Contents of Research


 1)  Evaporation and convective boiling phenomena in mini-micro channels

 2)  Research and development of micro-fluidics systems
   (micro-mixers and micro-pumps)

 3)  Fluid mechanics of flagellum’s motions of micro organism

 4)  Surface tension measurement of nonlinear thermocapillary fluids

 5)  Numerical simulations of heat and mass transfer in micro-fluidics systems

 6)  CFD(Computational Fluid Dynamics) simulation for various technologies

 

The Research Themes of 2014

 

Measurement and Application of The Radiant Heat Transfer From a Micro Texture

 

 

Analysis of surface flow and evaporation of the liquid film caused by air jet from a slit

 

 

Influence of the direction of buoyancy force in the boiling with impinging flow using high-carbon alcohol aqueous solutions

 

  

 

Application of external force effect to the solidification process of the ultrathin metal solidification board by the model experiment

 

  

 

Observation of fluid flow in a miniature heat pipe for cooling batteries of electric automobiles

 

  

 

Modelling and control of movement of air bubbles traveling through a mini-channel

 

  

 

Measuring Heat Transfer and Devising of New Systems about Cooling of the Battery for Electric Vehicles

 

  

 

Efficiency Improvement of Minute-Tube Gas Separator Utilizing the Soret Effect

 

  

 

The Research Themes of 2013

 

Dryout control technology of boiling with magnetically driving metallic powder in liquid

 

  

 

Influence of the flow pattern in the boiling with impinging flow using high-carbon alcohol aqueous solutions

 

  

 

A Study of Micromixing Process Utilizing Marangoni Effect caused on Gas-liquid Free Interface

 

  

 

Multistage of development of minute-tube gas separator utilizing the Sore effect

 

  

 

Advancement of solidification process of the ultrathin metal plate by the model experiment

 

  

 

Observation of the heat and fluid flow in the cooling of Phase Change Material

 

  

 

Development of the heat transfer system in the cooling of phase change material

 

  

 

The Research Themes of 2012

 

Boiling with impinging flow in mini channel with high-carbon alcohol aqueous solutions

 

  

 

Marangoni convection near an artificial air bubble under temperature gradient in using alcohol aqueous solutions

 

  

 

Boiling with impinging flow in plastic mini channel with high-carbon alcohol aqueous

 

  

 

An analysis of the flow in the micro mixer using a liquid film

 

  

 

Analysis of the two phase flow in the micromixed container

 

  

 

Development of a Mini-tube gas separator utilizing the Soret effect

 

  

 

Prototype peocessing and numerical analysis of a thin plate from the molten metal

 

  

 

The Research Themes of 2011

 

Observation of Marangoni convection near an artificial air bubble under temperature gradient in using alcohol aqueous solutions

 

  

 

A study on controlling bubble size by magnetically driving metallic powder in liquid phase

 

  

 

Boiling with impinging flow in plastic mini channel with high-carbon alcohols aqueous solutions

 

  

 

A study of micromixer utilizing thin liquid film

 

  

 

Analysis of thermal convection in salt-making earthenware in Jomon period

 

  

 

Flow analysis concerning non-dissolubility liquid in a micro mixer

 

  

 

A new method of making thin metal plate in model experiment

 

  

 

A study on spiral motion of microbe’s flagellum

 

  

 

Boiling with impinging flow in mini channel with high-carbon alcohol aqueous solutions

 

  

 

Development and evaluation of mini-tube gas separator utilizing the soret effect

 

  

 

The Research Themes of 2010

 

Heat transfer of boiling with impinging flow in mini tube with nonlinear solutions

 

  


Observation of Marangoni Flow Near The Artificial Air Bubble on Heated Surface in Using Alcohol Aqueous Solutions

 

  


Heat transfer of boiling with impinging flow with nonlinear aqueous solutions at high flow rate and heat flux

 

  


A study on micromixer utilizing thin liquid film

 

  


Analysis of fluid and concentration distribution in a cylindrical mixer

 

  

A study on spiral motion of microbe’s flagellum

 

  


Development of a mini-tube gas separator utilizing Soret effect

  

    

 


The Research Themes of 2009

 

Observation and heat transfer about boiling with impinging flow inside mini tube using nonlinear solutions and measurement of their surface tension


     

A study on micromixing utilizing the movement of Gas-Liquid free interface


     

Fleid flow analysis of cylindrical micromixer


 

An observation of boiling phenomena in impinging flow inside of T-junction


     

A model study on spiral motion of microbe's flagellum


     

Development of a mini-tube gas separator utilizing Soret effect