島田　邦雄

Oscillatory flow of magnetic fluid in a vertical pipe with transverse and longitudinal magnetic fluids

Oscillatory flow of magnetic fluid in a vertical pipe with transverse and longitudinal magnetic fluids

Kunio SHIMADA and Shinichi KAMIYAMA

Thermohydrodynamic characteristics in energy conversion system of magnetic fluid in a magnetic field

磁性流体アクチュエータの動特性に関する研究

温度物作用による磁性流体アクチュエータに関する基礎的研究

Effect of aggregation of particles on thermohydrodynamic characteristics of a magnetic fluid susceptible to temperature in a nonuniform magnetic field

Magnetic Fluid Damper

Braking device with electrorheological fluid

The effect of several factors on thermohydrodynamic characteristics on energy conversion system with magnetic fluid

Theoretical analysis on thermo-hydrodynamics of liquid particle two phase flow in magnetic field by kinetic theory of Boltzmann equation

Dynamic characteristics of torque reacting on a rotating disk in 　electro-rheological fluid of a suspension-type

Effects of nonuniform magnetic and temperature fields on oscillating plug flow of magnetic fluid

，Theoretical prediction with thermodynamic approach of heat transfer on energy conversion systems of a magnetic fluid

Rheology of ERF on various flow fields

Braking device and rotating regulator with ERF

Theoretical analysis of flow around a rotating disk in ERF of suspension type

The effect of magnetic field on particle aggregation of a magnetic fluid in a pipe

Experimental research on rotating regulator as braking device with

Characteristics of vortex-shedding frequency in finned tube banks with inline arrangement

電気制御による流体摩擦を用いた制動装置

アブレシブウオータージェット用ノズル内の高速混相流の流動特性

電気粘性流体の流動場におけるER効果と非ニュートン性

アークプラズマのアノードカソード間における熱流動特性と計測

Experimental Investigation of high speed jets of multiphase flow through AWJ nozzle

Hydrodynamic characteristics of electrorheological fluid in a parallel duct ｆlow

Difference in steady characteristics and response time of ERF on rotational flow between rotating disk and concentric cylinder

磁場と温度場を利用した磁性流体の駆動速度に関する理論予測

Relationship between chain structures and viscosity in the magneto-rheological suspensions stable dispersing different concentration of iron particles with smectite

New microscopic polishing with magnetic compound fluid (MCF)

Electric power and efficiency under A. C. Electric Field on A Rotating Device of Disk type with Suspension-type Electrorheological Fluid

Torque and Current Density under A. C. Electric Field on A Rotating Device of Disk Type with Suspension-type Electrorheological Fluid

Gravity simulation of natural convection in magnetic fluid

umerical analysis of effect of orifice in a pipe on steady magnetic fluid flow taking into account nonuniform distribution of mass concentration

Numerical analysis of a steady magnetic fluid flow taking into account nonuniform distribution of mass concentration and prorate ellipsoids under a nonuniform magnetic field

The effects of polishing with magnetic compound fluid

The dynamic behavior of functional fluid drops in a magnetic field

New damper utilizing in the structures with intelligent fluid

Numerical prediction of the vortex shedding from rectangular bodies in the wind as for the bodies vibration

Effect of nonuniform distribution of mass concentration on oscillatory pipe flow under steady and fluctuating magnetic field

磁気混合流体（MCF）の流動特性に及ぼす諸因子の影響についての実験的研究とその応用

磁気混合流体（MCF）ダンパの特性とクラスタの影響

Measurement of interactive surface force of suspended particles in ER and MR suspensions under electric and magnetic field

Preparation and abrasion properties of magneto-rheological fluid of dispersed silica-coated iron

ER流体を用いた回転形デバイスにおける電流密度の過渡特性

Response of a silicon rubber membrane containing a magnetic compound fluid to progressive magnetic field

MR fluid damper composed of different size of particles

Investigation of efficiency of a parallel duct-type energy conversion device utilizing a magnetic fluid

Possibility of utilizing MCF in viscous damper of passive type

Relation between formation of cluster and magnetic property in magnetic compound fluid (MCF) and new cluster model

Vibration response of a silicon rubber membrane containing a magnetic compound fluid induced by an impulsive magnetic field

Relationship between Abrasive Grains and Rotational Magnetic Field in Polishing of Inner Capillary Walls using Magnetic Compound Fluid (MCF)

Polishing Inner Capillary Walls by a Magnetic Compound Fluid

A new magnetic polishing liquid (MPL) proposed for contact force-free surface finishing: part 1, behaviour under magnetic field and fundamental performance in metal surface finishing

A new magnetic polishing liquid (MPL) proposed for contact force-free surface finishing: part 2, detailed performances in meatl surface finishing

A heat conduction approach to a parallel duct-type energy conversion device utilizing a magnetic fluid

Thermomagnetic convection in a 2D rectangular box with an inner cooler

Flow characteristics of ER Fluid in the Model Damper

New polishing technique using new polishing tool consisting of micro magnetic clusters in float polishing

Effects of particles blend ratio on surface quality in surface polishing using magnetic polishing liquid (MPL)

An approach to surface finishing using a newly developed magnetic polishing liquid

非接触・ナノレベル磁気研磨による超鏡面加工

Netework theory of electro-rheological fluid and its hydrodynamic characteristics in a parallel duct

磁気混合流体を含有するシリコンゴム膜の進行磁場に対する応答特性

Temperature sensitive rubber utilizing MCF (magnetic compound fluid)