SAP stands for Structural Analysis Program which is used by Civil Engineers for the analysis and design of structures. SAP 2000 has both 2D and 3D features. Learn SAP 2000 at one of the best training center, IT Training Nepal located at Putalisadak, Kathmandu. SAP 2000 provides structural components which helps to design beam and column of the structure. Normally SAP 2000 is used for all types of general structures like residential building, stadiums, water tanks, chimneys and so on. In this course we will learn to do the analysis of residential building. Moreover SAP 2000 can be used to calculate the Seismic Weight and self weight of a building easily.

Introduction

• Introduction to Course

Introduction to SAP2000

• Analysis of a Simply Supported Beam

• Analysis of Truss

Modeling of Building

• Reading the Architectural Drawing

• Defining the Grids

• Defining the Sectional Properties

• Modeling of The Building

• Modeling of Staircase

• Staircase Correction

• Lowering Tie Beam

• Modelling Beam

• Modelling of Shear Wall

Load Application

• Defining Loads

• Application of Wall Load

• Application of Parapet Wall Load

• Application of Floor Finish Load

• Application of Partition Load

• Application of Live Load

• Application of Staircase Load

• Application of Roof Live Load

Application of Lateral Loads

• Application of Earthquake Load (Method1)

• Application of Earthquake Load (Method2)

• Application of Earthquake Load (Method3)

Defining Mass Source, Diaphragm and Meshing the Slab

• Defining Mass Source

• Defining Diaphragm

• Meshing the Slab

• Defining Load Combination

Analyzing and Designing the Building in SAP2000

• Analyzing the Structure

• Designing the Structure

• Time Period Derivation in SAP2000

Post design checks to be made

• Introduction

• Rebar Percentage

• P-M-M Interaction Ratio

• Beam Column Capacity Ratio

• Joint Shear Capacity Ratio

• Story Shear Check

Detailing of Structural Members

• Detailing of Column Longitudinal bars

• Detailing of Column Lateral Ties

• Detailing of Beam Longitudinal Bars

• Detailing of Beam Stirrups

Optimizing the Design

• Background

• Changing the Insertion Point

• Changing the End Length Offset

• Design

Pushover Analysis and Design

• Introduction

• Defining Gravity Load

• Define Pushover Load

• Assign Hinges to the Beam

• Assign Hinges to the Column

• More Information regarding on Hinges

• Analyze Structure and study analysis result

• Generate and Study Pushover Curve

Response Spectrum Analysis and Design

• Introduction

• Define Response Spectrum Function

• Define Response Spectrum Load Cases

• Modify Scale Factor

• Analysis and Design

Miscellaneous

• Extract Data from SAP to Design Footing

• Export Analysis and Design Data to Excel