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Masahiro OSA

Observed names: M. Osa, Masahiro Osa, Masahiro osa, OSA, Masahiro, Osa, Masahiro
Institution: Ibaraki University
Observed institution: Ibaraki University
ORCID: 0000-0003-0623-5890
Observed ORCID: 0000-0003-0623-5890
OpenAlex ID: A5034744644
Radial position active control of double stator axial gap self-bearing motor for pediatric VAD
2015 · Masahiro OSA, Toru MASUZAWA, et al. · Mechanical Engineering Journal · 24
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Double Stator Axial Gap Type Ultra-Compact 5-DOF Controlled Self-Bearing Motor for Rotary Pediatric Ventricular Assist Device
2021 · Masahiro Osa, Toru Masuzawa, et al. · IEEE Transactions on Industry Applications · 18
Magnetic levitation performance of miniaturized magnetically levitated motor with 5-DOF active control
2017 · Masahiro OSA, Toru MASUZAWA, et al. · Mechanical Engineering Journal · 16
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Compact maglev motor with full DOF active control for miniaturized rotary blood pumps
2017 · M. Osa, T. Masuzawa, et al. · International Symposium on Linear Drives for Industry Applications (LDIA) · 12
Motor design and impeller suspension
2017 · Toru Masuzawa, Masahiro Osa, et al. · Elsevier eBooks · 9
Miniaturizing 5-DOF fully controlled axial gap maglev motor for pediatric ventricular assist devices
2016 · Masahiro Osa, Toru Masuzawa, et al. · International Journal of Applied Electromagnetics and Mechanics · 8
Flow rate estimation of a centrifugal blood pump using the passively stabilized eccentric position of a magnetically levitated impeller
2019 · Shuya Shida, Toru Masuzawa, et al. · The International Journal of Artificial Organs · 7
Performance Enhancement of a Magnetic System in a Ultra Compact 5-DOF-Controlled Self-Bearing Motor for a Rotary Pediatric Ventricular-Assist Device to Diminish Energy Input
2019 · Masahiro Osa, Toru Masuzawa, et al. · Actuators · 6
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Effects of Eccentric Impeller Position on Radial Passive Stability in a Magnetically Levitated Centrifugal Blood Pump with a Double Volute
2018 · Shuya Shida, Toru Masuzawa, et al. · Advanced Biomedical Engineering · 6
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Effects of gravity on flow rate estimations of a centrifugal blood pump using the eccentric position of a levitated impeller
2020 · Shuya Shida, Toru Masuzawa, et al. · The International Journal of Artificial Organs · 5
Dynamic motion analysis of impeller for the development of real-time flow rate estimations of a ventricular assist device
2020 · Shuya Shida, Toru Masuzawa, et al. · The International Journal of Artificial Organs · 4
Effects of biventricular shunt on pump characteristics in a maglev total artificial heart
2023 · Shuya Shida, Kenichi Tsushima, et al. · The International Journal of Artificial Organs · 3
Magnetorheological Transmission for Total Artificial Heart
2023 · Fumiya KITAYAMA, Toru MASUZAWA, et al. · Journal of the Japan Society of Applied Electromagnetics and Mechanics · 3
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Errata for the paper entitled “Effects of Eccentric Impeller Position on Radial Passive Stability in a Magnetically Levitated Centrifugal Blood Pump with a Double Volute” [Advanced Biomedical Engineering Vol. 7 (2018) pp.63-71]
2018 · Shuya SHIDA, Toru MASUZAWA, et al. · Advanced Biomedical Engineering · 3
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Miniaturized Axial Gap Maglev Motor with Vector Control for Pediatric Artificial Heart (特集 The 20th MAGDA Conference in Pacific Asia (MAGDA2011))
2012 · Masahiro OSA, Toru Masuzawa, et al. · Applied and Environmental Microbiology · 3
A Magnetically Suspended Pediatric Ventricular Assist Device with a Multi-Degrees of Freedom Controlled Self-Bearing Motor Using a Simplified Driving System
2023 · Masahiro OSA, Toru MASUZAWA, et al. · Journal of the Japan Society of Applied Electromagnetics and Mechanics · 2
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The Repulsive Passive Magnetic Bearing for the Magnetically Levitated Artificial Heart
2017 · Yoshiaki KODA, Toru MASUZAWA, et al. · Journal of the Japan Society of Applied Electromagnetics and Mechanics · 2
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502 5-DOF control miniaturized self-bearing motor for paediatric ventricular assist device
2013 · Naoki Omori, Toru Masuzawa, et al. · The Proceedings of Ibaraki District Conference · 2
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Homopolar Magnetically Levitated Motor for Implantable Total Artificial Heart
2024 · Shuta SUZUKI, Toru MASUZAWA, et al. · Journal of the Japan Society of Applied Electromagnetics and Mechanics · 1
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Hybrid Magnetorheological Transmission for Total Artificial Heart
2024 · Itsuki SATO, Toru MASUZAWA, et al. · Journal of the Japan Society of Applied Electromagnetics and Mechanics · 1
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Magnetically Levitated Pediatric Ventricular Assist Device with Compact Self-Bearing Motor
2023 · Masahiro OSA, Toru MASUZAWA · Journal of the Japan Society for Precision Engineering · 1
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Flow Rate Estimation of a Centrifugal Blood Pump Using the Balance of Control Currents Through the Electromagnets in the Magnetic Bearing
2023 · Shuya Shida, Toru Masuzawa, et al. · Advanced Biomedical Engineering · 1
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Magnetic suspension performance and energy consumption characteristics of a maglev pediatric VAD using an ultra-compact axial gap type self-bearing motor with different number of actively controlled axes
2022 · Toshihiro YAMASHITA, Toru MASUZAWA, et al. · Journal of the Japan Society of Applied Electromagnetics and Mechanics · 1
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Radial Passive Stability Analysis of Magnetically Levitated Impeller Position for the Development of Flow Rate Estimations of a Ventricular Assist Device
2022 · Shuya Shida, Toru Masuzawa, et al. · Advanced Biomedical Engineering · 1
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Vessels Anastomosis Supporting Device for Coronary Artery Bypass Grafting
2019 · Yosuke Haneda, Toru Masuzawa, et al. · Journal of Life Support Engineering · 1
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Works count: 92
Citation count: 144
H-index: 7
I10-index: 4
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