Homogenized Models of Suspension Dynamics

  • Evgen Ya. Khruslov

    B. Verkin Institute for Low Temperature Physics and Engineering of the National Academy of Sciences, Kharkiv, Ukraine
Homogenized Models of Suspension Dynamics cover

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FrontmatterDownload pp. i–iv
IntroductionDownload pp. v–xii
ContentsDownload pp. xiii–xiv
1The main asymptotic modes of suspension motion and associated model boundary-value problemspp. 1–17
2Homogenized equations of suspension motion in frozen particles modepp. 19–67
3Suspension viscosity tensorpp. 69–101
4Closure of the homogenized system of equations for suspension motion in frozen particles modepp. 103–133
5Hydrodynamics of suspensions in strong external fieldspp. 135–159
6Homogenized equations of suspension motion in filtering particles modepp. 161–196
7Homogenized model of a complex fluid with microstructurepp. 197–234
8Two-phase homogenized model of motion of a complex fluid with microstructurepp. 235–264
Referencespp. 265–271
Indexpp. 273–274