The STAAD.Pro Basic Training provides essential knowledge for mastering structural analysis and design using STAAD.Pro software. Learn to analyze and simulate complex structural models for various projects, including buildings, bridges, and industrial structures.
BASIC Course teaches participants core skills in using STAAD.Pro software for structural analysis and design. Covering model creation, load application, result interpretation, and design adherence, the course offers hands-on workshops for practical experience. Graduates emerge competent in essential structural engineering tasks using STAADPro.
It was my immense luck and fortune to be a part of Educlab University where I can grow. The entire faculty & department leaves no stone unturned to shape one's future in my four years.
B.Tech - Civil, 2015 - 2020
It was my immense luck and fortune to be a part of Educlab University where I can grow. The entire faculty & department leaves no stone unturned to shape one's future in my four years.
B.Tech - Civil, 2015 - 2020
π STAAD Software
π Method of Analysis
π Starting STAAD Pro
π Creating New File
π STAAD Pro Screen
π Opening and closing anExisting STAAD Pro file
π What are Nodes, Beams, and Plates
π How things are done in the Input file
π Geometry Creation Methods
π Using Structure Wizard
π Drafting the Geometry using Snap node
π Using Copy/Cut with Paste
π Using Spreadsheet (Excel) Copy and Paste
π Using DXF importing file function
π Translational Repeat
π Circular Repeat
π Mirror
π Rotate
π Move
π Insert Node
π Add Beam Between Mid-Points
π Add Beam by Perpendicular
π Intersection
π Delete
π Undo/Redo
π Zooming/Panning
π Dimensioning
π Property Types
π Prismatic
π Viewing Cross-Section
π Built-In Steel Table
π Thickness
π General Notes About Property Assigning
π Material Constants
π Geometry Constant
π Supports
π How to Assign Supports
π Editing Supports
π Specifications
π How to Create Primary Load?
π Individual Loads:
π Self-weight
π Members
π Area Load
π Floor Load
π Plate Loads
π Node
π How to Create Manual Combinations?
π Perform Analysis Command
π Results
π Node Displacement
π Node Reactions
π Beam Forces
π Beam Stresses
π Beam Graphs
π Animation
π Other Ways: Double-clicking a Beam