TSUCHIDA Yuji | Faculty of Engineering, Oita University
スポンサーリンク
概要
関連著者
-
TSUCHIDA Yuji
Faculty of Engineering, Oita University
-
Enokizono Masato
Faculty Of Engineering Oita University
-
Tsuchida Yuji
Faculty Of Engineering Oita University
-
Todaka Takashi
Faculty Of Engineering Oita University
-
Todaka Takashi
Oita University
-
Ikariga Atsushi
Department of Electrical and Electronic Engineering, Faculty of Engineering, Oita University
-
KANADA Tsugunori
Oita National College of Technology
-
IKARIGA Atsusi
Faculty of Engineering, Oita Unibversity
-
URATA Shinya
Faculty of Engineering, Oita Unibversity
-
MAUCHI Tohru
Akashi Electric Machinery Co., Ltd.
-
UMEDUKI Akira
SYMEX Co., Ltd.
-
EBIHARA Kenichi
SYMEX Co., Ltd.
-
SHIODUKI Hiroshi
SYMEX Co., Ltd.
-
SHIMOJI Hiroyasu
e-asit
-
GOTHO Yasuhiro
FACT
-
OBATA Mutsunori
Oita Industrial Research Institute(OIRI)
-
KIDO Yukihito
Oita Industrial Research Institute(OIRI)
-
CHADY Tomasz
Oita Industrial Research Institute
-
ANAN Masaaki
Oita Industrial Research Institute
-
Urata Shinya
Faculty Of Engineering Oita Unibversity
-
Mauchi Tohru
Akashi Electric Machinery Co. Ltd.
-
Umeduki Akira
Symex Co. Ltd.
-
Ikariga Atsushi
Department Of Electrical And Electronic Engineering Faculty Of Engineering Oita University
-
YAKUSHIJI Terutoshi
Oita National College of Technology
-
Ebihara Kenichi
Symex Co. Ltd.
-
Chady Tomasz
Oita Industrial Res. Inst. Oita Jpn
-
Shimoji Hiroyasu
Faculty Of Engineering Oita University
-
Enokizono Masato
Oita University
-
Kai Yuichiro
JSPS Faculty of Engineering, Oita University
-
Kai Yuichiro
Jsps Faculty Of Engineering Oita University
-
Enokizono Masato
Oita Univ.
-
OKA Mohachiro
Oita National College of Technology
-
Tsuchida Yuji
Oita University
-
ENOKIZONO Masato.
Oita University
著作論文
- Development of Iron-based ferromagnetic shape memory alloys by means of melt spinning technique
- Development of High Density and High Efficiency Machines
- Evaluation of Stress Loaded Steel Samples Using Electromagnetic Method
- Non-destructive Evaluation of Hardening Carbon Steel by Measuring Hysteresis loops(Special Issue to the Asia-Pacific Symposium on Applied Electromagnetics and Mechanics (APSAEM06))
- Fatigue Evaluation of Low Carbon Steel by Means of the Inductance Method Using a Pancake-Type Coil