Week 01 - Introduction to Industrial Structures
- Steel structures in the industry
- The stress-strain behaviour of structural steel
- The properties of steel & shapes
- Types of industrial structures
- The key design factors
- Types of structural systems in steel building
- The general loads on industrial structures
- Basic structural steel elements
- Gravity and lateral load path
- Structural redundancy
- General design procedure
- Iterative design process
Week 02 - Design of Tension Member
- The types of tension members
- The behaviour of tension member
- Failure mode possibilities
- The design strength of tension members
- Factors affecting member strength
- Shear Lag
- Sections used for the tension member
- Design of tension member
Week 03 - Design of Compression Member
- The types of compression member
- The behaviour of compression member
- Failure mode possibilities
- Sections used for compression member
- The effective length of compression member
- Design of compression member
- Design of Built-up compression member
Week 04 - Design of Beams
- Types of beam
- The loads on Beam
- Section classification
- Lateral stability of beams
- The effective length of beams
- The design of laterally restrained beams
- The design of laterally supported and unsupported beams
- Design of purlins (Hot rolled)
Week 05 - Design of Plate Girder
- The types of sections
- Elements of plate girder
- General considerations
- The proportioning of section
- Preliminary sizing
- Design of plate girder using IS 800:2007
Week 06 - Structural System of Industrial Structure
- Lateral load resisting system
- Vertical load resisting system
- Flooring system (Plating grating & Deck Beam)
- Grating & chequered plate
- Composite floor deck
Week 07 - Modelling of Structure in STAAD.Pro
- Introduction to STAAD.Pro
- Modelling nodes and beam element
- Generating model geometry
- Viewing geometry
- Creating groups
- Assigning properties
- Assigning specification
- Modelling tapered members
- Assigning custom sections using user table
- Member material specification
- Modelling Finite elements
- Modelling in physical modeller
Week 08 - Loading, Analysis and Design Procedure in STAAD.Pro
- To create load cases
- To apply self-weight
- Modelling member loads and Floor loads
- Application of load (vertical/lateral)
- Modelling reference loads
- Modelling of moving loads
- Seismic load generation
- Wind load generation
- Application of design parameters
- Performing simple analysis
- Post-processing result interpretation
Week 09 - Analysis & design of Typical Steel Frame structure using STAAD. Pro
- Input preparation
- General modelling
- Load & load calculations
- Analysis of structure
- The application of design parameters
- Design of structure
- The interpretation of post-processing results
Week 10 - Modelling , Analysis & Design of Industrial building (PEB) in STAAD.Pro.
- Introduction to Pre-engineered building
- the comparison of PEB over conventional building
- Various components of PEB
- General loads on PEB
- Load combination as per IS 800: 2007 & AISC ASD
- Input preparation
- Load & Load calculations
- Analysis of structure
- The application of design parameters
- Design of structure
Week 11 - Analysis & design of Pipe Rack structures using STAAD.Pro
- Introduction to pipe racks
- The components of pipe racks
- The types of pipe racks
- Loads on pipe racks
- Load combination as per AISC, LRFD, ASD
- Design criteria of structure
- Case Study of pipe rack structure
Week 12 - Design of Foundation using STAAD.Foundation
- Introduction to STAAD.Foundation
- Modelling supports
- Modelling support loading
- Importing information from STAAD.Pro
- To design isolated footing
- To design eccentric isolated footing
- To design continuous footing
- To design pile cap
- To design soil supported mat foundation
- To design pile-supported mat foundation