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UMAT subroutines (for FEA code Abaqus) to model progressive damage/failure in FRP composites

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physics-based-composite-progressive-failure's Introduction

Hi 👋, I'm Faisal Bhuiyan

👀 I have a strong interest in solving computational mechanics problems - you can find my academic contributions in this field on Google Scholar
💼 Currently, I am working at NREL as a scientific software developer, focusing on wind turbine structural dynamics code, which is available on GitHub
🌱 My software development expertise revolves around object-oriented design using C++ and Python, scientific and parallel programming, and numerical solutions for mechanics-based problems
👯 I'm enthusiastic about collaborating on open-source computational mechanics projects and contributing to the community
👨‍💻 Feel free to explore my projects on GitHub
📝 I regularly share my insights and knowledge through articles on my personal website
💬 If you have any questions related to Finite Element Analysis (FEA), composite materials, additive manufacturing, or computational mechanics, don't hesitate to ask me
📫 You can reach me via email at faisal[dot]mecha[at]gmail.com
📄 To learn more about my professional experiences and background, visit my LinkedIn profile