Engineering Professionals

Anyone who wants to build a Career in Structural Engineering

Certificate of Completion

On completion of this course, the participant will be awarded a professional certificate

SELECTED REVIEWS BY LEARNERS

"The course met my requirements. The things I liked most about it were: 1. Detailed course notes in easy lucid language and file format. 2. Use of variety of codes for load combination and design parameters and checks. 3. Basic idea of STAAD is also included." - Kanishka Kamble

Clearly explained with good English, pace was steady so we can follow step by step. Wide variety of examples taught, so once the course is completed, one is ready for a Structural Engineer job. - Pradeesh

"This Tutor is awesome; he has beautiful knowledge in explaining technical as well as practicalities along with software steps & procedures. Thanks for providing excellent videos." - Venkatesh Nemala

"Design as per Indian Standards is explained in great depth with reference to codes also. I love learning here. It's a great course to start learning to Intermediate level at such a reasonable price."- Piyush Garg

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1. Design of Equipment Supporting Steel Structure as per IS800 with Seismic and Wind Analysis as per IS1893:Part4, IS800 : 2007 and IS875:Part 3

2. Structural Design of Industrial Steel Warehouse as per IS800:2007 LSD, IS875-3 parts and IS1893:2016

3. Structural Design of Steel Pipe Racks as per IS800:2007 LSD , IS875 and IS1893

4. Design of Steel Truss and Built-Up Lacing Columns as per IS800:2007 LSD

5. Design Calculations of Plate Girders as per IS800:2007 in Excel and STAAD

6. Dynamic Analysis and Design of Independent Mezzanine in an Existing Warehouse as per IS800:2007

7. Case Study: Design of Foot Over Bridge with Plate Girders as per IS800:2007

8. Design of Gantry Girders as per IS800:2007 with Fatigue Analysis

9. Working Stress Design as per IS800:2007 with Practical Examples and Code Interpretation

10. Understanding Section 12 as per IS800:2007 - Design and Detailing for Earthquake Loads with Example

11. Connection Design in Steel Structure as per IS800:2007 and Ram Connection - Beam to Beam and Beam-Column Connections

12. Base Plate and Splicing Connection Design in Steel Structure as per IS800:2007 and Ram Connection

Theory-1. Introduction to Structural Steel Design and Classifications with Practical Approach

Theory-2. Structural Steel Compression Members as per IS800:2007

Theory-3. Laterally Supported and Laterally Unsupported Bending Members as per IS800:2007

Theory-4. Basic Case Studies of Bending Members as per IS800:2007 LSD

Theory-5. Tension Members and Beam-Columns as per IS800:2007 LSD

About this course

Design of Structural Steel Compression Members, Tension Members, Bending Members & Beam-Columns

Design of Equipment Supporting Steel Structure as per IS800 with Seismic and Wind Analysis as per BIS

Design of Built-up Lacing Columns and Steel Trusses as per IS800: 2007 and IS875: Part 3

Structural Design of PEB Large Industrial Steel Warehouse as per Indian Standards

Design Calculation of Plate Girders and Gantry Girders including Fatigue Analysis

Structural Design of Steel Pipe Racks and Foot Over Bridge as per Indian Standards

Dynamic Analysis and Structure Design of Independent Mezzanine in an Existing Warehouse

Section 12 as per IS800:2007 - Design and Detailing for Earthquake Loads

Connection Design in Steel Structure as per IS800:2007 and Ram Connection

Connection Design as per IS800:2007

STAAD Model Files

Excel Files