Best CSI ETABS and CSI SAFE Offline Course

A Complete 15-Story Building Design Offline Course Using CSI Etabs and SAFE in Bangladesh

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Lecture 1: Overview of Structural Analysis & ETABS

  • Flow Chart for Structural Analysis and Design
  • Which Version of ETABS Software Should Use
  • Discussion on Different Design Codes
  • Discussion on Different FE Software
  • Discussion on Different Design Components
  • Introduction to CSI ETABS & Model Initialization

Lecture 2: Material and Section Properties in ETABS

  • Discussion on Concrete Material Properties
  • Discussion on Rebar Material Properties
  • Define Complete Material Properties
  • Define Beam & Column Sections
  • Define Slab, Wall, Rebar Properties

Lecture 3: Loads and Load Combinations in ETABS

  • Define Load Pattern & Load Case
  • Mass Sources
  • Discussion on Load Combinations
  • Vertical Earthquake Calculation
  • Create Load Combinations (23 Nos) – Normal Condition
  • Create Load Combination (31 Nos) – Special Condition

Lecture 4: 2-Story Building Modeling

  • Soil Site Class & Selection of Seismic Design Categories of Structure
  • Selection of structure Case
  • Modify Material Properties as per BNBC 2020
  • Modify Beam & Column Section as per BNBC 2020

Lecture 5: 2-Story Building Modeling

  • Modify and Assign Roof Load
  • Analysis Model & Check as per BNBC 2020
  • Design Beam, Column Slab & Staircase

Lecture 6: 15-Story Building Modeling

  • Define Beam, Column & Slab Sections
  • Draw Grid & Create Model
  • Assign Loads on building
  • Replicate Model

Lecture 7: 15-Story Building Modeling

  • Discussion on Floor plan,
  • Modify & Create Grid System (If Required)
  • Create New Grid System in CSI Etabs
  • Edit Story Data

Lecture 8: 15-Story Building Modeling

  • Draw Column & Lift core Wall (Pier & Spandrel)
  • Draw Grade Beam & Floor Beam

Lecture 9: 15-Story Building Modeling

  • Draw Floor Slab & Staircase
  • Assign Live Load, Floor Finish, Staircase Live Load
  • Calculate & Assign Stair Steps Load
  • Calculate & Assign Partition Wall Load for Actual as well as Approximate Methods

Lecture 10: 15-Story Building Modeling

  • Replicate Model & Modify Roof Portion
  • Modify Roof Loads as per BNBC 2020
  • Calculate and Assign Lift-Core Load

Lecture 11: 15-Story Building Modeling

  • Assign Mesh for Floor and Wall System
  • Discussion on Diaphragm’s Center of Mass and Rigidity
  • Calculate and Assign Lift-Core Load
  • Define Earthquake Load
  • Define Wind Load

Lecture 12: 15-Story Building Modeling

  • Pre-Analysis & Design Decision On Structure
  • Properties Modifier & Assign
  • Check Model For Serviceability (Vertical Deflection)
  • P-Delta Check of Structure
  • Sway or Displacement Limitation Check
  • Stiffness (Soft-Story) Irregularity Check
  • Torsion Irregularity Check
  • Story Drift & Drift Ratio Check
  • Overturning the Check of Building

Lecture 13: 15-Story Building Modeling

  • Beam Column Capacity Check Ratio
  • Beam Design – Create Beam Group, Find Torsion Rebar
  • Beam Design – Torsion Rebar Placement
  • Beam Design – Minimum Rebar Calculation
  • Beam Design – Main rebar Calculation & Finalization
  • Beam Design – BNBC 2020 Requirement for Special Moment Resistance Moment (SMRF)
  • Beam Design – Longitudinal & Torsion Rebar Calculation and Detailing
  • Beam Design – Stirrups Calculation for Shear & Torsion Reinforcement
  • Beam Design – Basic Q&A on Design Parameters

Lecture 14: 15-Story Building Modeling

  • Column Design – Basic Discussion on Column Design
  • Column Design – Column Grouping & Reinforcement Calculation
  • Column Design – Number of Rebar Calculation and Rebar Detailing
  • Column Design – Column Ties / Shear Rebar Calculation
  • Slab Design- Basic Introduction to Slab Design
  • Slab Design- Slab Design Using CSI Etabs FEM Methods
  • Slenderness of column

Lecture 15: 15-Story Building Modeling

  • Lift core Design – Basic Introduction and Pier Assignment
  • Lift core Design – Revised Preferences, Load Combination & Design Methods
  • Lift Core Design – Design Using Simplified C & T Methods
  • Lift Core Design – Design Using Uniform Reinforcing Methds
  • Lift Core Design – URM- Modify Rebar & Redesign
  • Lift Core Design – URM- Reinforcement to be Design
  • Lift Core Design – URM- Vertical Rebar Calculation & Detailing with Excel
  • Lift Core Design – URM- Horizontal Rebar Calculation & Detailing with Excel
  • Lift Core Design – How to Pass OS of Shear Wall Failure
  • Lift core Design – Assign & Design Spandrel

Lecture 16: Dynamic Analysis of Structure

  • Introduction to Dynamic Analysis of Structure
  • Discussion on the Dynamic Response of a Structure
  • Criteria for Dynamic Analysis of Building Structures
  • Types of Dynamic Analysis
  • Discussion on Response Spectrum Analysis (RSA)
  • Discussion on Number of Modes (RSA)
  • Discussion on Materials Properties for Non-Linear Analysis
  • Define Modal Case In Etabs
  • Define RSA Function
  • Analysis Model for RS PMR and Modify Modes
  • Define Load Combination for RSA And Design
  • Modify RSA Scale Factor and Re-Analysis
  • Base Shear Check for RSA Vs ESA
  • Final Design Check For RSA

Lecture 17: Foundation Design Using CSI SAFE

  • Basic Introduction to Sub-Soil Investigation Report
  • Basic Concept of Soil Subgrade Modulus with Excel calculation
  • Soil Stress Distributions

Lecture 18: Foundation Design Using CSI SAFE

  • New Model Initialization
  • Define Materials Properties
  • Define Slab Properties
  • Define or Modify Reinforcing Bar Size
  • Define Soil Subgrade Properties
  • Define Load Patterns
  • Define Load combination as per BNBC
  • Basic discussion on mass sources
  • Single or Isolated Footing Design
  • Strap Footing Analysis and design

Lecture 19: Foundation Design Using CSI SAFE

  • Combined Footing Analysis and design
  • Continuous or Strip Footing Analysis and design
  • Rafts or Mat Footing Design

Lecture 20: Foundation Design Using CSI SAFE

  • Pile Cap Analysis and design
  • Manual Pile Design

Lecture 21: Design Using Excel Sheet

  • Slab Design Using Excel Sheet (BNBC 2020)
  • Staircase Design Using Excel Sheet (BNBC 2020)
  • Beam Design Using Excel Sheet (BNBC 2020)
  • Column Design Using Excel Sheet (BNBC 2020)
  • Single Footing Design Using Excel sheet (BNBC 2020)

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