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- W2017103387 abstract "Complex fluids such as emulsions, colloidal gels, polymer or surfactant solutions are all characterized by the existence of a “microstructure” which may couple to an external flow on time scales that are easily probed in experiments. Such a coupling between flow and microstructure usually leads to instabilities under relatively weak shear flows that correspond to vanishingly small Reynolds numbers. Wormlike micellar surfactant solutions appear as model systems to study two examples of such instabilities, namely shear banding and elastic instabilities. Focusing on a semidilute sample we show that two-dimensional ultrafast ultrasonic imaging allows for a thorough investigation of unstable shear-banded micellar flows. In steady state, radial and azimuthal velocity components are recovered and unveil the original structure of the vortical flow within an elastically unstable high shear rate band. Furthermore thanks to an unprecedented frame rate of up to 20000fps, transients and fast dynamics can be resolved, which paves the way for a better understanding of elastic turbulence." @default.
- W2017103387 created "2016-06-24" @default.
- W2017103387 creator A5000269699 @default.
- W2017103387 creator A5003331028 @default.
- W2017103387 creator A5056954988 @default.
- W2017103387 date "2014-04-01" @default.
- W2017103387 modified "2023-10-16" @default.
- W2017103387 title "Surfactant micelles: Model systems for flow instabilities of complex fluids" @default.
- W2017103387 cites W1564589729 @default.
- W2017103387 cites W1673543117 @default.
- W2017103387 cites W1963787027 @default.
- W2017103387 cites W1966119964 @default.
- W2017103387 cites W1966682728 @default.
- W2017103387 cites W1968116819 @default.
- W2017103387 cites W1970957934 @default.
- W2017103387 cites W1973018982 @default.
- W2017103387 cites W1975407520 @default.
- W2017103387 cites W1979507949 @default.
- W2017103387 cites W1985814625 @default.
- W2017103387 cites W1988112161 @default.
- W2017103387 cites W1989856152 @default.
- W2017103387 cites W1993334931 @default.
- W2017103387 cites W2003216102 @default.
- W2017103387 cites W2004508630 @default.
- W2017103387 cites W2004742425 @default.
- W2017103387 cites W2008144436 @default.
- W2017103387 cites W2013519013 @default.
- W2017103387 cites W2018019318 @default.
- W2017103387 cites W2022501550 @default.
- W2017103387 cites W2023447479 @default.
- W2017103387 cites W2023982914 @default.
- W2017103387 cites W2024114259 @default.
- W2017103387 cites W2025352343 @default.
- W2017103387 cites W2025385976 @default.
- W2017103387 cites W2026293591 @default.
- W2017103387 cites W2027627191 @default.
- W2017103387 cites W2030101719 @default.
- W2017103387 cites W2033005322 @default.
- W2017103387 cites W2033696634 @default.
- W2017103387 cites W2034420961 @default.
- W2017103387 cites W2043060981 @default.
- W2017103387 cites W2043148268 @default.
- W2017103387 cites W2043472912 @default.
- W2017103387 cites W2045296561 @default.
- W2017103387 cites W2046556801 @default.
- W2017103387 cites W2046778639 @default.
- W2017103387 cites W2048264134 @default.
- W2017103387 cites W2048776400 @default.
- W2017103387 cites W2050205780 @default.
- W2017103387 cites W2050650363 @default.
- W2017103387 cites W2055671838 @default.
- W2017103387 cites W2056453798 @default.
- W2017103387 cites W2056654862 @default.
- W2017103387 cites W2060597386 @default.
- W2017103387 cites W2067031891 @default.
- W2017103387 cites W2068289829 @default.
- W2017103387 cites W2070351507 @default.
- W2017103387 cites W2075292791 @default.
- W2017103387 cites W2077048035 @default.
- W2017103387 cites W2083964123 @default.
- W2017103387 cites W2089126745 @default.
- W2017103387 cites W2089444942 @default.
- W2017103387 cites W2090923070 @default.
- W2017103387 cites W2093916386 @default.
- W2017103387 cites W2093959335 @default.
- W2017103387 cites W2097273082 @default.
- W2017103387 cites W2099303167 @default.
- W2017103387 cites W2104848455 @default.
- W2017103387 cites W2107212848 @default.
- W2017103387 cites W2109973793 @default.
- W2017103387 cites W2111253837 @default.
- W2017103387 cites W2126393142 @default.
- W2017103387 cites W2129525715 @default.
- W2017103387 cites W2131222107 @default.
- W2017103387 cites W2133356711 @default.
- W2017103387 cites W2136034279 @default.
- W2017103387 cites W2137050912 @default.
- W2017103387 cites W2153489395 @default.
- W2017103387 cites W2153619603 @default.
- W2017103387 cites W2154101229 @default.
- W2017103387 cites W2168173321 @default.
- W2017103387 cites W2171124691 @default.
- W2017103387 cites W2963047910 @default.
- W2017103387 cites W3099830505 @default.
- W2017103387 cites W3103196151 @default.
- W2017103387 cites W3103977498 @default.
- W2017103387 cites W3105549282 @default.
- W2017103387 cites W34746590 @default.
- W2017103387 cites W4243427160 @default.
- W2017103387 cites W4250083252 @default.
- W2017103387 cites W783614 @default.
- W2017103387 doi "https://doi.org/10.1140/epje/i2014-14023-4" @default.
- W2017103387 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24756478" @default.
- W2017103387 hasPublicationYear "2014" @default.
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