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Introduction to STAAD.Pro
Tutors
The Diploma
PROGRAM OVERVIEW
Description
STAAD Pro stands for Structural Analysis and Designing Program. This Software is most used Software for civil Engineering designing. It is not like Auto CAD. We work in only 2 dimensions in Auto Cad and that is not detailed. In this software, you work 3 dimension-ally. Mainly the Software reduces your manual calculation and time.
STAAD.Pro stands for Structural Analysis and Design. STAAD.Pro software is widely used in analyzing and designing structures – buildings, bridges, towers, transportation, industrial and utility structures. Designs can involve building structures including culverts, petrochemical plants, tunnels, bridges, piles; and building materials like steel, concrete, timber, aluminium, and cold-formed steel.
What will you learn?
We introduce you to STAAD. Pro state of the art user interface, visualization tools, powerful analysis and design engines with the advanced finite element (FEM) and dynamic analysis capabilities. Some of the features that we focus in training include:
You will know how to complete object-oriented intuitive 2D/3D graphics model generation.
You will know how to use pull-down menus, floating toolbars, tooltip help
You will know how to carry out flexible zoom and multiple views
You will know how to have isometric and perspective views and 3D shapes
You will know how to use built-in command file editor and simple command language
You will know how to generate graphics/text input
You will know how to do efficient algorithm that minimizes disk space requirements
You will know how to take presentation quality printer plots of geometry and results as part of a run output
You will know how to perform accurate and numerically efficient plate/shell element incorporating out-of-plane shear and in-plane rotation; automatic element mesh generation; comprehensive element stress output including in-plane stresses, out-of-plane shear, bending and principal stresses at nodal as well as user-specified points
You will learn how to achieve user-specified design parameters to customize design
You will know how to perform code check, member selection and optimized member selection consisting of analysis/design cycles.
You will know how to design concrete beams/columns/slabs/footings as per all major international code
Prerequisite
STAAD.Pro is structural analysis software, usually used by civil engineers, to design the raw structure of a building. It is a package of complex calculation, involving placement of beams and columns. To master this software, you should have thorough engineering background, especially mechanical or Civil
If you are designing the structure confirming IS code then you need to have a good idea of what's going through the codes before you check Staad outputs. For e.g., while designing steel beams you need to check whether it is laterally supported or unsupported, unsupported length etc, moment calculation for different cases according to IS code and then do a manual check with the Staad output. Do manual check for maximum deflection limit for critical spans etc. Compare storey drift manually and with Staad output etc.
CURRICULUM
Introduction to STAAD.Pro
History of STAAD.Pro
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History of STAAD.Pro
Importance and Advantages of STAAD.Pro
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Importance of STAAD.Pro
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Advantages of STAAD.Pro
Introduction to Structures
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Structures
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Types of Structures
Introduction to Analysis
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What is Analysis
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Methods of Analysis
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Basic Terminology in Analysis
FEM & FEA
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Introduction to FEM & FEA
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Meshing
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Static Analysis
Graphical user Interface in STAAD.Pro
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Starting the Programme
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Graphical Window
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Configuration Programme
Generation of New File in STAAD,Pro
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Methods of Creating a New file
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Types of Structures
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Types of Modes
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Model Window Layout
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Units
Model Generation in STAAD.Pro
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Snap Node Beam Method lecture 1
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Snap Node Beam Method lecture 2
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Disadvantages of Snap Node Beam Method
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Co-Ordinate Method
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Advantages of Co-Ordinate Method
Structural Modelling in STAAD.Pro
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Geometry
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Drafting Geometry using Snap/grid Method
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Drafting Geometry using Linear Snap/grid Method
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Drafting Geometry using Radial Snap/grid Method
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Drafting Geometry using Irregular Snap/grid Method
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Run Structure Wizard Method Lecture-1
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Run Structure Wizard Method Lecture-2
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Drafting Geometry using Copy Paste Method
DXF Importing File Function
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Introduction and Methods
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DXF File Saving
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Importing AutoCAD DXF In STAAD Pro
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Creation of Center line Diagram
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Structure Wizard method
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File/Import Method
Viewing
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Types of Views in STAAD.Pro
Structural Elements
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Types of Structural Elements
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Types of Selecting Cursors
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Way of Selection
Modify Toolbar in STAAD.Pro
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Translational Repeat Lecture-1
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Translational Repeat Lecture-2
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Circular Repeat
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Mirror
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Rotate
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Move
Creation of Nodes
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Insert Node
Creation of Beams in STAAD.Pro
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Add Beams Between Mid-Points
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Add Beams by Perpendicular Intersection
Modify Beam in STAAD.Pro
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Connect Beams Along An Axis
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Intersect Selected Members
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Renumbering
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Dimensioning
Properties
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Introduction to Properties
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Introduction to Properties
Prismatic Properties
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Circular Property
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Rectangular Property
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Tee
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Trapezoidal
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Material
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Structure Diagrams
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Plate Element Thickness
Prismatic Properties-School Example
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Modelling Geometry of School
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Specify Member Properties
Steel Section Properties
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Built-In Steel Table
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Types of Sectional Specification
Loads
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Introduction to Loading
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Primary Load
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Create Primary Loads
Self Weight
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Self Weight
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Calculation of Self Weight and Assigning
Nodal Load
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Introduction and Assigning of Nodal Load
Member Load
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Member Load Specifications
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Uniform Force and Moment
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Concentrated Force and Moment
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Linear Varying Load
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Trapezoidal Load
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Hydrostatic Force
Area Load
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Area Load
Floor Load
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Floor Load
Plate Load
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Plate Load
Surface Loads
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Creation of Surface
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Concentrated Load
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Pressure on Full Surface
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Partial Surface Pressure Load
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Partial Surface Trapezoidal Load
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Self Weight Load
Solid Loads
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Creating of Solids in STAAD.Pro
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Solid Pressure Load
Dead Loads
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Introduction to Dead Loads
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Wall Weights
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Floor Weight
Assigning of Dead Loads
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Model Creation
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Specify Member Properties & Support type
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Adding Self weight
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Adding Uniform Force & Slab Load
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Assigning
Live Load
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Introduction to Live Load
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Floor Load without Slab
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Creation of Slab (Plate) and Assigning of Plate Load
Wind Load
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Introduction
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Wind Definition
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Assigning of Wind Load
Analysis
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Perform Analysis
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Pre-Analysis Print & Post Print Analysis
Postprocessing
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Results
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Node Results and Reactions
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Beam Results & Beam Stresses
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Beam Graphs, Animation & Reports
Analysis of 1BHK House Example
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Analysis of 1BHK House
Seismic Loads
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Introduction to Seismic Loads
Seismic Definition
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Seismic Definitions
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Seismic Parameters
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Self Weight
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Member Weights and Floor Weights
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Assigning