Researcher Information - SHIMADA Kunio |

（Last updated : 2024-04-19 14:18:35）

SHIMADA Kunio

Department / Course Fukushima University Faculty of Symbiotic Systems Science Physics and System Engineering Course

Job Professor

Academic background
～1992/03	Tohoku University
1992/03 Degree Acquisition	Tohoku University

Present specialized field
Polymer chemistry, Manufacturing and production engineering, Fluid engineering, Mechanics and mechatronics, Power engineering, Measurement engineering, Biomaterials keyword(Mechanics,Electricity/Electronics,Material/chemical science)

Research topic, funded research, and department laboratory expense
2021/04/01 ～ 2024/03/31	Futuristic new MCF rubber sensor realizing energy harvesting with wide range of electromagnetic wave length Grant-in-Aid for scientific research

Book and thesis
Papers	Photovoltaic sensibility of optical biosensor produced by flexible and stretchable rubber utilized physical paradigm of solar cell Optoelectronics Reports 1 (1),pp.354 (Sole-authored) 2024/01/10
Papers	Elucidation of response and electrochemical mechanisms of bio-Inspired rubber sensors with supercapacitor paradigm Electronics 12 (10),pp.2304 (Sole-authored) 2023/05/10
Papers	Correlations among firing rates of tactile, thermal, gustatory, olfactory, and auditory sensations mimicked by artificial hybrid fluid (HF) rubber mechanoreceptors Sensors 23 (10),pp.4593 (Sole-authored) 2023/05/01
Papers	Estimation of fast and slow adaptions in the tactile sensation of mechanoreceptors mimicked by hybrid fluid (HF) rubber with equivalent electric circuits and properties Sensors 23 (3),pp.1327 (Sole-authored) 2023/01/10
Papers	Morphological configuration of sensory biomedical receptors based on structures integrated by electric circuits and utilizing magnetic-responsive hybrid fluid (HF) Sensors 22 (24),pp.9952 (Sole-authored) 2022/12/10
Display All（191）

Academic conference presentation
2019/12/15	Inner surface processing by utilizing magnetic compound fluid while simultaneously applying magnetic and electric fields (The 17th International Conference on Electrorheological Fluids and Magnetorheological Suspensions (ERMR2019))
2019/07/08	Polishing characteristics by simultaneous imposition of magnetic and electrical fields utilizing a magnetic compound fluid (15th International Conference on Magnetic Fluids)
2018/07/16	Relationship between processed amount and fluid forces in precision processing of cylinder inner surface with utilizing magnetic compound fluid (2018 International Conference on Electrorheological Fluids and Magnetorheological Suspensions)
2017/12/06	Charesteristics of honing utilizing magnetic compound fluid and the behaviour of magnetic cluster during processing (Taiwan-Japan International Conference on Magnetic Fluids 2017)
2017/09/03	Prediction of polishing depth profile on surface polishing utilizing a magnetic compound fluid (18th International Symposium on Applied Electromagnetics and Mechanics)
Display All（105）

Winning science prize
2017/11	Proceedings of 4th International Electronic Conference on Sensors and Applications Best Paper Award (Elastic dry-type solar cell rubber with photovoltaics and piezoelectricity for compressive sensing)