Information on the 2nd GiSM Workshop (March 28, 2023) (free, online)

Material Innovation Research Institute Green Structural Materials Informatics Research Division GiSM will hold the Second Workshop in March 2023

〜Unraveling the phenomena inherent in high-temperature processes through various “seeing”〜

We will be holding a workshop titled

WEB.

 

GiSM(Green informatics Structural Material research division) 2nd workshop

~Unraveling the phenomena inherent in high-temperature processes through various “seeing”~

 

■Date and time

20233Mon28Sunday(Tuesday)13:00〜17:20 　Online event by TEAMS

■Purpose

In order to achieve carbon neutrality, changes in manufacturing processes are being considered for many materials. In particular, in order to further improve the quality and material properties of materials manufactured through smelting, refining, and solidification, it is necessary to accurately understand and control the phenomena occurring within the high-temperature melt process.

This time, we have planned a workshop as follows, in which we will have lectures from researchers who are conducting research focusing on various aspects of “seeing” and technical discussions.

In this workshop, transport phenomena in multiphase and multiphase melts and at interfaces will be unraveled using various viewing methods.

The targets are various, such as slag, SiC, and metal alloys, but if you consider it in terms of the materials you handle, you will find new ways of looking at phenomena, ways of thinking, and methodologies for unraveling phenomena. I think it will lead to discovery.

We look forward to your participation.

 

■Lecture theme and speaker

• Looking at multiphase melts Associate Professor Yoshitaka Saito, Kyushu University

Sensing of multiphase melt using AC electric field

• Tohoku University, Assistant Professor Sakiko Kawanishi

High-temperature solution growth dynamics of SiC

• Seeing and measuring the solidification process of metal alloys Kyoto University, Assistant Professor Daisho Narumi

Empirical understanding of solidification phenomena in metal alloys using X-ray imaging and application to microstructure control

• Seeing multiphase flow

Effect of wetting on the behavior of particles and bubbles Professor Hiroshi Harada, Nagoya University

 

Details are provided separately. GiSM homepage. (Poster, application for participation)

 

Sponsored by Tokai National University Organization Nagoya University

Future Society Creation Organization

Material Innovation Research Institute

Green Structural Materials Informatics Research Division

 

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There is a link to the participation application form on the poster above.

We will contact those who apply for the online address at a later date.

Thank you for your understanding.

We look forward to your participation.

 

[Contact information]

GiSM Secretariat

gism@material.nagoya-u.ac.jp