ETABS is a highly efficient Finite Element Analysis based analysis and design program developed especially for building systems. It is loaded with an integrated system with an ability to handle the largest and most complex building models and configurations. The software has powerful CAD-like drawing tools with a graphical and object-based interface. It increases the productivity of structural engineers. It saves a significant amount of time and money over the general-purpose programs.
Pro is one of the most widely-used software for developing and analysing the designs of various structures, such as petrochemical plants, tunnels, bridges etc. STAAD.Pro, the latest version, allows civil engineering individuals to analyse structural designs in terms of factors like force, load, displacements etc. STAAD.Pro training builds expertise in using the software at a professional level in domains, including construction companies, government agencies, architecture firms etc.
STAAD.Pro Module Contains
- Modelling Methods
- Member Property Assignment
- Specifications
- Support Assignment
- Load Assignment
- STAAD Analysis
- Interpretation of Analysis results
- Design of Reinforced Concrete
- Members with Bs 8110
- Design of Steel Members with Bs 5950
- Reinforced Concrete Interactive Design
- Steel Interactive Design
- Plate Elements
- Surface Elements
- Shear Walls
- Solid Elements
- Seismic Loads
- Time History Load Analysis
- Response Spectrum Load Analysis
ETABS Module Contains
- Introduction to Structural Analysis and Design using ETABS
- Modelling of New Model Quick Template
- Modelling Material Properties
- Draw Grids o Draw Joint Objects Draw Beam/Column/Brace objects
- Modelling, Replicate and Extrude through ETABS
- Edit Frames Divide Frames Joint Frames Reverse Frame Connectivity, Edit Shells
- Frame, Shell and Joint Property Specifications
- Loading & Analysis and Load Patterns
- Concrete Frame Design
- Steel Frame Design
- Steel Connection Design
- Steel Joist Design
- Detailing
- Composite Beam Design
- Introduction to Dynamic Analysis