Multiphase Flow Energy Laboratory

Innovative Energy Research Center

Multiphase Flow Energy Laboratory

Professor
Jun
Ishimoto
Assistant Professor
Naoya
Ochiai

Our laboratory mainly focuses on the research and systematization based on the phenomenologically verified computation for the development of advanced multiphase fluid machinery and the optimization of mechanical design in connection with the frontier energy and environmental problems using the transdisciplinary fluid integration method which closely combined with experimental and computational technique. Especially, the cluster type parallel computing method with feed back processing of segmented measurement data is extensively applied to improve the numerical accuracy in transdisciplinary analysis and to improve the design optimization for new-type multiphase fluid applications.

Development of Sustainable Transdisciplinary Integrated Multiphase Frontier Energy System

Research and systematization based on the phenomenologically verified massively parallel computation is performed for the development of advanced multiphase fluid machinery and the optimization of the mechanical design in connection with the frontier energy.

Development of Ashing-Less Semiconductor Wafer Ultra Cleaning System
using Micro-Solid Nitrogen Jet
Development of Pipe Thinning Prediction System in Atomic Power Plant
(Collaboration with Tohoku Electric Power Co. Inc.)
Multiphase Flow Energy Laboratory