A vanilla PINN trained with six strategically placed velocity labels, or with approximate velocity labels, can predict 2D stirred-tank flow with roughly 2.5-3% error across most tested Reynolds numbers, far fewer labels than a supervised NN.
Application of CFD to Analyze the Hydrodynamic Behaviour of a Biore- actor with a Double Impeller
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Quantifying data needs in surrogate modeling for flow fields in two-dimensional stirred tanks with physics-informed neural networks
A vanilla PINN trained with six strategically placed velocity labels, or with approximate velocity labels, can predict 2D stirred-tank flow with roughly 2.5-3% error across most tested Reynolds numbers, far fewer labels than a supervised NN.