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An improved sequential DeepONet model implementation that uses a recurrent neural network (GRU) in the branch and a feed-forward neural network in the trunk. It can predict the full field solutions at multiple time steps given a time-dependent input function and the domain.

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Jasiuk-Research-Group/S-DeepONet-transient-predictions

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S-DeepONet-transient-predictions

An improved sequential DeepONet model implementation that uses a recurrent neural network (GRU) in the branch and a feed-forward neural network in the trunk. It can predict the full field solutions at multiple time steps given a time-dependent input function and the domain.

The DeepONet implementation and training is based on DeepXDE: @article{lu2021deepxde, title={DeepXDE: A deep learning library for solving differential equations}, author={Lu, Lu and Meng, Xuhui and Mao, Zhiping and Karniadakis, George Em}, journal={SIAM review}, volume={63}, number={1}, pages={208--228}, year={2021}, publisher={SIAM} }

If you find our model helpful in your specific applications and researches, please cite this article as: To be updated.

The training data is large in size and can be downloaded through the following UIUC Box link: https://uofi.app.box.com/s/g609d6x43cvi6ylr7zhj7vazd9tdfix2

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An improved sequential DeepONet model implementation that uses a recurrent neural network (GRU) in the branch and a feed-forward neural network in the trunk. It can predict the full field solutions at multiple time steps given a time-dependent input function and the domain.

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