
Matti Coleman developed advanced simulation and modeling features for the Fusion-Power-Plant-Framework/bluemira and ukaea/PROCESS repositories, focusing on superconducting magnet design and neutronics analysis. He introduced a discrete coil shape calculator and enhanced neutronics output calculations, leveraging Python, scientific computing, and numerical methods to improve design iteration speed and data extraction. Matti also integrated DOLFINx-based visualization for 2D meshes and equilibria, refactoring plotting utilities for clarity and maintainability. In ukaea/PROCESS, he delivered a detailed quench protection current density model, incorporating material science and numerical integration. His work demonstrated depth in physics modeling and robust documentation, supporting future development.
July 2025 monthly summary for ukaea/PROCESS: Delivered a detailed TF Coil Quench Protection System – Detailed Current Density Model, introducing advanced material property calculations for copper and Nb3Sn, accounting for temperature, magnetic field, residual resistance ratio, and neutron fluence. Updated documentation, added new input variables, and implemented comprehensive unit tests to validate accuracy and robustness. This work improves quench protection reliability, informs design decisions, and strengthens safety margins for TF coil performance.
July 2025 monthly summary for ukaea/PROCESS: Delivered a detailed TF Coil Quench Protection System – Detailed Current Density Model, introducing advanced material property calculations for copper and Nb3Sn, accounting for temperature, magnetic field, residual resistance ratio, and neutron fluence. Updated documentation, added new input variables, and implemented comprehensive unit tests to validate accuracy and robustness. This work improves quench protection reliability, informs design decisions, and strengthens safety margins for TF coil performance.
June 2025: Implemented DOLFINx-integrated plotting for 2D meshes and equilibria, refactored plotting utilities, and stabilized boundary equilibrium calculations. Enhanced tests, tolerances, and plot labels to improve reliability and clarity for simulation visualization and validation.
June 2025: Implemented DOLFINx-integrated plotting for 2D meshes and equilibria, refactored plotting utilities, and stabilized boundary equilibrium calculations. Enhanced tests, tolerances, and plot labels to improve reliability and clarity for simulation visualization and validation.
May 2025 performance summary for bluemira: Delivered enhanced neutronics output calculations for blanket, divertor, and vacuum vessel power, with a refactored power loading function to support new outputs and improved data extraction from simulations. Added clear docstrings and documentation to support maintainability and onboarding of future features. No major bugs reported this month.
May 2025 performance summary for bluemira: Delivered enhanced neutronics output calculations for blanket, divertor, and vacuum vessel power, with a refactored power loading function to support new outputs and improved data extraction from simulations. Added clear docstrings and documentation to support maintainability and onboarding of future features. No major bugs reported this month.
Summary for 2025-04: Delivered a new discrete coil shape calculator for TF coils in Fusion-Power-Plant-Framework/bluemira, introducing PrincetonDDiscrete, refactoring calculations, integrating with an iterative magnetostatic solver, and updating docs and examples. This work enables constant-tension TF coil shapes with a finite coil count, reducing design iteration time and improving calculation accuracy. The commit b99c01921e9f11616e660c30f915ad1a9d0ddcee implements the Constant tension TF coil shape procedure (#3640).
Summary for 2025-04: Delivered a new discrete coil shape calculator for TF coils in Fusion-Power-Plant-Framework/bluemira, introducing PrincetonDDiscrete, refactoring calculations, integrating with an iterative magnetostatic solver, and updating docs and examples. This work enables constant-tension TF coil shapes with a finite coil count, reducing design iteration time and improving calculation accuracy. The commit b99c01921e9f11616e660c30f915ad1a9d0ddcee implements the Constant tension TF coil shape procedure (#3640).

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