Key Features
Advanced Modeling
Quickly build models using structural grids, tooltips, frame generators and structure wizards.[reference:27]
Comprehensive Analysis
Perform static, dynamic, wind, earthquake and moving load analyses on steel, concrete and timber structures.[reference:28]
P-Delta & Non-Linear Analysis
Supports first-order elastic analysis, large and small P-Delta analysis, and accounts for imperfections in structural geometry.[reference:29]
OpenSTAAD API
Automate repetitive tasks and connect external tools; extract data into custom programs or Microsoft Excel.[reference:30]
CAD Integration
Seamless integration with CAD platforms like AutoCAD to import 3D models and streamline workflows.[reference:31]
International Code Checks
Built-in code checks for verifying structural member compliance with international standards.[reference:32]
Capabilities
- Model, analyze and design steel, concrete or timber structures with automated workflows[reference:33]
- Modal time history analysis for seismic and dynamic load evaluation[reference:34]
- Export models to ADINA for complex nonlinear problems and simplified blast analysis[reference:35]
- 80% of new users learn STAAD.Pro efficiently in under two hours[reference:36]
- Highly suitable for large and complex projects with robust analysis for massive structures[reference:37]
System Requirements
| Operating System | Windows 10 or 11 (64-bit) |
|---|---|
| Processor | Intel Pentium or AMD processor 2.0 GHz or greater |
| Memory (RAM) | 1 GB minimum, 2 GB recommended; 8 GB+ improves performance for complex models |
| Disk Space | Typical minimum of 500 MB free space |
| Display | Graphics card with 1280×1024 resolution and 256-color display |
Source: Bentley STAAD.Pro system requirements[reference:38]
Who Uses STAAD.Pro
STAAD.Pro
Product evaluation • Licensing • Implementation • Training • Support
