STAAD.Pro Course For Absolute Beginners [2020]

"Introduction
Introduction to STAAD.Pro
Installation Guideline
Creating a Project
Widely used Tool
Introduction to GUI of STAAD.Pro, Axis system in STAAD.Pro, Beam and Node Number
Introduction to STAAD Editor
Principle of Earthquake Resistant Building
Introduction to Structural Analysis and Design
Section 1: Quiz (Optional)
Structural Analysis of RCC Beam
Drawing the Beam
Define Beam Member Properties
Assigning Support to the BEAM
Defining the Load and assigning it
Analyzing the Beam
Displaying Deflection, Shear Force and Bending moment Diagram and Report
Analyze the given continuous Beam
Frame Analysis and Design
Introduction to Structure Wizard
Import the Frame
Understanding the View in STAAD.Pro
Modelling Frame
Defining the Loads
Running Analysis
Displaying Reactions, Shear force & Bending Moment Diagram
Design
Key Conclusions of this SECTION
Practical Example: Residential Building Analysis and Design
Reading Architecture Drawing of a residential Building
Plan the Location of Column
Modelling of Building in STAAD.Pro
Assign Section Properties and Stiffness Reduction Factor
Explanation of Live Load as per IS 875- Part 2
Define Seismic Definition
Adding Load Cases
Calculation of Brick wall Dead Loads and Applying on the Beams
Calculation of Dead Loads for Slabs and Application
Application of the Live Load
Application of Staircase Loading on RCC Beams
Backup STAAD Editor File
Reading: KN, Tonne and Kilogram
Download Important IS Codes
Revision Quiz (Optional)
Modelling Simple unsymmetrical Building plan in STAAD.Pro [Optional]
Introduction to Earthquake Resistant Design Code: IS 1893 (Part 1) :2002/2016
Introduction
What is Seismic Weight ?
What is Base Shear, Storey Shear and Storey Drift ?
Zone Factor (Z)
Structural Response Factor (Sa/g)
Response Reduction Factor (R)
Importance Factor(I)
Imposed Load Reduction
Example: Calculate SEISMIC WEIGHT of Simple Frame
Seismic Analysis and Design of Residential Building
Copying the Loads for Total Seismic Weight
Codal Provision for Load Combination as Per IS 1893
Adding Load Combination
Structural Analysis of Seismic Resistant Building
Design Of Seismic Resistant Building
Interpretation of Design Results
Wind Load Application and Design of Building
Excel Spreadsheet
Calculation of Wind Load in Excel Sheet as Per IS 875 (Part 3)
Define Wind Definition and Wind Load Cases in STAAD.Pro
Defining Load Combination as per IS 456:2000 Table 18
Analysis and Design
Interpretation of Results
Instructor Message
Design of Slab and Footing
Design of Slab as per IS 456
Introduction to Foundation Design
Determining Size of Footing
Bonus Materials
Design of Slab
Wind Load Calculation
Troubleshooting Errors and Warning in STAAD.Pro
Note
Search Errors
Modelling error: Missing Member Property & ELASTIC MODULUS (E) NOT ENTERED
UBC Analysis Error
Support Error
DENSITY NOT PROVIDED. SELFWEIGHT COMMAND IGNORED Error
Design Errors and Warnings"