Design of Steel Structures-I

About the course

In Design of Steel Structures-I, we cover several types of Connections based on Steel Structures and its Alloys. We cover complete details about Tension Members, Compression Members, and Flexural Members. Towards the end, we study Column Bases and Roof Trusses.

What will you learn?

The complete online syllabus of this course comprises 7 Learning Modules | 140 Topics of Learning | 6.5 Hours of Learning | 36 Assessments

Module

• Introduction
• Connections
• Tension Members
• Compression Members
• Flexural Members
• Column Bases
• Roof Trusses

Topics of Learning

• Structures; Their Classification
• Structural Steel
• Rolled Steel Structural Sections
• Rolled Steel Beam Sections
• Rolled Steel Channel Sections
• Rolled Steel Tee Sections
• Rolled Steel Angle Sections
• Rolled Steel Bars And Tubes
• Rolled Steel Flats, Sheets & Tubes And Plates
• Specifications
• Dead Load
• Live Load
• Wind & Snow Load
• Seismic Load
• Types Of Stress
• Methods Of Design
• Introduction of Connections
• Rivets
• Rivet Heads
• Terms Used In Rivetting
• Working Stresses In Rivets
• Riveted Joint
• Transmission of Load In Riveted Joints
• Failure of Riveted Joint
• Strength Of Riveted Joint Against Shearing of Rivets
• Strength Of Riveted Joint Against Bearing of Rivets
• Strength Of Plate In Tearing
• Efficiency Or Percentage Strength
• Rivet Value & Assumptions
• Chain Riveting
• Diamond Riveting
• Pitch of Rivets, Edge Distance and Members Meeting At Joint
• Rivets through Packings And Long Grip Rivets
• Rivet Line Distance And Tacking Rivets
• Design Procedure For Riveted Joint
• Eccentric Riveted Connections
• Force In Rivet: Type 1
• Force In Rivet: Type 2
• Design Procedure For Bracket Connection
• Bolted Connections
• Bolts
• Terms Used In Bolting
• Bolt, Nut And Washer Assembly
• Stresses In Bolts
• Design Of High Strength Friction Grip Bolt
• Pins
• Pin Connections
• Stresses In Pins
• Welded Beam Connections
• Direct Welded Connections
• Welded Framed Connections
• Welded Seat Connections
• Moment Resistant Welded Connections
• Tension Members
• Types Of Tension Members
• Net Sectional Area
• Net Effective SectionFor Angles And Tees
• Allowable Stress & Strength Of A Member In Axial Tension
• Design Of Tension Members Subjected to Axial Tension
• Design Of Tension Members Subjected to Both Bending & Axial Tension
• Columns And Strut
• Axially Loaded Columns
• Critical Load
• Effective Length And Sectional Area
• Slenderness Ratio
• Types Of FailureOf The Column
• Critical Stress For Elastic Buckling
• Secant Formula
• Tangent Modulus Formula & Design Formula
• Strength Of Compression Members
• Introduction to Built Up Compression Members
• Design Of Axially Loaded Compression Members
• Lacing
• Shear Force in Column
• Design Of Lacing
• Batten Plates
• Design Of Batten Plates
• Introduction
• Permissible Bending Stress
• Shear Stress In Different Beams
• Effective Span
• Laterally Supported Beams
• Design Of Laterally Supported Beams
• Laterally Unsupported Beams
• Elastic Critical Stress
• Permissible Bending Compressive Stress
• Beams
• Design Of Built- Up Beams
• Design Of Encased Beams
• Introduction to Column Bases & Footings
• Slab Base
• Design Of Slab Base
• Gusseted Base
• Design Of Gusseted Base
• Column Bases Subjected To Moment
• Grillage Footing
• Design Of Grillage Footing
• Steel Grillage Footing To Support 2 Equal Column Loads
• Steel Grillage Footing To Support 2 Unequal Column Loads
• Width Of Sides Of Base
• Design Of Combined Footing
• Approximate Method Of Design
• Roof Trusses Frame
• Types Of Trusses
• Roof Trusses Terminology
• Dead Load
• Live Loads
• Internal Air Pressure and External Air Pressure
• Combination Of Loads
• Introduction To Purlins
• Design Of Purlins Subjected To Unsymmetrical Bending
• Design Of Angle Iron Purlins
• Design Of Roof Trusses
• Design Of End Support
• Typical Details Of Roof Trusses

For a quick review, please watch our videos here  Civil Engineering Video-Tutorials