2010Ryuutai Kougaku Bumon Kouenkai kouen rombunshuu/Ryutai Kogaku Bumon Koenkai koen ronbunshuOpen access

1611 Influence of shear rate history on occurrence of shear-induced structure in wormlike micelles solutions

Shogo CHIBA, Ryoji Fujiwara, Masatoshi ITO, Tsutomu TAKAHASHI

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Abstract

Occurrence of shear-induced structure, SIS, of a wormlike micelles solution on accelerated shear flow was investigated. Shear rate applied to the solution is increased from zero to a certain value linearly. In case of a step shear, this solution exhibits SIS at 4.0s^<-1> in shear rate. However, SIS does not occur when the shear acceleration is 0.1s^<-2> and shear rate is reached to 50s^<-1>. When the shear acceleration is higher than 0.4s^<-2>, SIS is generated and viscosity increased. The maximum viscosity on SIS is increased with increasing the shear acceleration until 1.5s^<-2> and it reaches a constant value.

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Occurrence of shear-induced structure, SIS, of a wormlike micelles solution on accelerated shear flow was investigated. Shear rate applied to the solution is increased from zero to a certain value linearly. In case of a step shear, this solution exhibits SIS at 4.0s^<-1> in shear rate. However, SIS does not occur when the shear acceleration is 0.1s^<-2> and shear rate is reached to 50s^<-1>. When the shear acceleration is higher than 0.4s^<-2>, SIS is generated and viscosity increased. The maximum viscosity on SIS is increased with increasing the shear acceleration until 1.5s^<-2> and it reaches a constant value.

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Available abstract

Occurrence of shear-induced structure, SIS, of a wormlike micelles solution on accelerated shear flow was investigated. Shear rate applied to the solution is increased from zero to a certain value linearly. In case of a step shear, this solution exhibits SIS at 4.0s^<-1> in shear rate. However, SIS does not occur when the shear acceleration is 0.1s^<-2> and shear rate is reached to 50s^<-1>. When the shear acceleration is higher than 0.4s^<-2>, SIS is generated and viscosity increased. The maximum viscosity on SIS is increased with increasing the shear acceleration until 1.5s^<-2> and it reaches a constant value.

Key concepts: Shear rate, Shear (geology), Simple shear, Shear flow, Materials science, Shear modulus, Mechanics, Pure shear

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