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Yohsuke TanakaAssociate ProfessorDepartment of Mechanical and System Engineering Kyoto Institute of Technology Office: 10-501D researchmap ORCID Google Scholar Citations |
Apr 1996 |
Department of Mechanical and System Engineering, Faculty of Engineering
and Design, Kyoto institute of technology. Bachelor of Engineering in Mechanical Engineering in 2000 (Title : An Experimental study on the simultaneous measurement of particle size and depth using digital holography) |
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Apr 2000 |
Division of Mechanical and System Engineering, Graduate School of
Science and Technology, Kyoto institute of technology. Master of Engineering in Mechanical Engineering in 2002 (Title : Experimental study on the interaction between large scale vortices and particles in solid-liquid two-phase flow) |
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Apr 2005 |
Division of Mechanical Engineering, Graduate School of Engineering,
Osaka University. Doctor of Philosophy in Engineering in 2008 (Title : Influence of a settling particle on a Burgers vortex) PDF (12.09 MB) |
Apr 2002 |
Industrial Engineer at Kyocera Kabushiki Kaisha, Kagoshima, Japan | |
Apr 2007 |
Research Fellowships of the Japan Society for the Promotion of Science for Young Scientists (DC2) | |
Apr 2008 |
Assistant Professor at Kyoto Institute of Technology | |
Feb 2020 |
Associate Professor at Kyoto Institute of Technology |
Fig. (a) Experimental holograms of settling particles recorded at 4,000 fps. |
Fig. (b) Reconstructed holograms using the Gabor holography without phase. |
Fig. (c) Reconstructed holograms using the present method with retrieved phase. |
Experimental setup for Stress Measurement of Cantilever Beam under Dynamic Load |
![]() Time series of deflection and stress fields of cantilever beam under dynamic load |
Fizeau interferometry |
Interference pattern |
![]() Particle path of outside and inside flows of an Architectural model |
![]() PIV results | ||
![]() Particle path of Karman vortex flow (Re = 2200) |
![]() PIV results |
Experimental setup for scanning 3D PIV of an interaction between Burgers vortex and a solid particle |
![]() 3D vorticity of an interaction between Burgers vortex and a solid particle |
Multi-Microphone System with 8 microphone sensors |
Microphone sensor head |
Pressure distribution in tire cavity |