To illustrate how user-friendly the software is, here is the standard workflow an engineer follows when designing a joint in RISA Connection: Step 1: Define Project Settings
Seismic Provisions for Structural Steel Buildings (for highly ductile seismic systems).
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
Over-designing connections out of caution leads to excess steel, larger welds, and higher fabrication costs. RISA Connection allows engineers to iterate rapidly to find the most efficient connection geometry, optimizing bolt counts and plate thicknesses to save client money without compromising structural integrity. Conclusion
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.
The you intend to integrate (e.g., RISA-3D, Tekla, Revit?) Which connection types you design most frequently?
Inside RISAConnection, fine-tune the components. Adjust bolt diameters, weld sizes, plate thicknesses, and stiffeners until all connections pass the code checks with an optimized unity check.
The software’s value lies in its :
One of the software’s greatest strengths is its "hub" capability. It integrates perfectly with and RISAFloor . Instead of manually entering loads and member sizes, you can design your entire building in RISA-3D and "round-trip" the connection data. The software automatically pulls the member sizes and governing forces, saving hours of data entry. 2. Comprehensive Connection Library
What truly sets RISAConnection apart is its tight, bidirectional integration with other RISA products, particularly and RISAFloor . The software is not designed to be a separate "export-and-forget" tool; rather, it functions as an integrated part of the structural analysis and design ecosystem.
On a warehouse project with over 120 unique connections, the engineer used RISAConnection's detailed PDF reports to communicate design intent to the steel detailer. Each report included a clear graphic, full geometry, and governing code checks, significantly reducing back-and-forth RFIs and helping the fabricator proceed efficiently.
Within RISA-3D, assign "Connection Rules" to specific joints (e.g., assigning a "Moment Connection" rule to all moment-frame beams).
Inside RISAConnection, the geometry, member sizes, and design forces are instantly populated. You then select the appropriate connection type from the library, and the software performs a full suite of limit state checks (e.g., bolt shear, bearing, weld strength, block shear), providing clear pass/fail results.
Automated code updates ensure your designs always match the newest building codes.
Flange-plated, direct weld, extended end-plate, and welded unreinforced flange (WUF-B) setups.
: Automatically checks designs against industry standards like AISC (LRFD/ASD) and CSA (Canadian) codes. Key Benefits
To illustrate how user-friendly the software is, here is the standard workflow an engineer follows when designing a joint in RISA Connection: Step 1: Define Project Settings
Seismic Provisions for Structural Steel Buildings (for highly ductile seismic systems).
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
Over-designing connections out of caution leads to excess steel, larger welds, and higher fabrication costs. RISA Connection allows engineers to iterate rapidly to find the most efficient connection geometry, optimizing bolt counts and plate thicknesses to save client money without compromising structural integrity. Conclusion
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
The you intend to integrate (e.g., RISA-3D, Tekla, Revit?) Which connection types you design most frequently?
Inside RISAConnection, fine-tune the components. Adjust bolt diameters, weld sizes, plate thicknesses, and stiffeners until all connections pass the code checks with an optimized unity check.
The software’s value lies in its :
One of the software’s greatest strengths is its "hub" capability. It integrates perfectly with and RISAFloor . Instead of manually entering loads and member sizes, you can design your entire building in RISA-3D and "round-trip" the connection data. The software automatically pulls the member sizes and governing forces, saving hours of data entry. 2. Comprehensive Connection Library To illustrate how user-friendly the software is, here
What truly sets RISAConnection apart is its tight, bidirectional integration with other RISA products, particularly and RISAFloor . The software is not designed to be a separate "export-and-forget" tool; rather, it functions as an integrated part of the structural analysis and design ecosystem.
On a warehouse project with over 120 unique connections, the engineer used RISAConnection's detailed PDF reports to communicate design intent to the steel detailer. Each report included a clear graphic, full geometry, and governing code checks, significantly reducing back-and-forth RFIs and helping the fabricator proceed efficiently.
Within RISA-3D, assign "Connection Rules" to specific joints (e.g., assigning a "Moment Connection" rule to all moment-frame beams).
Inside RISAConnection, the geometry, member sizes, and design forces are instantly populated. You then select the appropriate connection type from the library, and the software performs a full suite of limit state checks (e.g., bolt shear, bearing, weld strength, block shear), providing clear pass/fail results. RISA Connection allows engineers to iterate rapidly to
Automated code updates ensure your designs always match the newest building codes.
Flange-plated, direct weld, extended end-plate, and welded unreinforced flange (WUF-B) setups.
: Automatically checks designs against industry standards like AISC (LRFD/ASD) and CSA (Canadian) codes. Key Benefits
