RESEARCH
RESEARCH CONTENT
Research title |
|---|
| Unified construction of numerical analysis technology based on computational science and research on usage technology in electrical system engineering |
Research overview |
| Graduation research uses high-performance computers such as supercomputers and PC clusters. We plan to conduct research on high-precision numerical simulation methods related to electromagnetic fields and sound, and themes related to their utilization technologies. The electromagnetism, electric circuits, and Start by learning (reviewing) electrical measurements and programming such as C language。 |
Research keywords |
| Parallel finite element method, domain decomposition method, high performance electromagnetic field simulation, wave acoustic analysis |
Graduation research theme
- 【１】Research on numerical simulation methods
High precision electromagnetic field based on finite element method We conduct research on analysis methods. - 【２】Studying high-precision design methods for electrical equipment
We will conduct research on high-precision evaluation methods for the magnetic flux density flowing through the coils and cores of rotating machines and linear motors. - 【３】Study of insulation performance evaluation method for insulators
Insulating insulators that have landed on water or become contaminated Electrostatic field analysis to understand the performance deterioration mechanism We will use to find out. - 【４】Consideration of optimal design method for lightning arresters
The top of the electrodes and spacers inside the lightning arrester Optimization by electrostatic field analysis inside the lightning arrester We will conduct research to realize this. - 【５】Consideration of acoustic simulation technology
We research and develop acoustic analysis methods based on the parallel finite element method and apply them to the design of acoustic environments such as live music venues. - 【６】Development of cancer thermal treatment method using large-scale coupled analysis technology
We will research and develop large-scale coupled analysis technology for electromagnetic field and unsteady heat conduction, and apply it to advance prediction methods for thermal treatment of cancer.
