Skip to content

A Sparse and Decoupled Supervision Framework for Multi-Field Reconstruction in Turbulent Flows Using Physics-Informed Neural Networks

Notifications You must be signed in to change notification settings

david-e-gomes/MFR_PINN

Repository files navigation

Multi-Field Reconstruction with Physics-Informed Neural Networks (MFR_PINN)

(+ Enhancing PINN-Based Flow Reconstruction with Sparse and Decoupled Gradient-Weighted Sensor Placement)

Any use of this work must cite the articles:

D. Gomes, A. Espírito Santo, and J. Páscoa, “A Sparse and Decoupled Supervision Framework for Multi-Field Reconstruction in Turbulent Flows Using Physics-Informed Neural Networks” Physics of Fluids 2025 https://pubs.aip.org/aip/pof/article-abstract/37/7/075113/3351672/A-sparse-and-decoupled-supervision-framework-for

D. Gomes, A. Espírito Santo, and J. Páscoa, “Enhancing PINN-Based Flow Reconstruction with Sparse and Decoupled Gradient-Weighted Sensor Placement” IECON 2025 (ACCEPTED)

Highlight Image

Overview image

About

A Sparse and Decoupled Supervision Framework for Multi-Field Reconstruction in Turbulent Flows Using Physics-Informed Neural Networks

Resources

Stars

Watchers

Forks

Releases

No releases published

Packages

No packages published