June 3, 2022

Integration between RISA-3D and SDS2

Version 20.0.2 allows users to integrate models between RISA-3D and SDS2, including model geometry, members sizes and end reactions.

Tags: RISA-3D, New, Steel, SDS2, Integration

February 20, 2024 | RISAFoundation, New, Foundations

Experience the Updated User Interface in RISAFoundation

The all new RISAFoundation provides engineers with a fresh new take on our foundation analysis and design software. With a completely redesigned interface and robust graphical modeling tools, RISAFoundation v16 allows engineers to work more efficiently and get the most out of the software. The release of RISAFoundation v16 incorporates the following enhancements and updates: Updated User Interface Improved Drawing and Selection Tools Improved Graphics & Report Printing Improved Detailed Reports For a complete list of all the improvements and corrections included in RISAFoundation v16.0, you can review the Release Notes. Release Notes…

February 20, 2024 | RISA-3D, RISAFloor, New

Columns within Walls in RISAFloor v18.0 and RISA-3D v22.0

We're excited to unveil the latest advancements in structural design with the release of RISAFloor and RISA-3D v22.0! This update introduces a groundbreaking feature that allows you to seamlessly incorporate columns into walls, revolutionizing the way you model and analyze structural elements. With the ability to model column forces within walls and vertically release columns modeled in walls, you'll enjoy unparalleled flexibility and precision in your designs. Experience the seamless integration between RISAFloor and RISA-3D and unlock new possibilities in structural engineering. Click the RISA Customer Portal link and upgrade to v22.0 today and elevate your designs to the next level! RISA Customer Portal…

February 5, 2014 | RISA-3D, New, Geodesic Dome

How to model a Geodesic Dome in RISA-3D?

In modeling what would be a rather difficult geometric structure, by using the Templates database in RISA-3D, a geodesic dome can be constructed rather quickly and easily. Select the "Geodesic Dome" from the "Templates" drop-down found on the Home tab. The following dialog box will be displayed and you can enter in the necessary information for the geodesic dome generation: Platonic Solid Shape: Designates the overall shape, number and orientation of the geodesic dome Triangle Subdivision: Designates the number of triangle submesh per side of the triangular plate Polar Origin: Sets the origin (insertion) point of the dome Members: Allows for the creation of strut members using a material and pre-defined section set Plates: Allows for the generation of plates using a material and thickness Dome Height/Radius: Sets the geometry of the dome Once the properties of the dome have been defined, click OK to generate the dome…