TEACHING MATERIAL ON STRUCTURAL STEEL DESIGN FOR CIVIL / STRUCTURAL ENGINEERING STUDENTS & FACULTIES

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Chapters

Description of Chapters

No 1 Historical Development and Characteristics of Structural Steels
No 2 Corrosion,Fire Protection and Fatigue consideration of Steel Structures
No 3 Role of a structural Engineer in 21st Century
No 4 Introduction to Limit States
No 5 Design of Tension members
No 6 Introduction to Coloumn Bucking
No 7 introduction to Plate Buckling
No 8 Local Buckling and Section Classification
No 9 Laterally Restrained Beams
No 10 Design of Axially loaded Columns
No 11 Unrestrained Beam Design-I
No 12 Unstrained beam Design-II
No 13 Design of Beam Coloumns-I
No 14 Design of Beam Coloumns-II
No 15 Plate Grids-I
No 16 Plate Grids-II
No 17 Beams subjected to torsion and bending-I
No 18 Beams subjected to torsion and bending-II
No 19 Cold Formed Steel Sections-I
No 20 Cold Formed Steel Sections-II
No 21 Composite Beams-I
No 22 Composite Beams-II
No 23 Composite Floors-I
No 24 Composite Floors-II
No 25 Steel-Concrete Composite Columns-I
No 26 Steel-Concrete Composite Columns-II
No 27 Trusses
No 28 Steel Beams with Web openings
No 29 Connection Design-Design requirements
No 30 Welds-Static and Fatigue Strength-I
No 31 Welds-Static and Fatigue Strength-II
No 32 Welds-Static and Fatigue Strength-III
No 33 Bolted Connections-I
No 34 Bolted Connections-II
No 35 Plastic Analysis
No 36 portal frames
No 37 Multi-storey Buildings-I
No 38 Multi-storey Buildings-II
No 39 Multi-storey Buildings-III
No 40 Multi-storey Buildings-IV
No 41 Fabrication and Erection of Structural steel Work
No 42 Learning from Failures:Case Studies
No 43 Steel Bridges-I
No 44 Steel Bridges-II
No 45 Earthquake Resistant Design of Steel Structures