Speaker
Dr
Jinxi Li
Description
This study presents the development of a three-dimensional unstructured adaptive finite-element model (Fluidity-Atmosphere) for atmospheric research. To improve the computational efficiency, a LSTM-based three-dimensional unstructured mesh generator is proposed to predict the evolution of the adaptive mesh. To evaluate the performance of adaptive meshes and physical parameterisations in Fluidity-Atmosphere, a series of idealized test cases have been setup and the unstructured tetrahedral meshes are adapted automatically with the specified fields in time and space.
| Student or Postdoc? | No. Not a student nor Postdoc. |
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Primary authors
Dr
Jinxi Li
Dr
Fangxin Fang
Mr
Pu Gan
Prof.
Christopher Pain
Dr
Xiaofei Wu
Prof.
Zifa Wang
Dr
Jie Zheng
Prof.
Jiang Zhu
