Faculty Information - Sakurai Junpei | SOJO UNIVERSITY

（Last updated : 2026-09-09 16:25:58）

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Sakurai Junpei

Department / Course FACULTY OF ENGINEERING Department of Mechanical Engineering

Job

Book and thesis
1.	2000/05/30	Papers	Nanoscale Microstructure Formed During Crystallization and shape Memory Behavior in Sputter-Deposited Ti-rich Ti-Ni Thin Films Transaction of the Materials Research Society of Japan (25),pp.801-804 (Co-authored)
2.	2001	Papers	Microstructure and Tensile Deformation Behavior of Sputter-Deposited Ti-51.3at%Ni Thin Films Crystallized at Various Temperatures Trans. MRSJ 26 (1),pp.319-322 (Co-authored)
3.	2001	Papers	Shape Memory Characteristics of Sputter-Deposited Ti-51.3at%Ni Thin Films Aged at Various Temperatures Trans. MRSJ 26 (1),pp.315-318 (Co-authored)
4.	2003	Papers	Shape Memory Characteristics of TiNi-TiPt Pseudobinary Alloys Trans. MRSJ 28 (3),pp.627-630 (Co-authored)
5.	2004	Papers	Transformation Behavior of Ti-Ni-Pt High Temperature Shape Memory Alloys Trans. MRSJ 29 (7),pp.3005-3008 (Co-authored)
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Academic background
1.	1993/04/01～1997/03/31	Third Cluster of College University of Tsukuba Graduated (Metallic material properties)
2.	1997/04/01～2002/03/25	Doctorial Graduate School, Division of Engineering University of Tsukuba Finished (Metallic material properties)

Business career
1.	2011/09/01 ～ 2014/06/30	Research Engineer
2.	2025/09/01 ～	SOJO UNIVERSITY FACULTY OF ENGINEERING Department of Mechanical Engineering
3.	2026/04/01 ～	Graduate School of Engineering /(DC)Division of Mechanical Systems Engineering
4.	2026/04/01 ～	Graduate School of Engineering /Division of Mechanical Engineering

Lecturer and lecture
1.	2015/06	Fabrication of Phase Diagram of Thin Film Metallic Alloys Using Combinatorial Technology, (Tsukuba, Japan)
2.	2016/01	High Formable Shape Memory Alloys (Yonezawa, Japan)
3.	2018/08	Development of Stress Measurable Vessel Model using Photoelastic Materials (Yonezawa, Japan)

E-Mail Address

Research Field
1.	2023/11	Best paper Award MHS2023 (The characteristics evaluation of Ni-Nb-Zr thin film amorphous alloys for ultrasonic sensor)
2.	2021/12	Best paper Award MHS2021 (Combinatorial search of new Ti-Ni-Hf high formable shape memory alloys)
3.	2008	3rd JSME/ASME International Conference on Materials and Processing 2008 Excellent Poster Presentation of the Conference (2nd Place) (Search for Novel MEMS Materials Using a Combinatorial Method)
4.	2007/12	MRS MRS Fall Meeting 2007 Outstanding Poster Award (Basic Research on Combinatorial Evaluation Method for Coefficient of Thermal Expansion)

Present specialized field
Metallic material properties, Material processing and microstructure control, Nano/micro-systems, Thin film/surface and interfacial physical properties, Mechanics of materials and materials, Manufacturing and production engineering

Department laboratory expense researcher number
40345385