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Deep Fluid Mechanics in Biophysics model
The research project is aiming to develop Deep Fluid Mechanics in Biophysics model.
Keywords: finite element methods; fluid mechanics; turbolence; python; reinforcement learning; mathematical model
The candidate will get familiar with FEniCS open-source finite element methods and biophysics model and its code provided. Based on recent state of art of FEniCS-AI interface, the candidate needs to extend the methodology for realistic biophysics problem (e.g. fluid-mechanics; electro-physiology). During intership, there is a possibilities to interact with international medTech and healthcare.
The candidate will get familiar with FEniCS open-source finite element methods and biophysics model and its code provided. Based on recent state of art of FEniCS-AI interface, the candidate needs to extend the methodology for realistic biophysics problem (e.g. fluid-mechanics; electro-physiology). During intership, there is a possibilities to interact with international medTech and healthcare.
Development of Deep Biophysics model
Develop the results and applying to different application with co-supervision of International University
Development of Deep Biophysics model Develop the results and applying to different application with co-supervision of International University