Level: Beginner
【Presenter】
Saitama Murata Manufacturing Co., Ltd. EMI Division Mold Material Technology Development Department Technology Development Section 3 Hiroko Ike
[Presentation overview]
In the development of the coil, electrical characteristics are designed using CAE or magnetic circuit simulation.
Using JMP's experimental design (SpaceFilling design), model creation (Gaussian process model), and simulator function of JMP prediction profile, the process capability index (Cpk) is optimized to shorten the design time and create a robust design. Aimed at high quality product design by
However, when the factor range of the experimental design is wide, there are cases where there are few experimental points in the product specification range, and it was found that there is a problem in the estimation accuracy.
Therefore, in order to efficiently improve the estimation accuracy, in the first stage, the optimum value is obtained over a wide range, and in the second stage, the range is narrowed down to the vicinity of the first stage's optimum value, and the final optimization is performed. It was investigated.
By this method, it was possible to obtain the optimum design value with higher accuracy.
[Profile of the presenter]
After experiencing device development process work at Toko Co., Ltd., he was involved in simulation work such as large-scale analysis.
・Examples of external presentations
1. Kazuhiro Ito (Toko), Koichi Ida (Toko), Hiroko Ike (Toko), Masayuki Takahashi (Toko), Junhiro Kawase (Gifu Univ.), Tadashi Yamaguchi (Gifu Univ.), Daichi Kato (Gifu Univ.), Akira Tsukada Futoshi (Gifu Univ.), Yoshinari Fukui (Japan Agency for Marine-Earth Science and Technology), Noriaki Nishikawa (Japan Agency for Marine-Earth Science and Technology), Development of Coil Loss Reduction Technology by Large-Scale Numerical Analysis, 2015 Earth Simulator Industrial Strategic Utilization Program Report page .101-109 (20160331)
2. Junhiro Kawase (Gifu Univ.), Tadashi Yamaguchi (Gifu Univ.), Kazuhiro Ito (Toko), Masayuki Takahashi (Toko), Hiroko Ike (Toko), Hirotsugu Mifune (Murata Manufacturing), Random filling of magnetic powder 3-D Finite Element Analysis of Solenoid Coils, 2018 National Conference of the Institute of Electrical Engineers of Japan
3.Yunhiro Kawase (Gifu Univ.), Tadashi Yamaguchi (Gifu Univ.), Kazuhiro Ito (Toko), Masayuki Takahashi (Toko), Hiroko Ike (Toko), Hirotsugu Mifune (Murata Manufacturing), Solenoid coil with flat magnetic powder Three-dimensional nonlinear finite element analysis of
Currently, I belong to the mold material technology development department of Saitama Murata Manufacturing Co., Ltd., and I am engaged in simulation work related to coil products.
