ETABS

ETABS 2013 is the most sophisticated and technologically advanced software product available to structural engineers today. It defines the future of building design software, setting the stage for unsurpassed capability and efficiency worldwide.Built on a foundation of more than 40 years of research and innovation, ETABS 2013 sets the gold standard, yet again. Featuring versatile modeling technology, stunning graphics, efficient numerical methods and powerful optimization algorithms for design, ETABS 2013 offers unmatched levels of integration and productivity. It addresses numerous international building codes while producing complete design reports and schematic construction drawings to meet the demanding needs of the modern structural engineering professional.
Module 1

  • Interface
  • Define the grids
  • Import the file
  • Define
    • Materials
    • The columns
    • Shear walls
    • The slabs
  • Draw the slabs
  • Assign
  • The slabs
  • shear wall
  • columns
  • beams
  • Load Cases-­‐Load Combination
  • Analysis Cases
  • Analysis of Beams
    • Edit Grids
    • Define of Beam Section
    • Draw the elements
    • Restrains
    • Loads
    • Display Options
    • Degree Of Freedom
    • Deflection
    • Straining Actions
    • Global Axis – Local Axis

Module 2

  • Analysis of Concrete and Steel Frames
    • Edit Grids
    • Define Frame Sections (R-section& T-section)
    • Draw the frame
    • Loads (Triangular Distributed load – Uniform Distributed load )
    • Load Combinations
    • Concentrated Moments-Loads
    • Degree of Freedom
    • Deformed Shape
    • Straining Actions
  • Analysis of Solid Slabs
    • Design a primary thickness with excel sheet
    • Get a primary straining actions with first principles
    • Define the slab shell
    • Define Area Sections
    • Edit Grids
    • Draw The slab
    • Joint Restrains
    • Load cases
    • Load combinations
    • Assign the loads
    • Mesh The Areas
    • Analyze
    • Straining Actions
    • Stresses
    • Reinforcement (Mesh and additional)
    • Home work


Module 3

  • Analysis of Multi‐Story Frames
    • Define Grid Data
    • Define Frames (internal column – external column – beams)
    • Draw Elements (columns – beams)
    • Replicate the model
    • Loads (Uniform Loads – joint loads)
    • Deformed Shapes

  • The Analyze of Flat Slab
    • Get a primary thickness of the flat slab
    • Determine the allowable deflection
    • Columns (wanted check punching)
    • Edit Grids
    • Define the (Slabs – Beams)
    • Draw the areas
    • Mesh the areas
    • Check deflection
    • Check punching
    • Load cases – load combination
    • Loads
    • Analyze
    • Stress
    • Reinforcement

Module 4

  • Working with data tables
  • Classification of tabular data
    • Model definitions
    • Analysis results
    • Design results
  • Tables and fields
  • Uses of tabular data
    • Selecting using tables
    • Formatted tables for presentation
    • Structured database tables
  • Displaying tabular data
  • Printing tabular data
  • Custom report writer
  • Format control for display and printing
  • Interactive Table editing
  • Exporting Tabular data
  • Importing tabular data
  • Automatic export during save
  • Export during analysis
  • Tabular database file formats
    • Microsoft access data base
    • Microsoft Excel spreadsheet
    • Plain text file
  • Analyze of Stairs (Two flight stair)
    • Define the materials
    • Define the frames
    • Draw the levels
    • Load cases – Load combination
    • Loads
    • Draw the areas
    • Mesh the areas
    • Analyze
    • Straining Actions
    • Reinforcement


Module 5:(Appling On The Project)

  • Step No 1
    • Export From AutoCAD
    • Statical System
    • Define The Frames ( Slabs-Beams)
    • Draw the area
    • Mesh the area
    • Join Restrains
    • Load Cases _ Load Combinations
    • Assign Loads
    • Replicate The Floors
    • Analyze
    • Export The Columns
    • Design The Columns
    • Reinforcement


Module 6

  • Step No 2
    • Get Straining Actions From The Beams (B.M.D-­‐S.F.D)
    • Design primary with first principles the sections
    • Put the data in excel sheet
    • Design the beams on excel sheet according to ECP
    • Draw a design drawing for the beams and sections

Discuss the full Job with the students and make their presentations



 
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