Faculty Database - MATSUOKA TAICHI

■ Books and Papers

1.	2024/07	Article	Vibration suppression device that has variable moment of inertia using magneto-rheological fluid (Fluid behavior inside flywheel) Transactions of the JSME 90(935) (Collaboration)
2.	2023/01	Article	Vibration suppression device that has variable moment of inertia using magneto-rheological fluid (Seismic test during switching series inertia mass by reinforcement learning) Transactions of the JSME 89(917) (Collaboration)
3.	2022/05	Article	Damping force switching type electromagnetic damper using relay and capacitor Transactions of the JSME 88(909) (Collaboration)
4.	2020/06	Article	Vibration suppression device that has variable moment of inertia using magneto-rheological fluid Transactions of the JSME 86(886) (Collaboration)
5.	2018/12	Article	Electromagnetic damper using brushless direct drive DC motor Mechanical Engineering Journal 5(6) (Single)
6.	2018/01	Article	Adaptive Gain Scheduled Semiactive Vibration Control Using a Neural Network Shock and Vibration 2018 (Collaboration)
7.	2017/10	Article	Vibration suppression device that has variable inertia mass using CVT Transactions of the JSME 83(854) (Single)
8.	2016/04	Article	Fluid inertia damper using MR fluid with a long spiral bypass pipe Mechanical Engineering Journal 3(2) (Collaboration)
9.	2015/07	Article	Semi-active vibration control of structural systems based on a reference active control law: output emulation approach Structural Control and Health Monitoring 23(3),pp.423-445 (Collaboration)
10.	2015/06	Article	Vibration reduction of traffic signal pole by dynamic absorber that generates electrical power Transactions of the JSME 81(826) (Collaboration)
11.	2015/05	Article	Study on small seismic isolation table using coil springs Transactions of the JSME 81(825) (Collaboration)
12.	2014/08	Article	Fluid damper that applies electric and magnetic fields to a conductive fluid and ferrite particles Transactions of the JSME 80(816),pp.DR0239 (Collaboration)
13.	2014/04	Article	Seismic response control using electromagnetic inertial mass dampers Earthquake Engineering & Structural Dynamics 43(4),pp.507-527 (Collaboration)
14.	2013/06	Article	Simultaneous optimal design of the structural model for the semi-active control design and the model-based semi-active control Structural Control and Health Monitoring 21(4),pp.522-541 (Collaboration)
15.	2012/12	Article	Simultaneous Optimal Design of the Lyapunov-Based Semi-Active Control and the Semi-Active Vibration Control Device: Inverse Lyapunov Approach Journal of Pressure Vessel Technology 134(6) (Collaboration)
16.	2012/08	Article	Vibration Control of Beams by Moment-Type Dynamic Absorbe Transactions of the JSME 78(792),pp.2733-2745 (Collaboration)
17.	2011/06	Article	Inverse Lyapunov Approach for semi-active control of civil structures Structural Control and Health Monitoring 18(4),pp.382-403 (Collaboration)
18.	2011/05	Article	Integrated Design of Structural and Semi-active Control Systems: Inverse Lyapunov Approach Journal of System Design and Dynamics 5(5),pp.665-680 (Collaboration)
19.	2010/12	Article	Improvement of Damping Performance of Electric Railway Pole with Viscoelastic Damper Journal of System Design and Dynamics 4(6),pp.928-940 (Collaboration)
20.	2010/05	Article	Improvement of Damping Performance of Electric Railway Pole with Visco-Elastic Damper Transactions of the JSME 76(765),pp.1171-1177 (Collaboration)
21.	2010/05	Article	Integrated Design of Structural and Semi-Active Control Systems for Civil Structures Transactions of the JSME pp.1193-1200 (Collaboration)
22.	2010/01	Article	Bang-bang Type Semi-active Control of Civil Structures: A Prediction-based Approach Journal of System Design and Dynamics 4(1),pp.103-114 (Collaboration)
23.	2009/11	Article	Vibration Suppression Device that Utilizes Inertia Mass by Fluid Transactions of the JSME 75(759),pp.2893-2898 (Collaboration)
24.	2009/10	Article	Electromagnetic Vibration Control Device Applicable to Twin Mode of Semiactive and Passive Types Transactions of the JSME 75(758),pp.2659-2664 (Collaboration)
25.	2009/07	Article	A Study of a Human Arm-Type Damper with Two Links and Three Joints Journal of System Design and Dynamics 3(3),pp.391-402 (Collaboration)
26.	2007/12	Article	Study on Hybrid Magnetic Damper with Effect of Magnetization and Demagnetization Transactions of the JSME 73(736),pp.3179-3184 (Collaboration)
27.	2007/11	Article	Design of a bang-bang type semi-active control system based on the theory of dissipative systems Journal of structural and construction engineering pp.33-39 (Collaboration)
28.	2007/11	Article	Study on Vibration Control Device Using Power Generator Transactions of the JSME 73(735),pp.2926-2931 (Collaboration)
29.	2007/02	Article	A Study of a Human Arm-Type Damper with Two Links and Three Joints Transactions of the JSME 73(726),pp.479-486 (Collaboration)
30.	2006/04	Article	A Study on an Elastically Supporting Method for Magnetic Dampers with Force Magnifying Mechanisms Transactions of the JSME 72(716),pp.1056-1063 (Collaboration)
31.	2004/10	Article	A Study of an Arm-Type Damper with Two Links and Three Joints (Case in Which a Rotary Viscous Damper Is Used) Transactions of the JSME 70(698),pp.2822-2829 (Collaboration)
32.	2003/08	Article	A Study of a Hybrid Damper Using a Lever-Type Displacement Magnifying Mechanism, Giant Magnetostrictive Actuators and Rare-Earth Magnets Transactions of the JSME 69(684),pp.2026-2032 (Collaboration)
33.	2003/02	Article	A Study of an Arm-Type Friction Damper with Two Links and Three Joints Transactions of the JSME 69(678),pp.335-342 (Collaboration)
34.	2002/10	Article	A Study of a Viscoelastic-Friction Damper Using a Lever-Type Displacement Magnifying Mechanism Transactions of the JSME 68(674),pp.2896-2902 (Collaboration)
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■ Conference Presentations

