〔日本レオロジー学会〕奨励賞受賞講演論文 Towards an Understanding of the Rheological Response and Microstructure of Electro-Rheological Fluids and Concentrated Particulate Suspensions

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概要

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• Some recent advances in our understanding of the mechanisms governing the flow behaviour of electro-rheological fluids and concentrated particulate suspensions are reviewed. For both systems an overview is presented of theoretical models based on interparticle forces and assumed microstructure, as well as of recent experimental studies which highlight features to be incorporated in future models, such as the effect on electro-rheological fluids of mixing particles with different sizes or electrical conductivities. It is apparent that models based on simplified microstructures can illuminate many of the physical mechanisms of these complex fluid systems.

• 一般社団法人　日本レオロジー学会の論文
• 2002-12-15

著者

• See Howard

  Department Of Applied Physics Faculty Of Engineering Nagoya University

• See Howard

  Department Of Chemical Engineering The University Of Sydney

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• 1105 スクイーズ流れにおける濃厚系サスペンションの流動構造化による履歴効果(G.S.8 流体工学I)
• Mechanism of the Dip in Shear Stress of Blended Electrorheological Fluids
• Shear Rate Dependence of Shear Stress in Blended Electrorheological Fluids
• The Effect of Conductive Fragments on Electrorheological Properties
• Aggregation Kinetics in Electro-Rheological Fluids
• Magneto-rheological Suspensions - Physical Mechanisms and Modeling -
• 〔日本レオロジー学会〕奨励賞受賞講演論文 Towards an Understanding of the Rheological Response and Microstructure of Electro-Rheological Fluids and Concentrated Particulate Suspensions
• Magneto-rheological Suspensions : Physical Mechanisms and Modeling
• Solid-Like Behavior of Concentrated Particulate Suspensions under Squeezing Flow

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