Technical Webinars

Structural Engineering webinars designed to improve understanding and increase Analysis and Design productivity.

Join us as we present new composite design capabilities in S-FRAME and S-STEEL Enterprise 2020.
Analyze and design composite steel beams and decks.
Investigate both the pre- and post-composite behavior in two different stages.
We’ll discuss how users can define composite model elements (deck/slab system, stud size, rib direction, composite behavior limits, and more).
Using S-STEEL, we will optimize supporting steel beams, required chamber, the number of studs, and more.

45-minute presentation followed by a Q+A session

Join us for a presentation of how to create, load, analyze and design a steel structure. Using S-FRAME and S-STEEL (integrated steel design), we’ll preform the steps needed to generate comprehensive and transparent steel design engineering reports.
Topics Covered:

• Building a steel structure in S-FRAME Analysis
• Running an analysis and performance assessment
• Steel section design and optimization
• Generate a engineering steel design report

This webinar concludes with a short Q+A session open to all participants.

S-CONCRETE MultiStory Designer can vastly improve your concrete design and detailing efficiently for large multi-story structures. Watch an example showing how to:

• Quickly import all imported ETABS® concrete structural elements through a flexible engineering workflow powered by the proven S-CONCRETE design engine.​
• Design concrete structural elements efficiently using batch reinforcement definitions and preliminary code checks, as Multistory Designer automatically creates S-CONCRETE files for every section.​
• Show how to design individual sections or design user-defined groups containing structural elements across an entire floor plan or multiple stories.
• Generate a comprehensive engineering report that lists each section’s numerical and graphical data for section force and detailing code-checks. Multistory Designer flags the code-check status, helping to identify problem sections in the model quickly, and just like S-CONCRETE Standard, details the design results with clause references and equations employed.

This presentation explains how you can use S-FRAME to run static and dynamic analysis according to NBCC 2015 provisions, benefit from S-FRAME’s automatic design process and improve your working efficiency. Our examples focus on a low-rise structure with rigid diaphragms, exposed to seismic loading, and evaluate the different Seismic Force Resisting Systems. Topics include:

• Structure description and site details for our example models.
• Static and dynamic analysis processes, applying code-required ESFP and RSA respectively.
• Use of braced frame for our seismic force resisting system.
• Use of moment-resisting frame for our seismic force resisting system.
• Use of shear wall for seismic force resisting system

 

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