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Academic background
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Works
(Last updated : 2025-10-15 09:55:54)
Takuma Kato
Department of Mechanical Engineering, Faculty of Engineering
Graduate School of Engineering
Master's Program in Mechanical Engineering, Graduate School of Engineering
Associate Professor
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Office
Tsudanuma Campus, No.2 Building,9th floor room 010909
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Academic background
1.
〔Doctorial Course〕, Graduate School, Division of Engineering, Tohoku University, Completed,
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Present specialized field
Fluid engineering
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E-Mail Address
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Works
1.
Article
Flow-rate Characteristics of Lubricating Oil Flow Around Discharge Hole in Rotating Shaft Transactions of Society of Automotive Engineers of Japan pp.203-206 (Single) 2025/03
2.
Article
Fluid Analysis and Evaluation of Open Radar Antennas Koden technical journal pp.28-33 (Collaboration) 2022/12
3.
Article
Measurement of ground effect and boundary-layer transition by towing wind tunnel Fluid Dynamics Research 41(2),pp.021408 (Collaboration) 2009/04
4.
Article
Improvement of Aerodynamic Performance of the Aero-Train by Controlling Wing-Wing Interaction Using Single-Slotted Flap JSME International Journal, Series B 49(4),pp.1118-1124 (Collaboration) 2006/11
5.
Article
Three-Dimensional Flow Analysis around Dimpled Cylinders Computational Fluid Dynamics Journal 14(4),pp.349-358 (Collaboration) 2006/01
6.
Article
Simulation of Aircraft Response to Control Surface Deflection Using Unstructured Dynamic Grids
Journal of Aircraft 42(2),pp.340-346 (Collaboration) 2005/03
7.
Article
Numerical Simulation of Flow Around an Insect in Flight Computational Fluid Dynamics Journal 12(1),pp.98-106 (Collaboration) 2003/04
8.
Article
Computational Flow Visualization in Vibrating Flow Pump Type Artificial Heart by Unstructured Grid
Artificial Organs 27(1),pp.41-48 (Collaboration) 2003/01
9.
Article
Numerical Simulation of Vortical Flows Using Vorticity Confinement Coupled with Unstructured Adaptive Grid Refinement
Computational Fluid Dynamics Journal 10(1),pp.28-36 (Collaboration) 2001/04
10.
Article
The Receptivity of Flat-Plate Boundary- Layers with Two-Dimensional Roughness Elements to Freestream Sound and Its Control Laminar-Turbulent Transition pp.507-514 (Collaboration) 1995/08
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