₹2,950.00
Description
Perform comprehensive analysis and design for any size or type of structure faster than ever before using the new STAAD.Pro CONNECT Edition. Simplify your BIM workflow by using a physical model in STAAD.Pro that is automatically converted into the analytical model for your structural analysis. Share synchronized models with confidence for multi-discipline team collaboration and, most importantly, deliver safe, cost-effective designs.
Prerequisites
No experience is required, but fundamental knowledge of Eng. Drawing & AutoCAD would be helpful.
Key Learning Outcomes:
- STAADPro gives accurate analysis and helps one understand the exact behavior (shear force & bending moment).
- STAADPro eliminates the man-hours required to properly load your structure by automating the forces caused by wind, earthquakes, snow, etc.
- STAADPro can be customized by you to exactly fit your design needs. Unlike other structural software.
- STAADPro works in conjunction with programs such as STAAD.FOUNDATION, which allows foundations to be designed, STAAD.OFFSHORE, which allows for the design of offshore structures.
Target Audience
Perform structural analysis, including advanced finite element analysis on buildings, plants, and other structures with STAAD Pro.
Test & Evaluation
- During the program, the participants will have to take all assignments given to them for better learning.
- At the end of the program, a final assessment will be conducted.
Certification
- All successful participants will be provided with a certificate of completion.
- Students who do not complete the course / leave it midway will not be awarded any certificate.
Delivery Mode & Duration :
Online Live Mode – 100 Hours (50 Hours Online Live sessions + 50 Hours of assignment).
INTRODUCTION TO STAAD.PRO
- Introduction
- Starting Staad Pro
- Creating New file
- Opening Existing File
- Closing a file
- Saving & Saving As
- Module Review
- Salient Features
- Hardware Requirements
- Screen information
- Overview of Structural Analysis and Design
- Types of Structures
- Idealization of Structures
- Various Unit Systems
- Coordinate Systems
- Global Coordinate System
- Local Coordinate System
- Staad Commands and Input Instructions
- Command Formats
- Free Formatting Input Commenting Input Meaning of Underlining in the Manual
- Problem Initiation and Title
STRUCTURAL MODELING
- What are Nodes, Beams, and Plates
- How things are done in the Input File
- Geometry Creation Methods
- Using Structure Wizard
- Things you can do in Structure Wizard
- Drafting the Geometry using a Snap / Grid
- Viewing
- Selecting
- Using Selecting While viewing 3D Geometry
- Joint Coordinate Specification
- Graphical User Interface
- Member Incidence Specification
- Graphical User Interface
ANOTHER USEFUL FUNCTION TO COMPLETE THE GEOMETRY
- Introduction
- Translation Repeat
- Circular Repeat
- Insert Node
- Add Beams between midpoints
- Add beams by the perpendicular intersection
- Connect beams along an Axis
- Cut Section
- Undo / Redo
- Dimensioning
PROPERTY DETAILS
- Material Specification
- Material Constants
- Constant Specifications
- Member Property Specifications
- Prismatic Property Specifications
- Tapered Member Specifications
- Specifying Properties from Steel Table
- User Table Specifications
- Member Orientation Specifications
- Beta Angle
MEMBER
- Inactive / Delete Specifications
- Listing of Members / Joints by Specifications of Groups
- Member Offset
- Member Release Specifications
- Member Truss Specifications
- Member Tension / Member Compression Specifications
- Global Support Specifications
- Fixed / Pinned / Fixed but Release / Spring Supports
- Inclined Supports
- Curved Member Specifications
- Member Cable Specifications
LOADING PARTICULARS
- Loading Specifications
- Self-weight Loading Specifications
- Member Load Specifications
- Area Load / Floor Load Specifications
- Area Load
- Floor Load
- Load Combination Specifications
ANALYSIS
- Analysis Specifications
- Print Specifications
- Pre-Analysis Print Commands
- Post Analysis Print Commands
- 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 the line
- Animation
- Reports
R. C. DESIGN
- Concrete Design As per IS 456
- Design Parameters
- Design of Beams
- Design for Flexure
- Design for Shear
- Design of Columns
- Concrete Design Specifications
- Concrete Design Parameter Specification
- 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
- Axial Stresses
- Bending Stresses
- Shear Stress
- Combined Stress
- Parameter Specifications
- Code Checking Specifications
- Member Selection Specifications
- Tabulated Results of Steel Design
- Interactive Designs