Home > Field of Cooperation > Materials (Nanotechnology) > Computational Design of High Entropy Alloys for Catalyst and Battery Applications
Computational Design of High Entropy Alloys for Catalyst and Battery Applications |
| Principal Investigator / Affiliation | Allan Abraham Padama (Professor) / University of Philippines Los Baños  Philippines |
|---|---|
Koji Shimizu (Assistant Professor) / The University of Tokyo  Japan |
|
Teck Leong Tan (Deputy Department Director) / Institute of High Performance Computing, A*STAR  Singapore |
|
Tongjai Chookajorn (Researcher) / National Metal and Materials Technology Center (MTEC)  Thailand |
|
| Year Adopted | 2021 |
| Research Period | 3 years |
| General Description of the Research Project | This cooperative research project aims to computationally design high entropy alloys (HEAs) for catalyst and battery applications. Understanding the nature of HEAs, a new class of multi-component materials, will lead to their potential industrial applications. Taking advantage of atomistic calculations and materials informatics methods, we reveal the physical properties of the designed HEAs and evaluate their innovative functionalities |
| Photo Gallery | |
| Reports | |
| Links |
Researchers
| Principal Investigator / Country of Research Team | 
Allan Abraham Padama the Philippines
Koji Shimizu Japan
Teck Leong Tan Republic of Singapore
Tongjai Chookajorn Thailand |
|---|