>
Online Registration

TEKLA STRUCTURAL DESIGNER

TEKLA STRUCTURAL DESIGNER

COURSE CONTENTS FOR TEKLA STRUCTURAL DESIGNER (FOR POLYTECHNIC, B.TECH, M.TECH, B.ARCH)

WHAT YOU 'll LEARN?

  • KNOW BASIC TO ADVANCE TSD
  • ADVANCE MODELLING
  • ANALYSE ALL KINDS OF STRUCTURAL MEMBERS.
  • LEARN STRUCTURAL ANALYSIS AND DESIGN OF A RESIDENTIAL WITH REAL TIME PROJECT
  • USING TSD.
  • DETAIL AND DESIGN THE COLUMN AND BEAM LONGITUDINAL AND SHEAR
  • REINFORCEMENT
  • DETAIL AND DESIGN OF ISOLATED FOOTING.
  • DETAILS AND DESIGN OF ONE WAY, 2 WAY SLAB IN TSD.
 
 

CONCEPTS COVERED TO EARTHQUAKE AND WIND ANALYSIS

  • STATIC ANALYSIS MANUALLY OVERVIEW
  • SCALING OF STATIC AND DYNAMIC RESULTS IN TSD.
  • 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 TSD.
  • Create grid spacing and simple story data
  • Create circular Grid Spacing
  • Create uniform grid Spacing
  • Create Non-Uniform grid data
  • Define Material Properties]
  • Define reinforcement bar sizes
  • Define Concrete frmae section Properties
  • Define slab properties
  • Define wall section
  • Draw Irregular wall object
  • 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 Diaphragms
  • Define Response Spectrum Functions.
  • Assign Support ( Exp- Pinned,Fixed or Roller)
  • Assign Frame Loads(Point load,UDL Load,Trapezodial Loads)
  • Assign Shell Loads (Uniform,Non-Uniform.

LEVEL-2

ANALYSIS AND DESIGN OF SIMPLY SUPPORTED BEAM

  • Define the Grids
  • Model the Beam
  • Assigning the Support
  • Application of Load
  • Analysing 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
  • 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
  • Analysing the Building
  • Design of the Building
  • Check failed Member
  • Redesign Member
  • Rebar Percentage
  • 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
  • Export Center of Mass and Center of Rigidity Values
  • Export Design Result
  • Preliminary Design ,Sesmic Weight,Base Shear Calculation
  • Seismic Weight Calculation of Building
  • Base Shear and storey Shear Calculation

LEVEL-4 (Working with 14 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 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 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 data to be Design
  • Acc. To Ast. Set No. of Rebars
  • Draw Details In Autocad.
  • Print The Drawing.