STEEL STRUCTURES :

STEEL STRUCTURES COURSE :

SYLLABUS :

1.STRUCTURAL ENGINEERING :

Introduction to Steel Structures :

• properties of structural steel, corrosion, fire protection
• indian standard specifications and sections

Connections of Steel Structures :

• Bearing type bolts, friction grip bolts, welded connections , hanger connections
• eccentrically loaded connections, splice connections

Tension members Steel Structures :

• Introduction, plates with holes, angles under tension, design of tension members

Compression members of Steel Structures :

• buckling strength of ideal columns., strength of practical compression members, column strength curves, design of axially loaded columns, design of angles loaded through one-leg. Laced and battened columns

Beams of Steel Structures :

• Behavior of steel beams, limit state design of steel beams, web buckling and crippling
• Lateral torsion buckling behavior of unrestrained beams, design approach for unrestrained beams, unsymmetrical sections and bi-axial bending, built-up sections, shear behavior of transversely stiffened plate girder webs ,provision of moment and shear capacity for plate girders ,design of stiffeners

Beam - columns of Steel Structures :

• Short beam- columns, stability consideration for long beam-columns, interaction formula,design approach to beam- columns

Column bases of Steel Structures :

• Introduction to bases and footings, design of solid slab base, design of gusted base ,other types of footings

Moment connections of Steel Structures :

• Simple, semi-rigid and rigid connections, connection configurations ,angle cleat connections end-plate connections , semi-rigid connections , moment-rotation characteristics

2.STRUCTURAL DESIGN :

Design approach of Steel Structures :

• Design requirements & design process,analysis procedures & design philosophy
• Introduction to limit state design,other design requirements

Industrial buildings of Steel Structures :

• Structural configurations ,functional and serviceability requirements,industrial floors ,roof systems,plastic analysis and design of portal frames ,crane gantry girders ,design for wind actions ,design for earthquake actions

Multi-storeyed buildings of Steel Structures :

• Composite Floor Systems ,Loading ,Analysis for Gravity Loads, Lateral Load Resisting Systems, Analysis for Lateral Loads ,Dual Systems

BRIDGES :

• Classification and types of bridges ,load and load combination for highway bridges

Tanks Towers :

• Load and load combination for railway bridges ,wind and earthquake effects ,design of a typical trus 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 optimization

3.POST STRUCTURAL ENGINEERING :

• Coordination with architects & civil Engineers
• Preparation of drawings
• Manual inspection
• Laying and construction process

4.STRUCTURAL ENGINEERING SOFTWARE'S :

• Staad Pro
• E-Tab
• Tekla
• Safe
• Analysis & design of structures
• Steel frame connection
• 2d & 3d modeling structures
• 3d structural design

5.Live Projects for STRUCTURAL Engineering (2 Nos) :

• Shopping Mall - STRUCTURAL ENGINEERING
• Residential - STRUCTURAL ENGINEERING
• Hotel - STRUCTURAL ENGINEERING
• Industrial - STRUCTURAL ENGINEERING