B-2 : Materials creation by crystal growth under superthermal field and integration of experimental and computational sciences
Organizers:
Representative
| ･ Prof. Yuichiro KOIZUMI | Osaka University |
Correspondence
| ･ Dr. Akihiko ITO | Yokohama National University | [email protected] |
| ･ Dr. Kohei MORISHITA | Kyushu University | [email protected] |
| ･ Dr. Ken CHO | Osaka University | [email protected] |
Organizers
| ･ Dr. Masayuki OKUGAWA | Osaka University |
| ･ Dr. Fei SUN | Nagoya University |
| ･ Dr. Tetsuya MATSUNAGA | Japan Aerospace Exploration Agency |
| ･ Dr. Aira MATSUGAKI | Osaka University |
| ･ Dr. Kentaro SHINODA | National Institute of Advanced Industrial Science and Technology |
| ･ Dr. Ryosuke OZASA | Osaka University |
| ･ Dr. Asuka SUZUKI | Nagoya University |
Scope:
Unique crystal growth has been found in the supterthermal field generated by irradiations of electron beams or lasers. The mechanism of such unique crystal growth can be elucidated through advanced in-situ observation experiments and numerical simulations. The correlation data between process, structure, and properties will be analyzed by artificial intelligence and utilized in the creation of new materials using 3D printing technology, bringing a materials innovation.
This session will provide a forum for discussions on the creation of materials by super-thermal field such as heat-resistant alloys, biomaterials, and ceramics, advanced in-situ observation and measurement techniques to elucidate phenomena under super-thermal field, and digital twin sciences and materials informatics to integrate them.
Topics:
1. Digital twin science
2. Materials informatics
3. In-situ observation and advanced analysis methods
4. Heat-resistant titanium alloys
5. Biomaterials
6. Advanced ceramic manufacturing processing