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Tomoaki Fuji Last modified date：2024.04.08

Professor / Department of Human Life Design and Science
Faculty of Design


Graduate School
Human Life Design and Science Course
Graduate School of Design
Undergraduate School
Department of Design
School of Design
Department of Design
School of Design
Other Organization
Physiological Anthropology Research Center
Administration Post
Other
Other
Other


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Homepage
https://kyushu-u.elsevierpure.com/en/persons/tomoaki-fuji
　Reseacher Profiling Tool　Kyushu University Pure
http://www.design.kyushu-u.ac.jp/~fuji/
Academic Degree
Ph.D. in Design
Field of Specialization
Design Engineering, Machine Design
Outline Activities

1. Development of Crib for Supporting Child-care
2. Resilience Design for Dementia
3. Development of Cradleboard for Disaster Situation


1. Engineering Design
2. General Principles of Technical Drawings I
et al.
Research
Research Interests
  • Development of Swinging Crib for Supporting Child-care
    keyword : Chile Care, Crib, Engineering Design
    2004.04Development of Crib for Supporting Child-care.
  • Constructing a Disaster Resilience Information Platform
    keyword : Resilience
    2015.04.
Current and Past Project
  • Workshop on Design and Technical Drawings Education
  • Workshop on Design and Technical Drawings Education
  • Workshop on JIS Standards of Technical Drawings
Academic Activities
Reports
 Show All Reports >>
1. A Study of a Ball Motion Measurement in a Ball Bearing and Accuracy Improvement on Ball Rotation Angular Velocity Calculation.
2. Lessons of "AutoCAD LT 2002" for Beginners.
3. A Study of Three-Dimensional Motion Analysis of a Ball in a Thrust Ball Bearing Using the Hall Elements.
Papers
 Show All Papers >>
1. Design of the Electric Swinging Crib for Childcare and Verification of the Baby Calming Responses.
2. Development of the Electric Swinging Crib for Childcare: Infant Calming Responses to Swinging Stimuli.
3. Development of Apparatus for Rehabilitation and Support of Gait Function
(2nd Report, Construction of the Apparatus and Safety Devices, and an Example of Trial Tests).
4. Development of Apparatus for Rehabilitation and Support of Gait Function
(1st Report, Specification and Mechanism for the Apparatus and Its Performance Simulation).
5. K. TAKENOUCHI, T. FUJI, T. TAKEYARI, N. WATANABE, A. IWAMA, K. KAWAKITA, Measurement of Ball Motion in a Ball-Type Limited Slip Differential Gear, Applied Mechanics and Engineering -Proceedings of the International Conference: Problems of Non-Conventional Bearing Systems-, Vol.4, pp.321-328, 1999.09.
6. T. FUJI, K. TAKENOUCHI, S. ARIYOSHI, K. KAWAKITA, Experimental Study on Ball Motions in Thrust Ball Bearings, Applied Mechanics and Engineering -Proceedings of the International Conference: Problems of Non-Conventional Bearing Systems-, Vol.4, pp.311-316, 1999.09.
7. An Engineering Aid for Active Range-of-Motion Exercise
- Development of Rehabilitation Apparatus for Contracture of Ankle Joints and Characteristics in Active Dorsi Flexion -.
8. Development of a New Rehabilitation Apparatus for ROM Exercise of all Joints Necessary at Walking Motion.
9. Kazuki Takenouchi, Kazuaki Kawakita, Tomoaki Fuji, Shogo Ariyoshi, Measuring Characteristics and Motion of a Ball in Thrust Ball Bearings, Proceedings of International Conference on Mechanical Transmissions and Mechanisms, pp.1060-1064, 1997.07.
10. Tomoaki Fuji, Kazuaki Kawakita, Kazuki Takenouchi, Shogo Ariyoshi, Development of Experimental System for Thrust Ball Bearings, Proceedings of International Conference on Mechanical Transmissions and Mechanisms, pp.1056-1059, 1997.07.
11. Kazuaki Kawakita, Kazuki Takenouchi, Tomoaki Fuji, Shogo Ariyoshi, Improved Measuring Method for Motion of a Ball in Ball Bearings, Proceedings of International Conference on Mechanical Transmissions and Mechanisms, pp.1047-1050, 1997.07.
Works, Software and Database
1. .
2. .
3. .
4. .
5. "TimeKeeper" and "TimeKp Pro"; PalmWares for Presentation..
Presentations
 Show All Presentations >>
1. Improvement of Resulting Measurement Accuracy of Angular Velocity Vector of Ball Rotation
Kazuki TAKENOUCHI, Tomoaki FUJI, Shogo ARIYOSHI and Akiko KAJIHARA
Proceedings of JSEM 2006 Annual Conference on Experimental Mechanics, pp.297-300..
2. Experimental Considerations on Guiding Principles for Valid Angular Velocity Evaluation of Three-Axes Rotation.
3. Experimental Considerations on Reliability Improvement of Ball Rotation Evaluated from Magnetic Measurement by Hall Element.
4. Mechanical Aid for Recovery and Maintenance of Walking Function with Measurement of Joint Characteristics in Flexion.
5. A Proposal of an Simple Analysing Mehod of Ball Motion in Ball Bearings.
6. Consideation for Improvement of Ball Motion Measurement - Effects of Atomizing Error on Evaluated Ball Rotation Vector.
7. Development of Rehabilitation Apparatus Offering Simultaneous Flexion to Foot Joints for Walking Motion.
8. Ball Motion in Retainer Pocket in Operating Ball Bearing.
9. Consideation for Improvement of Ball Motion Measurement with Hall Element.
10. Experimental Study on Ball Motion in a Ball-Type Limited Slip Differenctial Gear.
11. Development of Rehabilitation Aid Offering Passive Flexion to Foot Joints for Walking Motion.
12. Measurement of Ball Motion in a Ball-Type Limited Slip Differenctial Gear.
13. Effects of Magnetized Condition of Ball on Ball Motion Detection.
14. On Rehabilitation Aid for Guit Motion - Joint Moment in Simultaneous Flexion of Hip, Knee and Ankle Joints.
15. On Rehabilitation Aid for Guit Motion - Measurement System of Dynamic Characteristics of Joints in Flexion.
16. Measurement of Three Axces Rotation of Ball in Thrust Ball Bearing.
17. Experimental Study on Ball Motion in Thrust Ball Bearing.
18. On Measurement Characteristics of Rotating Motion of Magnetized Ball.
19. Engineering Aid for Rehabilitation on Guit Function - Characteristics of Ankle Joint in Dorsi Flexion.
20. Engineering Aid for Rehabilitation on Guit Function - Development of Rehabilitation Apparatus for Guit Training.
21. Engineering Aid for Rehabilitation on Guit Function - Applicability of Engineering Technique to Development of New Apparatus.
22. Crossing Monitoring System Using the Image Processing Technology.
23. The Development of a Railroad Crossing Observation System Using Image Processing Technique.
24. Precision Improvement of Ball Motion Measurement in Ball Bearings.
Membership in Academic Society
  • The Japan Society of Community Disaster Management Plan
  • Japan Society for Design Engineering
  • Japan Society of Physiological Anthropology
  • The Japan Society of Mechanical Engineers
  • Japan Society for Graphic Science
Awards
  • Award for Excellent Presentation
  • Award for Excellent Presentation
  • Award for Excellent Presentation
  • Award for Encouragement of Research
Educational
Educational Activities
I educate student to make them put on knowledge concern with function engineering and design engineering which is important in case of product development.


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