When you click "Institute" at the bottom of the page, the Institute information of the Researcher is shown.
| Revised Date |
2010.10.19 |
| Researcher Name |
HAGIWARA Yoshimichi
|
| Organization Name,Department Name,Job Title |
| 1.
|
Kyoto Institute of Technology Graduate School of Science and Technology
Department of Mechanical and System Engineering
Professor
|
|
| Research Field |
Fluidics
,Thermal engineering
|
| Keywords for Research Field |
Turbulent drag reduction, Heat exchanger, Heat transfer enhancement, Bio-thermofluid dynamics, Molecular dynamic study, Biopolymer, Algae, Dolphin, Antifreeze protein, Microbubble, |
| Research Theme |
| 1.
|
Study on flow and heat transfer in turbulent dispersed multiphase flow
multiphase flow,turbulence,phase interaction, direct numerical simulation, flow visualization, PLIF
Research Field：
Thermal engineering
,
Fluidics
,
Environmental chemistry
（Collaboration in Organization）
1993－
-
|
| 2.
|
Friction drag reduction of turbulent flows by colmpliant surface or biopolymers
Direct numerical simulation,Cluster model, Friction drag reduction, Heat transter attenuation, polysaccharide, algae, dolphin, skin folds, measurement of shear stress
Research Field：
Fluidics
,
Biophysics
,
Thermal engineering
（International Collaboration）
1995－
-
|
| 3.
|
Enhancement of natural convection heat transfer along a vertical plate by using micro bubbles
Heat transfer enhancement, visualization experiment
Research Field：
Thermal engineering
,
Fluidics
（Collaboration in Organization）
2003－
-
|
| 4.
|
Study on the control of phase change with antifreeze protein
antifreeze protein, ice nucleus, molecular dynamics study, laser microscope, fluorescence observation
Research Field：
Thermal engineering
,
Molecular biology
,
Living organism molecular science
（Individual）
1999－
-
|
| 5.
|
Development of smart heat transfer surface for mist cooling
nano structure, control, motion of droplets
Development new heat transfer surfaces, which is composed with nano structure, for control of mist cooling
Research Field：
Thermal engineering
（Collaboration in Organization）
2008－
2013
-
|
| 6.
|
Turbulent water flow with solid particles
Stokes number, Multiphase flow
New Stokes number has recently be found to be effective for the prediction of motion of particles. This project aims at extending this number to applications.
Research Field：
Fluidics
,
Thermal engineering
（Individual）
2009－
2015
-
|
|
| Homepage URL |
|
Research Result (papers and notes)
(34cases) |
| 1.
|
Turbulence Modification by Compliant Skin and Strata-cornea Desquamation of a Swimming Dolphin
J. of Turbulence
（Academic Journal
,2004
）
Vol. 5, article no. 018, pp. 1 - 25.
/
,
|
|
| 2.
|
Inhibition of Ice Nucleus Growth in Water by Alanine Dipeptide
Molecular Simulation
（Academic Journal
,2004
）
Vol. 30, No. 8, pp.487 – 500.
/
,
|
|
| 3.
|
Heat Transfer Enhancement by an Immiscible Droplet Wobbling in Near-wall Region of Turbulent Downward Liquid Flow （jointly worked）
J. of Enhanced Heat Transfer
（Academic Journal
,2003
）
Vol. 10, No. 1, pp.81 - 93
/
,
|
|
|
Research Result (publications)
(5cases) |
| 1.
|
Heat transfer enhancement by an immiscible droplet wobbling in near-wall region of turbulent flow (jointly worked)
（Elsevier, Heat Transfer 2002
,2002
）
|
| 2.
|
Drag reduction by the interaction of coherent structure with strands of entangled polymers in turbulent flow (jointly worked)
（CIMNE, Advances in Turbulence IX
,2002
）
|
| 3.
|
A Numerical Study of Evaporative Heat Transfer of Nonazeotropic Binary Mixtures in a Vertical tube (jointly worked)
（Heat Transfer 1994
,1994
）
|
| Further display
|
|
Research Result (oral and poster presentation)
(31cases) |
| 1.
|
Effects of bubbles, droplets and particles on heat transfer in turbulent flows
6th International Symposium on Turbulence, Heat and Mass Transfer
（Verbal Presentation
,2009
）
|
| 2.
|
Cooperative effect of winter flounder antifreeze protein and ions on the unidirectional freezing of their solution in a narrow space
12th Int. Conference on the Physics and Chemistry of Ice
（Poster
,2010
）
|
| 3.
|
Molecular dynamics analysis on the interaction among water, cations, anions and antifreeze protein
14th Int. Heat Transfer Conference
（Poster
,2010
）
|
| Further display
|
|
| Academic Degree |
| 1.
|
Doctor of Engineering
（Coursework）
Kyoto University
Thermal engineering
|
| 2.
|
Master of Engineering
（Coursework）
Kyoto University
Thermal engineering
|
|
| Committee and Board Member History |
2010-2013 Chairman of Governing Board of Int. Conference of Multiphase Flow
2007-2010 Vice-chairman of Governing Board of Int. Conference of Multiphase Flow
2007-2013 Member of Governing Board of Int. Conference of Multiphase Flow
2009-2011 Lead organizer of ASME-JSME-KSME Joint Fluids Engineering Conference 2011 |
| Academic Society Affiliations |
Japan Society of Mechanical Engineers
（Japan）
,
Japanese Society for Multiphase Flow
（a director/a councilor
,1995-1998/1993-2000,2001-2002
,Japan
）
,
American Society of Mechanical Engineers
（Other）
,
Heat Transfer Society of Japan
（Japan）
,
Japan Society of Fluid Dynamics
（a councilor/a director
,2000-2002,2001-2003, 2009-2010
,Japan
）
,
American Physical Society
（Other）
,
The Biophysical Society of Japan
（Japan）
|
