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SAP2000 Complete Course: From Beginner To Pro
Quick Facts
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Medium of instructions
English
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Mode of learning
Self study
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Mode of Delivery
Video and Text Based
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Course overview
CsiAmerica created the structural analysis and planning application SAP2000. It is a general-purpose finite element application used for designing column and beam structures as well as performing static or dynamic, linear or nonlinear analyses of engineering structures. Gokul Saud - a civil engineer, and structural designer designed the SAP2000 Complete Course: From Beginner To Pro online certification, which is offered through Udemy.
SAP2000 Complete Course: From Beginner To Pro online training involves more than 4.5 hours of prerecorded lectures, 16 articles, 36 downloadable materials, and assignments, which aims to provide candidates with a thorough understanding of all the concepts and processes required for building structural design. With SAP2000 Complete Course: From Beginner To Pro online classes, candidates will also be taught about topics like design optimization, slab design, foot design, preliminary design, loading, capacity ratio, time history analysis, rebar, and more.
The highlights
- Certificate of completion
- Self-paced course
- 4.5 hours of pre-recorded video content
- 16 articles
- 36 downloadable resources
- Assignments
Program offerings
- Online course
- Learning resources.
- 30-day money-back guarantee
- Unlimited access
- Accessible on mobile devices and tv
Course and certificate fees
Fees information
₹ 2,499
certificate availability
Yes
certificate providing authority
Udemy
Who it is for
What you will learn
Civil engineering skills
After completing the SAP2000 Complete Course: From Beginner To Pro certification, candidates will gain a comprehensive understanding of the functionalities of SAP2000 for civil engineering operations including structural design, preliminary design, structural analysis, design optimization, data design, foot design, slab design. Candidates will explore the strategies involved with Excel for calculating response spectrum, rebar percentage, time history analysis, P-M-M interaction ratio, beam-column ratio, column beam capacity ratio, beam-column capacity ratio, and more. Candidates will learn about concepts involved with architectural drawing as well as will acquire an understanding of various loading concepts including earthquake load, gravity load, base shear, lumped mass, seismic loads, and story shear.
The syllabus
Introduction
Introduction To SAP2000
- Download and Install the Software
- Analysis of a Simply Supported Beam
- Analysis of a Truss
Preliminary Design (Optional)
- Introduction
- Preliminary Design of Slab
- Preliminary Design of Beam
- Preliminary Design of Column
Modeling of Building
- Reading The Architectural Drawing
- Defining The Grids
- Defining The Material Properties
- Defining The Sectional Properties
- Modeling of The Building
- Modeling of Staircase
- Staircase Correction
- Lowering The Tie Beam
- Design of Residential Building
- Modelling of Secondary 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
Calculation of Seismic Weight, Base Shear and Storey Shear (Optional)
- Introduction
- Seismic Load Calculation
- Base Shear Calculation
- Storey Shear Calculation
Application of Lateral Loads
- Defining Diaphragm
- Application Of Earthquake Load (Method 1)
- Application Of Earthquake Load (Method 2)
- Application Of Earthquake Load (Method 3)
Defining Mass Source, Diaphragm and Meshing The Slab
- Defining Mass Source
- Meshing The Slab
- Defining the 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
- Column Beam Capacity Ratio
- Joint Shear and Storey 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
- Define Gravity Load
- Define Pushover Load
- Assign Hinges to The Beams
- Assign Hinges to The Columns
- More Information on Hinges
- Analyze Structure and Study Analysis Results
- 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
Time History Analysis
- Introduction
- Define the Time History Function
- Define the Time History Load Cases
- Adjusting the Scale Factors
- Generate Response Spectrum Curve
Design of Slab
- Design of Slab
- Detailing of slab
Miscellaneous
- Extract Data From SAP To Design Footing
- Export Analysis and Design Data to Excel
Design Excel Sheets
- Design of Isolated Footing
- Design of Raft Foundation
- Design of Staircase
- Design of Beam
- Design of Column
Instructors
Articles
Popular Articles
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