October 2, 2017
Enhanced Detailed Reports
On January 24th, we celebrate the International Day of Education, a reminder of the transformative power of learning. For structural engineers, education doesn’t stop at graduation. It’s a lifelong journey that ensures we stay ahead in a rapidly evolving field. Let’s explore why ongoing learning, certifications, and training programs are essential to the profession. 1. Staying Current with Industry Trends Structural engineering is constantly advancing. From new materials like high-performance concrete to groundbreaking technologies such as Building Information Modeling (BIM), the industry demands that engineers stay informed. Without continuous education, it’s easy to fall behind. Training programs, webinars, and conferences provide opportunities to stay updated on: Innovations in design and analysis tools. Updated codes and standards like ASCE 7. Emerging challenges, such as designing for climate resilience. By staying current, structural engineers ensure their designs remain safe, efficient, and compliant. 2. Enhancing Professional Competence Continuing education boosts confidence and capability. Certifications and specialized training can open doors to career advancement and increased responsibilities. For example: Earning certifications like SE (Structural Engineer) or LEED AP demonstrates expertise in niche areas. Attending courses on advanced seismic design or progressive collapse analysis strengthens technical skills. Gaining expertise in software like RISA or ADAPT…
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RISAConnection v7.0.1 includes the option for customized loading in an integrated RISAConnection model. If you have used RISA-3D or RISAFloor to export connection rules for design in RISAConnection, they also exported over the forces per the solved load combinations.
The consideration of Live Load reduction is a feature that has been in RISAFloor from the very beginning. However, recent changes to the interface make it significantly easier for you to understand how live load reduction is affecting the design forces in your structure.
In RISAFoundation, you can add a vertical offset for slabs or beams. Traditionally, RISA uses centerline analysis which aligns all elements at their centerline. This is a common structural analysis assumption as the loads will get transferred to the centerline even if there is difference in the...
RISAFloor now has the ability to double-click a member to open the Member Information dialog. This feature has been in RISA-3D but now it is available in RISAFloor. Double click any member in your model and the Member dialog box opens. It has three tabs: General, Properties and Design.
RISA-3D v15 now includes automatic drift definitions for diaphragms as well as simplified story drift application. The reported drift results have been updated as well, and are now much more relevant for today’s codes. Drift results will report results in red text when seismic drift exceeds the...
The CSA A23.3-14 code has been implemented in RISA-3D v15.0, RISAFloor v11.0, and RISAFoundation v9.0.
The latest releases of RISAFloor and RISA-3D include the following updates to wood design per the Canadian codes:
This video tutorial will show you how to design a base plate in RISAConnection for both gravity and lateral loads. You can automatically transfer your column end forces from RISAFloor or RISA-3D into RISAConnection.
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