1.	2024/07/29	Sensor-less semiactive damper that automatically switches damping force using 3-phase motor and relay (ASME PVP-2024)
2.	2023/07/18	Variable inertia damper using a flywheel filled by MR fluid: Vibration tests by reinforcement learning (ASME PVP-2023)
3.	2019/07/15	Variable inertia damper using a flywheel filled by MR fluid (ASME PVP-2019)
4.	2018/07/16	Electromagnetic damper using brushless DC motor with capacitance (ASME PVP-2018)
5.	2017/07/17	Variable inertia damper using MR fluid, Part II: Improvement of inertia effect (ASME PVP-2017)
6.	2016/07/19	Variable inertia damper using MR fluid (ASME PVP-2016)
7.	2015/07/20	Inertia damper using MR fluid with spiraled by-pass pipe (ASME PVP-2015)
8.	2014/07/24	MR damper that utilizes multi pole electromagnets (ASME PVP-2014)
9.	2013/07/16	Vibration Suppression of Traffic Signal Pole by Generating Electrical Power (ASME PVP-2013)
10.	2012/07/17	Liquid Inertia Damper Having a Screw Shaped Piston (ASME PVP-2012)
11.	2011/08/31	Vibration Suppression Device Having Variable Inertia Mass by MR-Fluid (ASME IDETC 2011)
12.	2010/07/20	Vibration Tests of 3-Story Benchmark Structure with Three Semiactive Dampers (ASME PVP-2010)
13.	2009/07/28	Seismic Performance of Vibration Control Device that Generate Power (ASME PVP-2009)
14.	2008/07/31	Application of Electromagnet Using Magnetization or Demagnetization for Magnetic Damper (ASME PVP-2008)
15.	2008/04/26	Vibration Tests of a Three Story Benchmark Structure with Vibration Control Devices that Generate Power (ASCE Structures Congress 2008)
16.	2006/07/27	Study on Vibration Control Device Using Power Generator (ASME PVP-2006)
17.	2006/07/27	Vibration Tests of a Cut-off System Using Water and Functional Fluids (ASME PVP-2006)
18.	2002/08	A Study of an Arm Type Damper Consisting of Two Links, Two Joints and a Hinge (ASME PVP-2002)
19.	2000/07	A Study of a Three-Link Arm Type Friction Damper Having Six Degrees of Freedom (ASME PVP-2000)
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■ Academic Qualifications

1.	2001/04～2004/03	〔Doctorial Course〕 Mechanical, Graduate School of Science and Technology, Meiji University, Completed, Ph.D. Engineering
2.	1999/04～2001/03	〔Master Course〕 Mechanical, Graduate School of Science and Technology, Meiji University, Completed, Master of Engineering
3.	1995/04～1999/03	Dept. Precision Engineering, School of Science and Technology, Meiji University, Graduated, Bachelor of Engineering

■ Career History

1.	2020/10～	Professor
2.	2015/10～2020/09	Meiji University School of Science and Technology Associate Professor
3.	2017/04～2018/03	University of Illinois at Urbana-Champaign Visiting Scholar
4.	2016/04～2017/03	Tokyo CIty University Faculty of Engineering Part-time Lecturer
5.	2010/04～2015/09	Meiji University School of Science and Technology Assistant Professor
6.	2009/08～2009/09	University of Illinois at Urbana-Champaign Visiting Scholar
7.	2005/01～2010/03	Akita University Assitant Professor
8.	2002/04～2004/12	Meiji University Research Associate
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■ Major Subjects

Dynamics Machinery

■ Academic Associations Membership

1.	1998～	Japan Society of Mechanical Engineers
2.	2006～	American Society of Mechanical Engineers

■ Social Activities

1.

2014～2018/08

Hirameki Tokimeki Science

■ Research Topics, Consignment Studies & KAKENHI Researches

1.	2024/04～	Development of vibration suppression device by switching inertia mass using deep reinforcement learning and method (Key Word : )
2.	2012/04～2015/03	Improvement of a time delay at switching damping effect using parametric excitation (Key Word : )
3.	2010/04～2012/03	Liquid Inertia Damper that Utilizes Electromotive Induction for Passive and Active Vibration Control Device (Key Word : )
4.	2007/04～2009/03	Development of Variable Inertia Damper Using Toroidal Mass Wheels (Key Word : )
5.	2014/10～2015/09	Development of semiactive inertia damper using MR fluid (Key Word : )
6.	2009/04～2010/03	Commercialization for aseismic strengthening spring damper KEPPARU (Key Word : )
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■ Committees and Associations

1.	2016/04～	Japan Crane Association
2.	2015/05～	Japan Association for Vibration Technologies

■ Web Sites

http://www.isc.meiji.ac.jp/~matsuoka

■ Email Addresses

■ Award History

1.

2007/07

ASME PVP Division Award (Certificates for Seismic Engineering Outstanding Technical Paper for PVP2006)

■ Current Specialized Field

Mechanics and mechatronics (Key Word：Dynamics, Damping, Damper, Vibration control, Seismic engineering)

■ Courses and Lectures taught or delivered in the past

1.	Engineering Mechanics（Akita University,Tokto City University）
2.	Strength of Materials（Meiji University,Tokto City University）

■ Research theme for prospective joint research

1.	Vibration control device and damper