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ETABS

ETABS

COURSE CONTENTS FOR ETABS (FOR POLYTECHNIC,B.TECH,M.TECH,

B.ARCH)

 

WHAT YOU 'll LEARN?

Know Basic of Etabs Advance Modelling Learn Structural Analysis And design of a Residential building with Real World Project Using Etabs. Details and design the column and beam longitudinal and shear reinforcement Know all the things that are required to take higher level of ETABS course.

CONCEPTS RELATED TO EARTHQUAKE AND WIND ANALYSIS

  • TYPES OF STRUCTURAL SYSTEM
  • DUCTILE DETAILING OF MEMBERS
  • STATIC ANALYSIS MANUALLY OVERVIEW
  • DYANAMIC ANALYSIS MANUALLY
  • SCALING OF STATIC AND DYNAMIC RESULTS IN TSD.
  • BASIC OF WIND AND SEISMIC FORCES OF BUILDING AND ITS CALCULATIONS.
  • CALCULATION OF CENTER OF MASS AND CENTER OF RIGIDITY
  • TORSIONAL IRREGULARITY CONCEPTS AND ITS CHECK IN ETABS.
  • LIVE LOAD REDUCTION
  • SOFT STOREY AND SHORT COLUMNS.
  • MASS PARTICIPATION FACTOR AND RATIO AS PER IS CODE
  • IS-16700- 2017 CRETERIA FOR STRUCTURAL SAFETY OF TALL BUILDINGS.
  • LOAD COMBINATION FOR COLUMNS BEAM SHEAR WALL FOUNDATIONS
  • STOREY DRIFT,DRIFT RATIO AND IS CLAUSE.
  • STOREY DRIFT,DRIFT RATIO AND IS CLAUSE, STOREY DISPLACEMENT

LEVEL-1

  • Introduction to the Welcome Screen.
  • Introduction of available design codes in ETABS.
  • Create grid spacing and simple story data
  • Create circular Grid Spacing
  • Create uniform grid Spacing
  • Create Non-Uniform grid data
  • Define Material Properties
  • Define User Material (Cutomizable Materials)
  • Define Tendon Sections.
  • Define reinforcement bar sizes
  • Define Concrete frmae section Properties
  • Define slab properties
  • Define wall section
  • Define Irregular Floor Object
  • Draw Irregular wall object
  • Define Point Springs,Lines Springs, Area Springs and Soil Profile
  • Quick draw Secondary Beams
  • Draw beam,column and Bracing system.
  • Define Mass Sourse being used for earthquake Analysis
  • Define Load Patterns
  • Define Load Cases
  • Define load Combinations
  • Define Model Cases
  • Define P-Delta Options.
  • Define Diaphragms
  • Define Response Spectrum Functions.
  • Assign Support ( Exp- Pinned,Fixed or Roller)
  • Assign Joint Loads (Translational force and Rotational Moments Along All Axis)
  • Assign Frame Loads(Point load,UDL Load,Trapezodial Loads)
  • Assign Shell Loads (Uniform,Non-Uniform.

LEVEL-2

ANALYSIS AND DESIGN OF SIMPLY SUPPORTED BEAM
  • Openig A New Model
  • Define the Grids
  • Model the Beam
  • Assigning the Support
  • Application of Load
  • Analyzing the Beam Genrate SFD (Shear force diagram) and BMD(Bending Moment Diagram)
  • Go to the Design.
  • Check design Pass or Fail. 

LEVEL-3 (Working with Real World Project)

  • Read Architectural Plans
  • REad Architectural Grid Plans.
  • Define grid
  • Define Materials
  • Define section properties
  • Extruding the Model
  • Modelling of Balcony
  • Assigning Support to the Model
  • Lowering The Tie Beam.
  • Modelling of staircase
  • Define Reference Points And Reference Planes
  • Model the Midlanding and Other Type Horizontal Member.
  • Model Secondary Beam
  • Model Curved Beam
  • Modelling Circular Column
  • Modelling Eccentric Columns
  • Load applications
  • Define Load Patterns,Diaphragm And Mass Source
  • Application of Partition Load
  • Application Of shell/Slab Load
  • Application Of wall Load on Slab/Shell
  • Meshing Of Slab and Frame Structures
  • Application of lateral Loads
  • Application of Earthquake Load
  • Application Of wind Load
  • Load Combination And Structural Analysis
  • Defining The Load Combinations
  • Analyzing the Building
  • Design of the Building
  • Check failed Member
  • Redesign Member
  • Rebar Percentage
  • P-M-M Interaction Ratio.
  • Beam Column Capacity
  • Storey Displacement,Storey Drift and Drift ratio.
  • Torsional Irregularity
  • Detailling Of column Rebars
  • Understanding The Rebar Values
  • Rebar combination
  • Detailling The Rebars Of All Floor Level.
  • Concept Of the Lapping Of Bars In all Floor Level.
  • Knowledge of Detailing the columns Having Increasing Reinforcement Values
  • Concept of Detailing of Similar columns And Preparing Structural Drawings.
  • Calculating the Required spacing of the lateral Ties
  • Exporting Results to Excel
  • Export Center of Mass and Center of Rigidity Values
  • Export Design Result
  • Preliminary Design ,Sesmic Weight,Base Shear Calculation
  • Preliminary Design of Column
  • Preliminary Design of Slab
  • PreliminaryDesign of Beam
  • Seismic Weight Calculation of Building
  • Base Shear and storey Shear Calculation.

LEVEL-4 (Working with 21 Storey High Rise Project)

  • Read Architectural Drawing
  • Define Grid Spacing
  • Enter the Storey Data in the Model
  • Define the Material Properties
  • Define Reinforcement Bar Sizes
  • Define Frame Section
  • Define Diaphragms,Pier Labels And Spandrel Labels
  • Model The RCC Column and shear wall in structure
  • Model the cantilever Slab or Projections
  • Define Supporting Conditions of the RCC Building
  • Model The Retaining Walls
  • Assign to Releases to the Structure
  • Assign the Diaphragmsto the RCC Structure
  • Check for Modelling error
  • Define response Spectrum Function
  • Define Dead load And live load
  • Introduction And Explanation of IS1893:2016
  • Define Earthquake Load Pattern
  • Define And Assign Wind Load Pattern
  • Define Mass sourse
  • Define super Imposed Dead Laod,Dead Load,Live Load
  • Define Staircase And Super Imposed Dead Loading
  • Assign Live Load Reductions Factors
  • Define Response Spectrum Load case And Model Cases
  • Define P-Delta Options
  • Define Load Combinations
  • Set the Analysis Options
  • Review the Fundamental Mode Shapes
  • Correct the Mode Shapes
  • Check the Static Base Shear
  • Review the Dynamic Parameters
  • Reduce the Number of Modes And Scaling of static And Dynamic
  • Design of RCC Beams And Column
  • Design The Shear wall
  • Export Support Reactions To SAFE.
  • Export data to be Design
  • Acc. To Ast. Set No. of Rebars
  • Draw Details In Autocad.
  • Print The Drawing.