A hybrid neural surrogate combining Fourier neural operators, time-fused ConvLSTM, and an MLP wall-shear model predicts tandem-cylinder vortex-induced vibration flow fields and structural responses at Re=200.
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A novel hybrid neural network of fluid-structure interaction prediction for two cylinders in tandem arrangement
A hybrid neural surrogate combining Fourier neural operators, time-fused ConvLSTM, and an MLP wall-shear model predicts tandem-cylinder vortex-induced vibration flow fields and structural responses at Re=200.