Polymer Informatics Data Infrastructure for Achieving a Circular Economy


- 2.1 Material (Material Informatics, Remote Experiment, Laboratory Automation, etc.)
- 2.2 Manufacturing Science and Engineering (Data-Driven Simulation, Structural Analysis, Fluid Analysis, Skills Transfer, Connected Industry)
- 2.3 Enviroment and Energy (Energy System, Renewable Energy, Ecosystem, Material Cycle, Life Cycle)
Masahiro Sato
Graduate School of Engineering
Associate Professor
This project aims to establish a data infrastructure for polymer informatics using computational science data and use the database to develop high-performance polymer materials necessary for achieving a circular society.
Related links
Research collaborators
- Graduate School of Engineering
- Graduate School of Information Science and Technology
- Information Technology Center
Related publications
- M. Sato, A. Kumada, and, K. Hidaka, “Atomistic Modeling of Charge Injection into Dielectric Polymers,” IEEE Trans. Dielectr. Electr. Insul., accepted.
- H. Shimakawa, A. Kumada, and M. Sato, “Robust Machine Learning Framework for Predicting Property of Polymer Composite,” Composites Science and Technology, under review.
SDGs
Contact
- Graduate School of Engineering
- ex. 26759
- Email: sato[at]hvg.t.u-tokyo.ac.jp
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