
Liaoxin Zhilu developed advanced simulation and deep learning features for the PaddlePaddle/PaddleCFD repository, focusing on fluid dynamics and neural operator workflows. Over three months, Liaoxin delivered an Airfoil Wake Example Suite with NODM-based prediction, robust wake simulation, and end-to-end data pipelines for training and evaluation. The work included project-wide code refactoring, CLI enhancements, and YAML-based configuration management to streamline onboarding and reproducibility. Liaoxin integrated new optimizers for PDE training, migrated code from PyTorch to PaddlePaddle, and improved documentation for clarity. Using Python, YAML, and scientific computing tools, Liaoxin’s contributions enhanced maintainability and expanded the repository’s modeling capabilities.

In Sep 2025, delivered key business-value capabilities for PaddleCFD: an Airfoil Wake Example Suite including a NODM-based predictor and robust wake simulation, with end-to-end data preparation, training and post-processing scripts for Neural Operator and Diffusion Model components. Improvements in data preprocessing and train/validation splits enhanced robustness and reproducibility. Reorganization of utilities and models reduced maintenance burden and accelerated onboarding. Comprehensive documentation and example data enable reproducible demos and customer-ready evaluation.
In Sep 2025, delivered key business-value capabilities for PaddleCFD: an Airfoil Wake Example Suite including a NODM-based predictor and robust wake simulation, with end-to-end data preparation, training and post-processing scripts for Neural Operator and Diffusion Model components. Improvements in data preprocessing and train/validation splits enhanced robustness and reproducibility. Reorganization of utilities and models reduced maintenance burden and accelerated onboarding. Comprehensive documentation and example data enable reproducible demos and customer-ready evaluation.
July 2025 highlights for PaddleCFD (PaddlePaddle/PaddleCFD): Delivered major Darcy Flow and ppdeeponet ecosystem enhancements with a project-wide refactor and CLI improvements; integrated SOAP optimizer for PDE training; connected PirateNets with MultiONet; refactored PWC solver with a new config; completed the PyTorch to PaddlePaddle migration; and cleaned up legacy READMEs to streamline the repo. Also improved ppdeeponet README readability for clearer mathematical expressions and presentation.
July 2025 highlights for PaddleCFD (PaddlePaddle/PaddleCFD): Delivered major Darcy Flow and ppdeeponet ecosystem enhancements with a project-wide refactor and CLI improvements; integrated SOAP optimizer for PDE training; connected PirateNets with MultiONet; refactored PWC solver with a new config; completed the PyTorch to PaddlePaddle migration; and cleaned up legacy READMEs to streamline the repo. Also improved ppdeeponet README readability for clearer mathematical expressions and presentation.
June 2025 monthly summary for PaddlePaddle/PaddleCFD focused on delivering two high-value features with clear business impact and improved developer experience. The work enhances product capabilities, simplifies configuration, and strengthens visualization tooling to support demonstrations and onboarding.
June 2025 monthly summary for PaddlePaddle/PaddleCFD focused on delivering two high-value features with clear business impact and improved developer experience. The work enhances product capabilities, simplifies configuration, and strengthens visualization tooling to support demonstrations and onboarding.
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