Structural Engineering webinars designed to improve understanding and increase Analysis and Design productivity.
S-FRAME Software webinars provide short, focused instructions and insights into structural analysis and design theory and methods. These webinars are available at no cost.
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Training Classes
Interested in more in-depth training? See the upcoming training classes offered by S-FRAME Software.
Upcoming Webinars
Webinar Title | Related Products/Area | Date | Registration |
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Frequently Asked Timber Design Questions | S-TIMBER | April 8, 2021 10:00 am PDT | REGISTER |
Topics Include:
- Creating a multi-story timber structures
- Glulam Beam Code Checks and Design Results
- Using the S-TIMBER Revit™ link
Duration: 45-minute followed by a Q+A session.

Webinar Title | Related Products/Area | Date | Registration |
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Composite Steel Beam Design | S-FRAME, S-STEEL | On Demand | Watch Now |
This composite steel design webinar demonstrates
- Modeling for composite steel design
- Sizing steel members to meet the composite design requirements
- Evaluating pre-composite strength and camber requirements
Duration: 45-minute followed by a Q+A session.

Webinar Title | Related Products/Area | Date | Registration |
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Pile Supported Foundation Design | S-FOUNDATION | On Demand | Watch Now |
Pile Support Foundation design presents helpful tips and tricks for
- accurate pile cap modeling
- soil strata definitions
- and a clear understanding of your analysis results
Duration: 45-minute followed by a Q+A session.

Webinar Title | Related Products/Area | Date | Registration |
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Mass Timber and Hybrid Timber Structural Analysis and Design | S-TIMBER | On Demand | Watch Now |
Learn why S-TIMBER is a unique solution to both mass timber design and hybrid timber structural analysis. Deveoped from the ground-up, and using the proven S-FRAME FEA Solver technology, S-TIMBER is designed to efficiently model timber connections and shear walls through its parametric modeling capabilities. Model and analze hybrid timber structures, design and optimize mass timber elements, and generate comprehensive timber design engineering reports.

Duration: 45-minute presentation followed by a Q+A session.
Webinar Title | Related Products/Area | Date | Registration |
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Pass-Through Forces in S-FRAME | S-FRAME | On Demand | Watch Now |
This presentation describes the Pass-Through Force calculation tools in S-FRAME Analysis. These tools allow engineers to manually, or automatically, determine which members are contributing forces to a connection, and observe the connection design forces.
We will walk through an example showing how to obtain these connection design forces in an S-FRAME model, and also verify these forces by comparing the S-FRAME results to published hand calculations.

Webinar Title | Related Products/Area | Date | Registration |
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Design for Lateral Torsional Buckling by advanced analysis in S-STEEL | S-FRAME, S-STEEL Steel Design | On Demand | Watch Now |
- Present an overview of LTB fundamentals and identify limitations of standard provisions
- Discuss the basis of the new S-Steel module
- Compare the predictions of the new S-Steel module against standard-based solutions, and
- Illustrate the capability of the new S-Steel module to conduct designs and explore What-If scenarios.
This presentation concludes with a Q+A opportunity for attendees.

Presenter:
Dr. Magdi Mohareb, P. Eng., Professor of Structural Engineering, Department of Civil Engineering, University of Ottawa, Ontario CA
Webinar Title | Related Products/Area | Date | Registration |
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Multi-Platform Hybrid Simulation with S-FRAME Analysis | S-FRAME Structural analysis for complex systems | On Demand | Watch Now |
- Introduction to multi-platform hybrid simulation using the UT-SIM framework
- Example of a hybrid simulation
- Example of multi-platform simulation
- How to perform multi-platform hybrid simulation with S-FRAME
Presenter: Professor Oh-Sung Kwon, Associate Professor of Structural Engineering at the University of Toronto.
To learn more visit UT-SIM Framework: A framework for multi-platform hybrid simulation.

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