Staad Pro Training in Dehradun

* Introduction of Staad Pro
* Starting Staad Pro
* Creating New file
* Opening Existing File
* Closing a file
* Saving, Saving As
* Module Review
* Salient Features
* Hardware Requirements
* Screen information
* Structural Analysis
* Types of Structures
* Idealization of Structures
* Various Unit Systems
* Coordinate Systems
* Global Coordinate System
* Local Coordinate System
* Staad Commands
* Command Formats
* Free Formatting Input
* Commenting Input
* Meaning of Underlining
* Problem Initiation
* STAAD Editor


STRUCTURAL MODELING:
* Nodes, Beams, & Plates
* Input File * Geometry Creation
* Structure Wizard
* Things in Structure Wizard
* Draftingusing a Snap/Grid
* Viewing
* Selecting
* Viewing 3D Geometry
* Joint Coordinate
* Graphical User Interface
* Incidence Specification
* Graphical User Interface

OTHER USEFUL FUNCTION TO COMPLETE THE GEOMETRY:
* Introduction
* Translation Repeat
* Circular Repeat
* Insert Node
* Add Beams
* Cut Section
* Undo / Redo
* Dimensioning


PROPERTY DETAILS:
* Material Specification
* Material Constants
* Constant Specifications
* Member Property
* Prismatic Property
* Tapered Member
* User Table Specifications

MEMBER:
* Inactive / Delete
* Member Offset
* Member Release
* Member Truss
* Global Support
* Inclined Supports
* Curved Member
* Member Cable


LOADING PARTICULARS:
* Loading Specifications
* Self-weight Loading Specifications
* Member Load Specifications
* Area Load
* Area Load
* Floor Load
* Load Combination

ANALYSIS:
* Analysis Specifications
* Print Specifications
* Pre Analysis Print Cmd
* Post Analysis Print Cmd
* Load List Specifications
* Report Generation
* Output file


POST PROCESSING:
* Introduction
* First Steps
* Node Displacement
* Node Reactions
* Beam forces
* Beam Stresses
* Beam Graphs
* Plate Contour
* Plate Results Along line
* Animation
* Reports


R. C. DESIGN:
* Concrete Dsgn As per IS 456
* Design Parameters
* Design of Beams
* Design for Flexure
* Design for Shear
* Design of Columns
* Concrete Design & Parameter
* Concrete Design Command
* Concrete Take of
* Concrete Design Terminator
* Interactive Design
* Beam Brief
* Column Brief

STEEL DESIGN:
* Steel Design As per IS 800
* Allowable Stresses

MODULE 2: 6 Weeks


SEISMIC ANALYSIS:
* Introduction to Seismic analysis
* Earthquake loading in high rise buildings
* Implementation of various load combinations of Earthquake analysis using IS 1893
* Analysis and Design of building considering Earthquake loading


WIND LOAD ANALYSIS:
* Introduction to Wind load analysis
* Calculation of wind forces in High rise building
* Analysis and Design of building for Wind loading


DESIGN OF ELEVATED WATER TANKS:
* Modeling of Intz tank, circular tank, rectangular tank
* Hydro Static loading in these tanks
* Analysis of these tanks

DESIGN OF SLABS:
* Introduction to Slabs
* Design of Slabs using IS 456
* Modeling of 1 way , 2 way and Cantilever Slab using Staad Pro
* Analysis and Design of these Slabs using Staad Pro