On 26th of March 2018, Kotaro Tamura (M1), Department of Nuclear Engineering and Management, received Student Presentation Award from Computational Science and Engineering Division, Atomic Energy Society of Japan.
Kotaro Tamura (left )
＜About Awarded Research＞
The control of particle motions is a problem for the decommissioning of a nuclear power plant, and numerical simulation analysis of a gas-solid-liquid flow is required. The DEM-VOF method, which is combining the discrete element method (DEM) and volume of fluids (VOF), is one of the standard approaches for the gas-solid-liquid coupling simulation. Although this method is well-established, it has a problem is that the number of calculated particles is substantially restricted. In this study, we applied a coarse grain model of the DEM in a gas-solid-liquid flow. Adequacy of the coarse grain model was shown through some verification tests in a rotating cylinder, and the scaling law model could simulate the macroscopic properties of the large-scale particle motions in a gas-solid-liquid flow.
It is my great honor to win this award. I really appreciate Prof. Mikio Sakai for his excellent supervision, and I also thank all members of Sakai-Lab. I will devote myself to improving our research.