KSSE structural Engineers

New Tutorial Out Now! Composite beam verification in ABAQUS 2025 using GFRP & CFRP, with a direct comparison against experimental results. If you’re working on FRP composites, FEM modeling, or structural validation, this one’s for you 👇 ▶️ Watch now and share your thoughts! #ABAQUS #CompositeBeams #GFRP #CFRP #FiniteElementAnalysis #StructuralEngineering #FRP #NumericalModeling #ExperimentalValidation #CivilEngineering #Simulation https://youtu.be/974fZzBPTg8

End of year discount Available Till the end of December 2025 PROTA STRUCTURE 2026 $150 Prota structure 2025 $100 IDEA Statica V25 latest $150 Scia engineer 2026 $150 Scia engineer 2025 $100 GEO5 2026 $200 Mkapeb 2024 $100 Mkapeb 2025 $150 Framecad steel wise $200 Fab2018 $200 FRILO 2025 $100 Fuzor VDC 2026 $150 Contact: @practical_structrural_eng

Excited to share my Ramberg–Osgood Steel Material Plug-in for ABAQUS This open-source plug-in implements the Ramberg–Osgood model to capture the smooth elastic–plastic transition and strain hardening in steel, making it ideal for nonlinear and cyclic analyses. Simple to use, customizable, and ready for research and engineering practice. 🔗 GitHub: https://github.com/Dr-Wahab/-RambergOsgoodSteel-Material-ABAQUS-plugin-

A 50 days access link to our newly published article! https://kwnsfk27.r.eu-west-1.awstrack.me/L0/https:%2F%2Fauthors.elsevier.com%2Fc%2F1mE-Lx-8RfcSg/1/0102019b03aab008-08ea3290-b2df-4298-b9a4-1555965a1fd3-000000/xLe6Hip0SKJBFho3RjznyMRCYRM=456

Happy to share that our article has been published in @Thin-Walled Structures IF =6.6 title " Seismic performance of a novel replaceable shear-plate joint for special-shaped concrete-filled steel tube columns Many thanks to the editors and reviewers for their valuable comments and professional support throughout the review process. #ThinWalledStructures #StructuralEngineering #SeismicEngineering https://www.sciencedirect.com/science/article/abs/pii/S0263823125014314

I just released a new video showcasing a simple plug-in that automatically generates cyclic load histories for both laboratory cyclic tests and ABAQUS simulations. 🔁 The plug-in supports the most commonly used protocols: ATC-24 FEMA 461 Whether you are preparing a physical cyclic test or performing nonlinear numerical simulations, this tool makes the process faster, cleaner, and error-free. It’s especially useful for work involving RC structures, steel frames, ECC, UHPC, and other advanced materials. 📌 Watch the full video here: https://youtu.be/uh9ewC1nXlc 🔒 The plug-in is available for YouTube Channel Members, with more tools coming soon. If you work in earthquake engineering, structural performance, or computational modeling, I think you’ll find this very helpful. Let me know your thoughts or suggestions! #Engineering #ABAQUS #StructuralEngineering #EarthquakeEngineering #CyclicLoading #FiniteElementAnalysis #ResearchTools #CivilEngineering

I'm happy to share the release of a new tool I developed for fellow structural engineers and FEA enthusiasts: a custom ABAQUS Plugin for implementing the Ramberg-Osgood stress-strain model. Why I built this: Dealing with accurate nonlinear material behavior, especially in metals, shouldn't be a bottleneck. This plugin streamlines the process, allowing you to quickly define material properties using the classic Ramberg-Osgood parameters—avoiding tedious manual tabular input and ensuring a smooth, accurate elastic-plastic transition. If your work involves fatigue analysis, plasticity, or high-fidelity nonlinear simulations, this will be a huge time saver. I've put together a step-by-step tutorial covering the download, installation, and usage of the plugin on my channel. https://youtu.be/mbgZUR0XRUk #ABAQUS #FEA #Engineering #StructuralAnalysis #RambergOsgood #NonlinearSimulation