Mastering SAP2000: From Beginner To Pro

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction To The Course

Lecture 2: How to Speed up to Slow down the Lecture speed?

Chapter 2: Introduction To SAP2000

Lecture 1: Download and Install the Software

Lecture 2: Analysis of a Simply Supported Beam

Lecture 3: Analysis of a Truss

Chapter 3: Preliminary Design (Optional)

Lecture 1: Introduction

Lecture 2: Preliminary Design of Slab

Lecture 3: Preliminary Design of Beam

Lecture 4: Preliminary Design of Column

Chapter 4: Modeling of Building

Lecture 1: Reading The Architectural Drawing

Lecture 2: Defining The Grids

Lecture 3: Defining The Material Properties

Lecture 4: Defining The Sectional Properties

Lecture 5: Modeling of The Building

Lecture 6: Modeling of Staircase

Lecture 7: Staircase Correction

Lecture 8: Lowering The Tie Beam

Lecture 9: Modelling of Secondary Beam

Lecture 10: Modelling of Shear Wall

Chapter 5: Load Application

Lecture 1: Defining Loads

Lecture 2: Application of Wall Load

Lecture 3: Application of Parapet Wall Load

Lecture 4: Application of Floor Finish Load

Lecture 5: Application of Partition Load

Lecture 6: Application of Live Load

Lecture 7: Application of Staircase Load

Lecture 8: Application of Roof Live Load

Chapter 6: Calculation of Seismic Weight, Base Shear and Storey Shear (Optional)

Lecture 1: Introduction

Lecture 2: Seismic Load Calculation

Lecture 3: Base Shear Calculation

Lecture 4: Storey Shear Calculation

Chapter 7: Application of Lateral Loads

Lecture 1: Defining Diaphragm

Lecture 2: Application Of Earthquake Load (Method 1)

Lecture 3: Application Of Earthquake Load (Method 2)

Lecture 4: Application Of Earthquake Load (Method 3)

Chapter 8: Defining Mass Source, Diaphragm and Meshing The Slab

Lecture 1: Defining Mass Source

Lecture 2: Meshing The Slab

Lecture 3: Defining the Load Combination

Chapter 9: Analyzing and Designing The Building in SAP2000

Lecture 1: Analyzing the Structure

Lecture 2: Designing The Structure

Lecture 3: Time Period Derivation in SAP2000

Chapter 10: Post Design Checks To Be Made

Lecture 1: Introduction

Lecture 2: Rebar Percentage

Lecture 3: P-M-M Interaction Ratio

Lecture 4: Beam Column Capacity Ratio

Lecture 5: Column Beam Capacity Ratio

Lecture 6: Joint Shear and Storey Shear Check.

Chapter 11: Detailing of Structural Members

Lecture 1: Detailing of Column Longitudinal Bars

Lecture 2: Detailing of Column Lateral Ties

Lecture 3: Detailing of Beam Longitudinal Bars

Lecture 4: Detailing of Beam Stirrups

Chapter 12: Optimizing the Design

Lecture 1: Background

Lecture 2: Changing The Insertion Point

Lecture 3: Changing The End Length Offset

Lecture 4: Design

Chapter 13: Pushover Analysis and Design

Lecture 1: Introduction

Lecture 2: Define Gravity Load

Lecture 3: Define Pushover Load

Lecture 4: Assign Hinges to The Beams

Lecture 5: Assign Hinges to The Columns

Lecture 6: More Information on Hinges

Lecture 7: Analyze Structure and Study Analysis Results

Lecture 8: Generate and Study Pushover Curve

Chapter 14: Response Spectrum Analysis and Design

Lecture 1: Introduction

Lecture 2: Define Response Spectrum Function

Lecture 3: Define Response Spectrum Load Cases

Lecture 4: Modify Scale Factor

Lecture 5: Analysis and Design

Chapter 15: Time History Analysis

Lecture 1: Introduction

Lecture 2: Define the Time History Function

Lecture 3: Define the Time History Load Cases

Lecture 4: Adjusting the Scale Factors

Lecture 5: Generate Response Spectrum Curve

Chapter 16: Design of Slab

Lecture 1: Design of Slab

Lecture 2: Detailing of slab

Chapter 17: Miscellaneous

Lecture 1: Extract Data From SAP To Design Footing

Lecture 2: Export Analysis and Design Data to Excel

Chapter 18: Design Excel Sheets

Lecture 1: Design of Isolated Footing

Lecture 2: Design of Raft Foundation

Lecture 3: Design of Staircase

Lecture 4: Design of Beam