Analysis Using STAAD.Pro
Code: CON 026
| Course Code | Date | Venue | |
|---|---|---|---|
| CON 026 | 19-01-2025 - 23-01-2025 | Houston, USA | Register - 5,750.00 $ |
| CON 026 | 23-02-2025 - 27-02-2025 | KUALALUMPUR, MALAYSIA | Register - 4,700.00 $ |
| CON 026 | 10-03-2025 - 14-03-2025 | Dubai,UAE | Register - 4,500.00 $ |
| CON 026 | 14-04-2025 - 18-04-2025 | Dubai,UAE | Register - 4,500.00 $ |
| CON 026 | 04-05-2025 - 08-05-2025 | MUSCAT, OMAN | Register - 4,700.00 $ |
| CON 026 | 01-06-2025 - 05-06-2025 | CAIRO, EGYPT | Register - 4,500.00 $ |
| CON 026 | 27-07-2025 - 31-07-2025 | SINGAPORE | Register - 4,700.00 $ |
| CON 026 | 18-08-2025 - 22-08-2025 | SINGAPORE | Register - 4,700.00 $ |
| CON 026 | 15-09-2025 - 19-09-2025 | Abu Dhabi, UAE | Register - 4,700.00 $ |
| CON 026 | 26-10-2025 - 30-10-2025 | Bandar Seri Begawan, Brunei Darussalam | Register - 4,700.00 $ |
| CON 026 | 16-11-2025 - 20-11-2025 | SINGAPORE | Register - 4,700.00 $ |
| CON 026 | 13-12-2025 - 17-12-2025 | KUALALUMPUR, MALAYSIA | Register - 4,700.00 $ |
Analysis Using STAAD.Pro
5-day course on steel structure analysis using STAAD.Pro:
Day 1: Introduction to STAAD.Pro and Basic
Modeling
- Overview of structural analysis and design principles
- Introduction to the STAAD.Pro interface and workspace
- Creating a new project and setting up units
- Importing geometry and defining structural elements
- Assigning materials and section properties for steel structures
- Defining supports and constraints
- Introduction to load types, including gravity loads
- Basic modeling of steel structures in STAAD.Pro
Day 2: Gravity Load Analysis and Steel Design
- Assigning and reviewing gravity loads for steel structures
- Running gravity load analysis
- Reviewing analysis results
- Introduction to steel design codes and standards
- Performing steel design checks in STAAD.Pro
- Iterative design and analysis processes
- Optimizing steel elements based on analysis results
Day 3: Lateral Load Analysis (Wind Load)
- Introduction to lateral load analysis
- Assigning wind loads and load combinations
- Running wind load analysis
- Reviewing wind load analysis results
- Designing concrete elements for lateral loads
- Optimizing the structure for wind resistance
- Practical examples and hands-on exercises
Day 4: Seismic Load Analysis
- Overview of seismic load analysis principles
- Assigning seismic loads and load combinations
- Running seismic load analysis
- Reviewing seismic load analysis results
- Designing concrete elements for seismic loads
- Detailing considerations for seismic-resistant structures
- Practical examples and hands-on exercises
Day 5: Project Work and Advanced Topics
- Applying learned skills to a comprehensive project
- Troubleshooting common issues
- Q&A session
- Advanced analysis topics (nonlinear analysis, pushover analysis)
- Course review and summary
- Course evaluation and feedback
This course outline is designed to cover fundamental and advanced
aspects of steel structure analysis using STAAD.Pro over a 5-day period.
Adjustments can be made based on the specific needs, pace, and level of
expertise of the participants. Practical examples and hands-on exercises should
be integrated throughout the course to reinforce learning.