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- W2461676359 abstract "The rich diversity of man-made complex fluids and naturally occurring biofluids is opening up new opportunities for investigating their flow behavior and characterizing their rheological properties. Steady shear viscosity is undoubtedly the most widely characterized material property of these fluids. Although widely adopted, macroscale rheometers are limited by sample volumes, access to high shear rates, hydrodynamic instabilities, and interfacial artifacts. Currently, microfluidic devices are capable of handling low sample volumes, providing precision control of flow and channel geometry, enabling a high degree of multiplexing and automation, and integrating flow visualization and optical techniques. These intrinsic advantages of microfluidics have made it especially suitable for the steady shear rheology of complex fluids. In this paper, we review the use of microfluidics for conducting shear viscometry of complex fluids and biofluids with a focus on viscosity curves as a function of shear rate. We discuss the physical principles underlying different microfluidic viscometers, their unique features and limits of operation. This compilation of technological options will potentially serve in promoting the benefits of microfluidic viscometry along with evincing further interest and research in this area. We intend that this review will aid researchers handling and studying complex fluids in selecting and adopting microfluidic viscometers based on their needs. We conclude with challenges and future directions in microfluidic rheometry of complex fluids and biofluids." @default.
- W2461676359 created "2016-07-22" @default.
- W2461676359 creator A5048067858 @default.
- W2461676359 creator A5059008038 @default.
- W2461676359 creator A5079189115 @default.
- W2461676359 date "2016-07-01" @default.
- W2461676359 modified "2023-10-02" @default.
- W2461676359 title "Microfluidic viscometers for shear rheology of complex fluids and biofluids" @default.
- W2461676359 cites W1579134546 @default.
- W2461676359 cites W1924008744 @default.
- W2461676359 cites W1965034296 @default.
- W2461676359 cites W1965357883 @default.
- W2461676359 cites W1971848752 @default.
- W2461676359 cites W1972697387 @default.
- W2461676359 cites W1973336710 @default.
- W2461676359 cites W1974026581 @default.
- W2461676359 cites W1974478553 @default.
- W2461676359 cites W1975920547 @default.
- W2461676359 cites W1978287550 @default.
- W2461676359 cites W1980075834 @default.
- W2461676359 cites W1983419762 @default.
- W2461676359 cites W1985698855 @default.
- W2461676359 cites W1986483392 @default.
- W2461676359 cites W1986700656 @default.
- W2461676359 cites W1988112161 @default.
- W2461676359 cites W1988224466 @default.
- W2461676359 cites W1989068570 @default.
- W2461676359 cites W1989927787 @default.
- W2461676359 cites W1993789523 @default.
- W2461676359 cites W1995153985 @default.
- W2461676359 cites W1995679609 @default.
- W2461676359 cites W1995947377 @default.
- W2461676359 cites W2004617218 @default.
- W2461676359 cites W2006286551 @default.
- W2461676359 cites W2006708623 @default.
- W2461676359 cites W2007243735 @default.
- W2461676359 cites W2007783125 @default.
- W2461676359 cites W2009364025 @default.
- W2461676359 cites W2010472239 @default.
- W2461676359 cites W2013710401 @default.
- W2461676359 cites W2013927410 @default.
- W2461676359 cites W2014057440 @default.
- W2461676359 cites W2014966260 @default.
- W2461676359 cites W2017357955 @default.
- W2461676359 cites W2017846663 @default.
- W2461676359 cites W2019609064 @default.
- W2461676359 cites W2020438216 @default.
- W2461676359 cites W2021390751 @default.
- W2461676359 cites W2021870539 @default.
- W2461676359 cites W2025146197 @default.
- W2461676359 cites W2026388383 @default.
- W2461676359 cites W2026408190 @default.
- W2461676359 cites W2027790307 @default.
- W2461676359 cites W2028785091 @default.
- W2461676359 cites W2030150077 @default.
- W2461676359 cites W2030224529 @default.
- W2461676359 cites W2030336525 @default.
- W2461676359 cites W2031016908 @default.
- W2461676359 cites W2031261681 @default.
- W2461676359 cites W2031366282 @default.
- W2461676359 cites W2033898746 @default.
- W2461676359 cites W2035530210 @default.
- W2461676359 cites W2037670315 @default.
- W2461676359 cites W2039167760 @default.
- W2461676359 cites W2039382235 @default.
- W2461676359 cites W2040960926 @default.
- W2461676359 cites W2043359873 @default.
- W2461676359 cites W2046529070 @default.
- W2461676359 cites W2046699323 @default.
- W2461676359 cites W2049550437 @default.
- W2461676359 cites W2050271069 @default.
- W2461676359 cites W2051144463 @default.
- W2461676359 cites W2052099677 @default.
- W2461676359 cites W2052559558 @default.
- W2461676359 cites W2053501250 @default.
- W2461676359 cites W2054788746 @default.
- W2461676359 cites W2055633060 @default.
- W2461676359 cites W2056713266 @default.
- W2461676359 cites W2067501064 @default.
- W2461676359 cites W2068198474 @default.
- W2461676359 cites W2069002717 @default.
- W2461676359 cites W2073982529 @default.
- W2461676359 cites W2075151859 @default.
- W2461676359 cites W2076603846 @default.
- W2461676359 cites W2077589128 @default.
- W2461676359 cites W2078262850 @default.
- W2461676359 cites W2085983711 @default.
- W2461676359 cites W2086187432 @default.
- W2461676359 cites W2086916429 @default.
- W2461676359 cites W2089360450 @default.
- W2461676359 cites W2089706661 @default.
- W2461676359 cites W2092777499 @default.
- W2461676359 cites W2093700999 @default.
- W2461676359 cites W2094804775 @default.
- W2461676359 cites W2095217690 @default.
- W2461676359 cites W2097559566 @default.
- W2461676359 cites W2102269722 @default.
- W2461676359 cites W2103975031 @default.
- W2461676359 cites W2105882738 @default.
- W2461676359 cites W2111960442 @default.