Kabir Bakhshaei

Multi-Physics Simulation of Flapping Wing Flight (Paper)

Multi-Physics Simulation of Flapping Wing Flight (Paper)

Multi-Physics Simulation of Flapping Wing Flight (Paper)

Modal Analysis of the Wake Shed Behind a Horizontal Axis Wind Turbine with Flexible Blades (Paper)

Modal Analysis of the Wake Shed Behind a Horizontal Axis Wind Turbine with Flexible Blades (Paper)

Modal Analysis of the Wake Shed Behind a Horizontal Axis Wind Turbine with Flexible Blades (Paper)

3D Stochastic Parameter Prediction in Cardiovascular Problems (Paper)

3D Stochastic Parameter Prediction in Cardiovascular Problems (Paper)

3D Stochastic Parameter Prediction in Cardiovascular Problems (Paper)

Machine-Learning-Enhanced Discretize-then-Project Reduced-Order Modeling of Turbulent Flows on Collocated Grids(Paper)

Machine-Learning-Enhanced Discretize-then-Project Reduced-Order Modeling of Turbulent Flows on Collocated Grids(Paper)

Physics-Informed Machine Learning (ArXiv)

Physics-Informed Machine Learning (ArXiv)

Physics-Informed Machine Learning (ArXiv)

Optimized Bayesian Framework for Inverse Heat Transfer Problems Using Reduced Order Methods (Paper)

Optimized Bayesian Framework for Inverse Heat Transfer Problems Using Reduced Order Methods (Paper)

Optimized Bayesian Framework for Inverse Heat Transfer Problems Using Reduced Order Methods (Paper)

2D Stochastic Parameter Prediction in Cardiovascular Problems (Paper)

2D Stochastic Parameter Prediction in Cardiovascular Problems (Paper)

2D Stochastic Parameter Prediction in Cardiovascular Problems (Paper)

Integrating Transformers with Data Assimilation for Efficient Time Series Prediction in Inverse Heat Conduction Problems, ECCOMAS CONGRESS (Link)

Integrating Transformers with Data Assimilation for Efficient Time Series Prediction in Inverse Heat Conduction Problems, ECCOMAS CONGRESS (Link)

Integrating Transformers with Data Assimilation for Efficient Time Series Prediction in Inverse Heat Conduction Problems, ECCOMAS CONGRESS (Link)

High-Fidelity Wind Turbine Wake Prediction through CNN-based Superresolution Techniques, Scientific Machine Learning, Emerging Topics conference (SMLET24) (link)

High-Fidelity Wind Turbine Wake Prediction through CNN-based Superresolution Techniques, Scientific Machine Learning, Emerging Topics conference (SMLET24) (link)

High-Fidelity Wind Turbine Wake Prediction through CNN-based Superresolution Techniques, Scientific Machine Learning, Emerging Topics conference (SMLET24) (link)

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