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    Design of Steel Strctures II

    Uploaded by

    Rajiv Sawaruth
    The document outlines the detailed syllabus for the course "Design of Steel Structures II". The syllabus is divided into six main topics: connections, tension members, compression members, beams, beam-columns, and column bases. It also lists two main sections for steel structures II: moment connections and industrial/multi-storey/bridge/tank/tower design. Key concepts covered include limit state design, bolted and welded connections, buckling strength, composite floor systems, and the design of various structural elements for loads.

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    Download as PDF, TXT or read online from Scribd

    Design of Steel Strctures II

    Uploaded by

    Rajiv Sawaruth
    65 views3 pages
    The document outlines the detailed syllabus for the course "Design of Steel Structures II". The syllabus is divided into six main topics: connections, tension members, compression members, beams, beam-columns, and column bases. It also lists two main sections for steel structures II: moment connections and industrial/multi-storey/bridge/tank/tower design. Key concepts covered include limit state design, bolted and welded connections, buckling strength, composite floor systems, and the design of various structural elements for loads.

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    Design of Steel Strctures II

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    The document outlines the detailed syllabus for the course "Design of Steel Structures II". The syllabus is divided into six main topics: connections, tension members, compression members, beams, beam-columns, and column bases. It also lists two main sections for steel structures II: moment connections and industrial/multi-storey/bridge/tank/tower design. Key concepts covered include limit state design, bolted and welded connections, buckling strength, composite floor systems, and the design of various structural elements for loads.

    Copyright:

    Attribution Non-Commercial (BY-NC)
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    65 views3 pages

    Design of Steel Strctures II

    Uploaded by

    Rajiv Sawaruth
    The document outlines the detailed syllabus for the course "Design of Steel Structures II". The syllabus is divided into six main topics: connections, tension members, compression members, beams, beam-columns, and column bases. It also lists two main sections for steel structures II: moment connections and industrial/multi-storey/bridge/tank/tower design. Key concepts covered include limit state design, bolted and welded connections, buckling strength, composite floor systems, and the design of various structural elements for loads.

    Copyright:

    Attribution Non-Commercial (BY-NC)
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
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    The document outlines the detailed syllabus for two courses on steel structures design.

    Topics covered in Steel Structures I include properties of steel, design approach, connections, tension members, compression members, beams and beam-columns.

    Topics covered in Steel Structures II include moment connections, industrial buildings, multi-storey buildings, bridges, tanks and towers.

    Course 22.

    Design of Steel Structures II (Web Course) Faculty Coordinator(s) :

    1.

    Prof. S. R. Satish Kumar Department of Civil Engineering Indian Institute of Technology Madras Chennai 600036 Email : satish@civil.iitm.ernet.in Telephone : (91-44) Off : 2257 8310 2257 9310

    Res :

    Detailed Syllabus: STEEL STRUCTURES I I. II. INTRODUCTION: 1) Properties of Structural Steel, Corrosion, Fire Protection. 2) Indian Standard Specifications and Sections. DESIGN APPROACH: 1) Design Requirements & Design Process. 2) Analysis Procedures & Design Philosophy. 3) Introduction to Limit State Design. 4) Other Design Requirements. CONNECTIONS: 1) Bearing Type Bolts. 2) Friction Grip Bolts. 3) Welded Connections 4) Hanger Connections. 5) Eccentrically Loaded Connections. 6) Splice Connections. TENSION MEMBERS: 1) Introduction. 2) Plates with Holes. 3) Angles under Tension. 4) Design of Tension Members.

    III.

    IV.

    V.

    COMPRESSION MEMBERS 1) Buckling Strength of Ideal Columns. 2) Strength of Practical Compression Members. 3) Column Strength Curves. 4) Design of Axially Loaded Columns. 5) Design of Angles Loaded through one-leg. 6) Laced and Battenned Columns. VI BEAMS 1) Behavior of Steel beams 2) Limit State Design of Steel Beams 3) Web Buckling and Crippling 4) Lateral Torsion Buckling Behavior of Unrestrained Beams 5) Design approach for Unrestrained Beams 6) Unsymmetrical sections and Bi-axial bending 7) Built-up Sections 8) Shear Behavior of Transversely Stiffened Plate Girder Webs 9) Provision of Moment and Shear Capacity for Plate Girders 10) Design of Stiffeners VII BEAM-COLUMNS 1) Short Beam- Columns 2) Stability Consideration for Long Beam-Columns 3) Interaction Formula 4) Design approach to Beam- Columns VIII COLUMN BASES 1) Introduction to Bases and Footings 2) Design of Solid Slab Base 3) Design of Gusted Base 4) Other Types of Footings STEEL STRUCTURES II I. MOMENT CONNECTIONS 1) Simple, Semi-rigid and Rigid Connections. 2) Connection Configurations 3) Angle Cleat Connections 4) End-plate Connections 5) Semi-rigid Connections 6) Moment-rotation Characteristics II. INDUSTRIAL BUILDINGS 1) Structural Configurations 2) Functional and Serviceability Requirements 3) Industrial Floors 4) Roof Systems 5) Plastic Analysis and Design of Portal Frames 6) Crane Gantry Girders 7) Design for Wind Actions 8) Design for Earthquake Actions III. MULTI-STOREYED BUILDINGS 1) Structural Configurations 2) Steel-Concrete Comosite Floor Systems 3) Loading 4) Analysis for Gravity Loads 5) Lateral Load Resisting Systems 6) Analysis for Lateral Loads 7) Dual Systems 8) Advanced Structural Forms IV. BRIDGES 1) Classification and Types of bridges 2) Load and Load Combination for highway Bridges

    3) 4) 5) 6) V. TANKS 1) 2) 3) 4) 5) 6) 1) 2) 3) 4) 5) 6)

    Load and Load Combination for Railway Bridges Wind and Earthquake Effects Design of a Typical Truss Bridge Bearings and Supporting Elements Introduction- Types of Tanks Load and Load Combination Design Aspects of Cylindrical Tanks Design Aspects of Rectangular Tanks Wind and Earthquake effects Staging Design Classification of Types of Towers Loads and Load Combinations Wind Effects on Towers Methods of Analysis Design Approaches Economy and Optimisation

    VI. TOWERS

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