Risa Connection Software Jun 2026
: It handles both standard wide flange shapes and Hollow Structural Sections (HSS), adjusting limit state checks based on input forces like shear, moment, and axial tension.
Specification for Structural Steel Buildings (both ASD and LRFD methods).
RISA Connection is a standalone application that allows engineers to design and optimize a vast array of steel connection types. While it integrates flawlessly with other RISA products, its standalone power makes it a valuable tool for any engineer performing steel design. risa connection software
If you want to implement in your firm, follow this path:
The software does not operate as a "black box." It provides step-by-step calculation equations showing exactly how limit states (like block shear, bolt shear, or plate bending) were evaluated. : It handles both standard wide flange shapes
When global frame geometry changes, engineers must manually recalculate every affected joint.
Column base plates subjected to axial loads, moments, and shear, including anchor bolt design. 2. Advanced Code Checking and Compliance While it integrates flawlessly with other RISA products,
Instead of designing one joint at a time, engineers can group similar connections across an entire building. RISA Connection can batch-process hundreds of joints simultaneously, applying the governing worst-case loads to optimize plate sizes and bolt configurations globally. 4. Advanced Workflows: Seismic and HSS Design
RISA Connection is best for routine steel connections within a RISA workflow. For complex or semi-rigid connections, IDEA StatiCa is superior.
One of the software’s greatest strengths is its integration. You can design your entire structure in RISA-3D and then "export" the joints to RISA Connection. The software automatically pulls the member sizes, materials, and internal forces (Load Combinations), eliminating the risk of data entry errors. 3. Visual 3D Rendering
The software stays current with industry standards, allowing engineers to design and check connections according to: