Join this webinar to learn the fundamentals of baseplate design utilizing AISC’s Design Guide 1 (3rd Edition) and learn how PROFIS Engineering utilizes AISC Design Guide 1 to design both the baseplate and anchors within the same software module. The fundamental topics include designing baseplates under a compression load only, baseplates under a compression load and uniaxial bending, and baseplates under a compression load and biaxial bending, which is a new topic within the 3rd edition. - On-Demand

Learn how you can design anchors in concrete and concrete over metal deck with PROFIS Engineering. We will review general functionality and demonstrate options within the software to design post installed or cast-in anchors per ACI/CSA. To help you save time, we will review productivity features such as importing loads, running multiple load combinations and designing the baseplate per AISC DG1 or finite element analysis. - On-Demand

Our goal is to provide an understanding of key parameters for anchor channel system design using AC232 with illustrations of concrete breakout calculations for tension and shear - On-Demand

Shear lugs are steel embedments that transfer shear loads into concrete base materials. They are used in anchorages when: • The calculated shear design strength for the anchors is less than the factored shear load. • The number of anchors needed for shear transfer is impractical • An alternative means for shear transfer into the concrete is preferred • The anchor bolts alone cannot bear the shear load of the structure With the popularity of shear lugs used in connections with high shear forces, provisions for shear lug design have been implemented into ACI 318-19 Chapter 17. The shear lug design provisions provide guidance on how to account for bearing stress and concrete breakout for multiple shear lug cast-in and post-installed case scenarios. PROFIS Engineering’s Anchoring-to-Concrete module supports the design of connections with shear lugs. On-Demand