
Worked on the KratosMultiphysics/Kratos repository to generalize midside node extrapolation across multiple geometry types, focusing on improving the accuracy and maintainability of geometry processing routines. Refactored the AddRowsForMidsideNodes function to support a broader range of element geometries and introduced a global-to-local node index mapping to streamline the computation of extrapolation matrices. This C++ development effort emphasized robust software design and refactoring practices, reducing future maintenance overhead and enabling easier extension to new geometries. The work enhanced code consistency and readability, laying a solid foundation for future improvements in midside node handling within the Kratos codebase.
March 2025 monthly summary for KratosMultiphysics/Kratos. Focused on enabling robust, cross-geometry extrapolation of midside nodes. Delivered a generalized approach to midside node handling by refactoring AddRowsForMidsideNodes and introducing a global-to-local node index mapping. This work reduces maintenance burden and accelerates support for additional element geometries, improving accuracy and consistency of extrapolation across the codebase.
March 2025 monthly summary for KratosMultiphysics/Kratos. Focused on enabling robust, cross-geometry extrapolation of midside nodes. Delivered a generalized approach to midside node handling by refactoring AddRowsForMidsideNodes and introducing a global-to-local node index mapping. This work reduces maintenance burden and accelerates support for additional element geometries, improving accuracy and consistency of extrapolation across the codebase.

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