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Modeling and Design of Steel Structures in #RFEM 6 | Part 2: Combinations, Design, Documentation In this two-part webinar, you will learn how to model and design steel structures in RFEM 6. Part 2 deals with combinations, design, and documentation. Content: ✅ Automatic creation of load combinations and design situations ✅ Design of steel components (including consideration of shear panel and rotational restraint) ✅ Cross-section optimization ✅ Consideration of the stiffness of connections ✅ Documentation in the printout report 👉 Recorded Webinar: https://lnkd.in/ewaCgBtA #DlubalSoftware #RFEM6 #SteelStructures #SteelDesign #StructuralAnalysis

🚀 Revolutionize Reinforcement with Custom GFRP Bent Elements! 🔥 Bent elements are critical in reinforcement, adding flexibility, durability, and superior performance. Whether it’s bridges, buildings, or large-scale infrastructure, these components are essential to ensure structural integrity and longevity. 🏗️ At Composite Tech, we’ve taken it to the next level. Our exclusive CNC equipment empowers you to produce any shape or type of complex bent GFRP elements tailored to the specific needs of your projects. No matter how ambitious the design, we’ve got you covered. 🎯 With Composite Tech, innovation becomes the standard. Let’s reshape the future of construction together! 🚧 🔗 #CompositeTech #GFRP #ConstructionInnovation #Reinforcement #CNC #Infrastructure #Engineering

🚀 We've just launched the second version of the GLT Beam Penetration Calculator! 🚀 Designed to streamline even the most complex beam designs, this upgraded tool now supports up to 5 penetrations per beam, whether circular or rectangular. With built-in checks for geometric limitations, tension verification, flexural verification, and shear verification, all technical computations are seamlessly collapsed into one easy-to-use process. Plus, reinforcement geometry and design are automatically verified, simplifying your engineering workflow. With supply chain flexibility you can choose manual input, or products from our GLT supply chain partners including Australian Sustainable Hardwoods (ASH), Cusp, NeXTimber (by Timberlink) or Prolam. With reinforcement choose from our connection supply chain partners including EuroTec GmbH, Rothoblaas,SPAX, SIHGA, Simpson Strong-Tie. You can design confidently with our versatile tool to draft Eurocode (prEN 1995:2023) or AS 1720:2010/NZ WDG Ch12.6. Simplifying even the most complex beam designs, this update overlays detailed design checks with the flexibility to choose between manual input or your preferred supplier. #massTimber #structuralengineering #glulamtimber #sustainableconstruction #beamdesign #clttoolbox

Can we predict structural collapse? Yes! By simulating it, engineers can foresee critical points and improve safety. Using RFEM 6 to analyze a reinforced concrete structure and transferred it to Blender via IFC. With the Bullet Constraints Builder add-on, simulated collapse, factoring in reinforcement and element connections. Tools like these are revolutionizing structural safety. All rights reserved to Dlubal RFEM. #Engineering #Simulation #StructuralAnalysis #StructuralSafety #Innovation #StructuralEngineering #RFEM6 #Blender #IFC #BuildingSimulation #CivilEngineering #ReinforcedConcrete #CollapsePrevention #DigitalEngineering #ConstructionTech

Designing a Beam due to Shear (ACI-318-2019)

Designing a Beam due to Shear (ACI-318-2019) https://lnkd.in/dmWgdZ-u

Dynamic load test conducted on ROB site LC-S/53. safe design load 410MT A dynamic pile load test is a way to assess the load-carrying capacity of a foundation pile. It's a high strain dynamic test that involves striking a pile with a hammer and measuring the resulting forces and motions. ZETWERK

Intralaminar and Interlaminar failure modes play a crucial role in the structural integrity of composite materials, and understanding its behaviour is essential for designing reliable and durable composite structures.

🎥🏗️ New Recorded Webinar: Selected Concrete Features in RFEM 6! 🏗️🎥 Catch up on our latest recorded webinar that dives into the Selected Concrete Features in RFEM 6! This comprehensive session covers a range of essential topics for concrete design and analysis. Webinar Highlights: 🔹 Introduction: Get started with the key features of RFEM 6 for concrete design. 🔹 Reinforcement Layout: Learn how to effectively plan and implement reinforcement in your models. 🔹 Fire Resistance Design: Explore the table method for designing fire resistance. 🔹 Punching Shear Design: Understand how to tackle punching shear in your structures. 🔹 SLS Design: Delve into serviceability limit state (SLS) design principles. 🔹 Fatigue Design: Discover how to incorporate fatigue considerations into your analyses. Don’t miss out on this valuable resource for mastering concrete design with RFEM 6! https://bit.ly/3B5qs6s #ConcreteDesign #RFEM6 #StructuralEngineering #Webinar #EngineeringExcellence #ReinforcementLayout #FireResistance #PunchingShear #SLSDesign #FatigueDesign #DlubalSoftware #EngineeringTools #StructuralAnalysis

FIXED BEAM ⚖ Where does its name comes from? Its name originates from the support type in structural engineering. Beams can be supported by x number of points or secured at x anchors. Whenever both ends are secured, they are referred as fixed beams. Fixed beams are casually referred as double ended beams. In the weighing industry there are two main designs: The ones for tanks and the ones for trucks. #loadcell #loadcells #fixedbeam #doubleendedbeam #weighing 2024-04-12 0:30 UTC+0 © Weighing Industry 24.014