
During September 2025, Dharini developed and integrated a Beam-to-Solid Volume Meshing test case with Mortar Lagrange saddlepoint for the 4C-multiphysics/4C repository. This work involved creating a comprehensive validation scenario, generating VTK output files to capture simulation results, and registering the new test within the automated suite using CMake. By expanding the regression testing coverage for advanced meshing workflows, Dharini improved the reliability and reproducibility of simulation pipelines across the 4C stack. The project demonstrated depth in CMake scripting, VTK data handling, and automated testing, focusing on robust engineering practices rather than breadth or volume of changes.

September 2025 focused on expanding validation coverage for advanced meshing workflows in 4C. Delivered a new Beam-to-Solid Volume Meshing test case with Mortar Lagrange saddlepoint, generated associated VTK outputs for the scenario, and integrated the test into the automated suite (CMakeLists). This work strengthens regression testing, reliability of meshing/coupling workflows, and reproducibility of simulation pipelines across the 4C stack.
September 2025 focused on expanding validation coverage for advanced meshing workflows in 4C. Delivered a new Beam-to-Solid Volume Meshing test case with Mortar Lagrange saddlepoint, generated associated VTK outputs for the scenario, and integrated the test into the automated suite (CMakeLists). This work strengthens regression testing, reliability of meshing/coupling workflows, and reproducibility of simulation pipelines across the 4C stack.
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