FRAMECAD’s Post

Learn how to extend or trim multiple member entities using the member extend command with FRAMECAD Structure in this steel framing Know-how video. #FRAMECADKnowHow #ConstructionSoftware #EngineeringSoftware #Construction #CFS #CFSteel #LGS

Did you know the Detail Check command is a recent addition to FRAMECAD Structure? It allows you to identify which frames in the layout are yet to be built. Check out this steel framing Know-how video to learn more. #FRAMECADKnowHow #ConstructionSoftware #EngineeringSoftware #Construction #CFS #CFSteel #LGS

Did you know the Detail Check command is a recent addition to FRAMECAD Structure? It allows you to identify which frames in the layout are yet to be built. Check out this steel framing Know-how video to learn more. #FRAMECADKnowHow #ConstructionSoftware #EngineeringSoftware #Construction #CFS #CFSteel #LGS

Did you know? You can now modify the bottom chord restraint for individual trusses in FRAMECAD Structure. Check out this steel framing Know-how video to learn more. #FRAMECADKnowHow #ConstructionSoftware #EngineeringSoftware #Construction #CFS #CFSteel #LGS

Did you know? You can now modify the bottom chord restraint for individual trusses in FRAMECAD Structure. Check out this steel framing Know-how video to learn more. #FRAMECADKnowHow #ConstructionSoftware #EngineeringSoftware #Construction #CFS #CFSteel #LGS

Those interested in learning about precast reinforcement fabrication best practices including rebar selection, cage construction, and tolerances can watch NPCA's in-depth video for a comprehensive look → https://bit.ly/3QzKifj

Explore the mullion option for openings in this FRAMECAD Structure Know-how video. Watch more here. #FRAMECADKnowHow #ConstructionSoftware #EngineeringSoftware #Construction #CFS #CFSteel #LGS

🔧 Structural Engineering is All About Trade-offs 🌉 When it comes to evaluating point loads on beam flanges, choosing the right analysis method is crucial. Check out this quick video to get a high level overview comparing a Simplified Cantilever Method and Yield Line Theory—two essential approaches that highlight the balance between safety and efficiency. 🚧 The Simplified Cantilever Method offers a conservative approach, ensuring safety through straightforward assumptions. Meanwhile, Yield Line Theory provides a deeper, albeit more complex, understanding of ultimate load capacities, reflecting real-world complexities but requiring careful application. Explore how these trade-offs shape our decisions and ensure the integrity of structures we design by trying CalcBook for free today! 👉 get.calcbook.com/linkedin #CalcBook #StructuralEngineering #SteelDesign #AISC #CivilEngineering #StructuralDesign #Steel

Last week, we introduced the Bolt Group Design tool as part of our Quick Design library. This week, we’ll be walking you through a step-by-step demo on how to use this tool for an AISC 360-16 Bolt Design Example from the Steel Construction Manual (Version 15.1). In the demo, we explore Example J.3, which covers combined tension and shear in bearing-type connections. Whether you're designing for American, Australian, or European standards, our tool has you covered. But today, we’re focusing on the American version. Check out the demo now and try the FREE VERSION of our Bolt Group Design tool to see how it can simplify your work! https://bit.ly/3NrW3SO #structuralengineer #structuralanalysis #structuraldesign

A crisp literature which explains about the slip critical bolts and when it shall be required to be mentioned. Because slip critical bolts are costlier than the bearing type bolts. Clare Terpstra and Leigh Arber are the authors of this nice article. It would be a quick learning material for the connection design engineers and other steel enthusiasts. #steelengineers #connectionbolt #slipcriticalbolts #connectiondesign #civilstructuralbasics #structuralsteel #structuralengineering