| SATORU YAMAGUCHI | Last modified date：2022.06.29 |
Associate Professor /
Marine Sytems Design
Department of Marine Systems Engineering
Faculty of Engineering
Department of Marine Systems Engineering
Faculty of Engineering
Graduate School
Undergraduate School
Homepage
https://kyushu-u.pure.elsevier.com/en/persons/satoru-yamaguchi
Reseacher Profiling Tool Kyushu University Pure
Academic Degree
Doctor(Engineering)
Field of Specialization
Marine Engineering
Outline Activities
The researches about ship motion in waves and developments of underwater vehicles and robots for ocean observations and exploration of ocean bottom resources have been carried out.
I have lectures of introduction of earth environmental engineering, calculation for ship design, ship design, ship drawings and ocean environmental intelligence in the under graduate school. And ship preliminary design and 3D-CAD for ship design are lectured in the graduate school.
I am a member of the Japan society of naval architects and ocean engineers, the international society of offshore and polar engineers and carrying out lectures for public and students.
I have lectures of introduction of earth environmental engineering, calculation for ship design, ship design, ship drawings and ocean environmental intelligence in the under graduate school. And ship preliminary design and 3D-CAD for ship design are lectured in the graduate school.
I am a member of the Japan society of naval architects and ocean engineers, the international society of offshore and polar engineers and carrying out lectures for public and students.
Research
Research Interests
Membership in Academic Society
- Study on motion control of small boat
keyword : Small high-speed boat, Motion control
2017.03A Study on Motion control of Underwater Vehicles. - Study on landing of a jack-up vessel
keyword : Jack-up vessel, Landing
2017.10A Study on Motion control of Underwater Vehicles. - Study on motion of small ship in the ocean
keyword : Small high-speed boat, Motion in waves
2017.03A Study on Motion control of Underwater Vehicles. - Study on application of 3D CAD for ship design
keyword : Ship design 3D CAD
2010.03A Study on Motion control of Underwater Vehicles. - Study on motion control of underwater vehicles
keyword : Underwater robot, Motion control, Underwater gliding vehicle, Fish type robot
2002.10A Study on Motion control of Underwater Vehicles.
Papers
| 1. | Nitin D. Thulkar, Satoru Yamaguchi, Hydrodynamic Forces of DP Jack-Up Leg when Operating in Vicinity of Seabed, Journal of Ship Research, J Ship Res 1–12. Paper Number: SNAME-JSR-03200020, 2021.10, [URL], Leg placement and removal are the two most critical operational modes for dynamically positioned jack-ups when working close to an offshore asset. Any positional deviation may lead to collision and damage to the asset. The industry operates with a weak link between the dynamic positioning (DP) system and the jacking system. Current DP systems operate without any sensors identifying the hydrodynamic force variations on the legs and spudcans, which vary between different leg and spudcan designs. When the spudcan is near to the sea bottom, the hydrodynamic force must be reported to avoid large positional deviations driven by the DP system. This article promotes a mechanism to measure these forces using Computational Fluid Dynamics (CFD) analysis to analyze the jack-up behavior, when the spudcan assembly is operating close to the sea bottom.. |
| 2. | Satoru YAMAGUCHI and Masashi TERADA, A Study on Control Method for a Fish Type Robot by Artificial Muscle, The Proc. of the 16th Int. Offshore and Polar Engineering Conf., pp.254-259, 2006.06. |
- The Japan Society of Naval Architects and Ocean Engineers
- The International Society of Offshore and Polar Engineers
- 学外
Educational
Educational Activities
Department of Marine Systems Engineering, Faculty of Engineering, Kyushu University
Other Educational Activities
- 2009.11.
- 2007.11.
Social
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