January 2026 monthly summary for the ansys/example-data repository. Key delivery: Expanded PyFluent Example Resources, adding new input files and mesh/geometry/step resources to enable practical simulations such as lid-driven cavity, poultry ventilation, flow over a cylinder, and flow through a pipe. This work, supported by commits 6aae015f5a50c94b94ddcee011651689ceb803c8 and 9d9d1db6853a0dc126de44cd169bd64e0a0f656b, enhances reproducibility and accelerates user onboarding by providing ready-to-run PyFluent examples. There were no major bug fixes this month. Overall impact: strengthened demo and training capabilities, delivering faster setup, consistent example data, and clearer guidance for CFD workflows. Technologies/skills demonstrated: version control discipline, data curation for CFD workflows, PyFluent tooling integration, and practical resource packaging for scalable demonstrations.

December 2025: Delivered a focused feature by adding new PyFluent example input files for radiation heat transfer and supersonic jet expansion to the ansys/example-data repository. This enhances usability, accelerates experiment setup, and provides ready-to-run demonstrations for radiative transfer and jet expansion workflows. No major bugs fixed this month. Key impact includes faster onboarding, clearer demonstrations, and stronger value delivery of PyFluent workflows. Technologies demonstrated include PyFluent, input-file authoring, workflow integration, and version control.

In November 2025, delivered expanded multi-domain PyFluent example workflows across four end-to-end domains to accelerate onboarding, demonstrate cross-domain capabilities, and improve reproducibility. The work includes comprehensive setup, boundary conditions, and analysis steps for each workflow, plus documentation and CI updates to guide users and enhance adoption. This strengthens the PyFluent ecosystem by providing readily reusable, end-to-end patterns that customers can adapt for rapid value realization.

October 2025 monthly summary for ansys/pyfluent focusing on feature delivery and documentation improvements. Delivered a practical example script for transient compressible flow simulation using the PyFluent API, specifically an Example Script for Transient Compressible Flow Simulation (PyFluent API) that demonstrates nozzle flow with the new API. This work included documentation updates to improve usability and onboarding, aligning with the API changes and guidelines discussed in related discussions (PR #4504). No major bug fixes were recorded for this repository in October 2025. Overall, the work enhances user onboarding, accelerates prototyping, and demonstrates strong API-driven scripting and documentation capabilities.

September 2025 monthly summary for two repositories. Delivered automation reliability and data library enhancements that improve CI stability, reproducibility, and user value. Key outcomes include disabling the UI during CI runs for the single battery cell workflow to streamline automated tests, fixing filename handling and argument parsing to ensure reliable data saving, and expanding the example data library with transient compressible flow inputs and additional example scenarios. These changes reduce CI noise, accelerate workflow execution, and broaden the utility of the example dataset for testing and demonstrations. All changes are traceable to specific commits and issues, with relevant documentation updated in the changelog and example scripts to reflect the new behavior and data availability.

August 2025 monthly summary for ansys/pyfluent and ansys/example-data. Delivered an end-to-end Battery Modeling Example (MSMD) in Ansys Fluent and added one-way FSI setup inputs, along with corrective changes to journal references to ensure reliable startup. These outcomes enable accelerated multi-physics demonstrations, improved onboarding, and demonstrable ROI through faster battery and FSI evaluation.