In order to continue to fuel collaboration and support users as best as we can in developing the software to support research needs, we have created a GitHub repository for STKO’s External Solver Library.
Dr. Massimo Petracca gave a webinar to demonstrate to users how to collaborate with us via GitHub to expand the external solver library. The webinar was primarily geared toward those with some familiarity with programming, but all are welcome to view the recording and learn more. You can view the recording on our YouTube Channel. If you have any questions about the webinar, the GitHub repository, or related topics, you can write to us at stko@asdeasoft.net.
You can learn more about STKO on Asdea Software’s website.
Related Articles
Civic Tower of Ravenna – Blending Ancient Techniques with Modern Technology
Discover how ASDEA’s MonStr Hardware protects the Civic Tower of Ravenna through smart structural health monitoring. Learn how modern technology and ancient craftsmanship combine for proactive heritage preservation.
The Importance of Seismic Design in Structural Engineering- Ensuring Safety in High-Risk Regions
Seismic design is essential for earthquake resilience. This blog explores key structural engineering principles, advanced techniques like capacity design, and the role of advanced simulation tools such as Asdea STKO for OpenSees and MonStr System in predicting and controlling damage evolution to ensure safer, more durable structures in high-risk regions.
STKO 4.0.0: Transforming Structural Analysis with Powerful New Features
STKO 4.0.0: Boost Accuracy and Efficiency in Structural Analysis with New Features.
STKO 4.0.0 revolutionizes structural analysis with advanced features, improved workflows, cohesive zones, and automated mass assignment tools. This update introduces innovative features such as shell-section extrusion, frame-step animation, and custom transformation operators. Additionally, it expands material model capabilities with new options like ASDConcrete3D, zeroLengthContactASDimplex, ASDShellT3, ASDCoupledHinge3D, and the uniaxial material ASDConcrete1D.
