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ETABS

Extended Three-dimensional Analysis of Building Systems abbreviated as ETABS is a 3D software used by Civil Engineers. IT Training Nepal is providing the best ETABS training in Nepal. ETABS is used for the modeling of structural systems. Design of the any structure like a building, tower, or bridge is not sufficient before the actual construction. Civil Engineers should be able to calculate the load that is going to be present on the structure. Along with it, structural engineers should know the stability of the structure, they should also calculate the amount of reinforcement required by the structure which further helps to determine the amount of torsion on the structure. ETABS is easy to use since it supports GUI-based input which is very handy while using the software.

Therefore, structural analysis is very important before the construction of the building. ETABS makes it very easy to create and design complex structures.

The objective of ETABs course:

  • To check the stability of the structure
  • To calculate the amount of reinforcement required for the structure
  • To check different 3D views of the structure
  • To Integrate with SAP and create furthermore structures
  • To edit and work on the model with a real-time view

Who can join the ETABs course?

ETABS is highly recommended for Civil Engineers and more specifically for Structural Engineers. Professionals who have knowledge of CAD tools like AutoCAD can also learn the ETABS course.

Pre Requisites for ETABs course:

Knowledge of CAD tools like AutoCAD is recommended.

Syllabus Expand All
  • Learning etabs command
  • The basic concept of RC Frame structure
  • Short introduction about structure that does not need analysis
  • Important points to be considered while designing the structure
  • Modeling of RC Framed Structure
  • Defining section of Beam, Column and slab
  • Introduction to property modifier
  • Modeling of staircase
  • Introduction to type of support and their assignment
  • Defining load pattern and load combination
  • Defining mass source
  • Defining Diaphragm
  • Complete analysis of the structure
  • Check of displacement and drift criteria
  • Check of eccentricity
  • Check of mass model participation ratio
  • Viewing the distribution of base shear and seismic load applied
  • Complete design of structural members using etabs data
  • Design of beam of each floor
  • Design of each column
  • Design of each footing
  • Concept of minimum and maximum reinforcement required in a structural member
  • Concept of economical design
  • Complete the design of structural members using an excel sheet
  • Design of beam with a full design concept
  • Design of column
  • Design of slab
  • Design of footing
  • New model initialization
  • Defining materials
  • Defining column properties
  • Modeling the footing (Isolated, Combined, Strap, and MAT footings)
  • Replicating the model
  • Drawing column above the footing
  • Defining load patterns and load combinations
  • Assigning ULT reaction as point load
  • Assigning soil weight in KN/m2
  • Defining and assigning the subgrade modulus
  • Run analysis and design
  • Preparation of a detailed structural report
  • Learning an easy way of preparing a report
  • Things to be included in a good report
  • The basic concept of structural drawing
  • Requirements of a complete structural drawing
  • Things to be considered while drawing sections of different structural members
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