Automated code updates ensure your designs always match the newest building codes.
RISA Connection bridges the gap between overall structural analysis and final steel fabrication, making it an essential asset for modern engineering offices.
If you are a structural engineer who finds yourself frustrated by the inefficiency of disconnected analysis and manual connection design, RISAConnection may provide the integrated, reliable, and well-supported solution your firm needs. By bridging the critical gap between analysis, design, and documentation, it enables engineers to deliver more accurate, efficient, and buildable steel structures. risa connection software
Engineers can quickly change plate thicknesses or bolt sizes to find the most cost-effective design.
RISAConnection's deep integration with analysis, BIM, and fabrication models, combined with its comprehensive design checks, places it as a high-end solution for firms that prioritize efficiency, accuracy, and an integrated digital workflow. Its primary value is in eliminating the tedious, error-prone "redesign loop" between analysis and detailing, which can account for a significant portion of a project's schedule. Automated code updates ensure your designs always match
The software also features for diagonal braces and skewed shear tab modeling, providing versatility for complex geometries. Key Features and Advantages 1. Interactive 3D Modeling and Visualization
Together, these tools create a connected environment where geometry, loads, and member sizes are shared dynamically, eliminating the need to re-enter data across different programs. Core Features of RISAConnection By bridging the critical gap between analysis, design,
Instead of manually copying these forces into a separate connection program, the engineer can utilize the seamless integration feature:
RISAConnection is also designed to work with specialized tools like the Hilti PROFIS Engineering Suite. This integration streamlines the anchor and base plate design workflow, allowing engineers to calculate anchors and check base plates simultaneously. This can reportedly save up to an hour or more per design by reducing manual data entry and minimizing errors.