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- W1994342406 endingPage "1724" @default.
- W1994342406 startingPage "1693" @default.
- W1994342406 abstract "Particles suspended in a Newtonian fluid raise the viscosity and also generally give rise to a shear-rate dependent rheology. In particular, pronounced shear thickening may be observed at large solid volume fractions. In a recent article [R. Seto et al., Phys. Rev. Lett. 111, 218301 (2013)], we have considered the minimum set of components to reproduce the experimentally observed shear thickening behavior, including discontinuous shear thickening. We have found frictional contact forces to be essential and were able to reproduce the experimental behavior by a simulation including this physical ingredient along with viscous lubrication. In the present article, we thoroughly investigate the effect of friction and express it in the framework of the jamming transition. The viscosity divergence at the jamming transition has been a well known phenomenon in suspension rheology, as reflected in many empirical laws for the viscosity. Friction can affect this divergence, and in particular the jamming packing fraction is reduced if particles are frictional. Within the physical description proposed here, shear thickening is a direct consequence of this effect: As the shear rate increases, friction is increasingly incorporated as more contacts form, leading to a transition from a mostly frictionless to a mostly frictional rheology. This result is significant because it shifts the emphasis from lubrication hydrodynamics and detailed microscopic interactions to geometry and steric constraints close to the jamming transition." @default.
- W1994342406 created "2016-06-24" @default.
- W1994342406 creator A5020224341 @default.
- W1994342406 creator A5031207511 @default.
- W1994342406 creator A5032159538 @default.
- W1994342406 creator A5070029158 @default.
- W1994342406 date "2014-11-01" @default.
- W1994342406 modified "2023-10-14" @default.
- W1994342406 title "Shear thickening, frictionless and frictional rheologies in non-Brownian suspensions" @default.
- W1994342406 cites W1607747143 @default.
- W1994342406 cites W1970288478 @default.
- W1994342406 cites W1973172272 @default.
- W1994342406 cites W1973644572 @default.
- W1994342406 cites W1976486335 @default.
- W1994342406 cites W1983646079 @default.
- W1994342406 cites W1988552613 @default.
- W1994342406 cites W1989704849 @default.
- W1994342406 cites W1992147682 @default.
- W1994342406 cites W1994168250 @default.
- W1994342406 cites W1994457306 @default.
- W1994342406 cites W1995453073 @default.
- W1994342406 cites W2001896538 @default.
- W1994342406 cites W2002553365 @default.
- W1994342406 cites W2004531298 @default.
- W1994342406 cites W2004967763 @default.
- W1994342406 cites W2005406066 @default.
- W1994342406 cites W2006271210 @default.
- W1994342406 cites W2010552302 @default.
- W1994342406 cites W2013865649 @default.
- W1994342406 cites W2018319320 @default.
- W1994342406 cites W2018684489 @default.
- W1994342406 cites W2020197917 @default.
- W1994342406 cites W2023763745 @default.
- W1994342406 cites W2025422771 @default.
- W1994342406 cites W2035178137 @default.
- W1994342406 cites W2038319502 @default.
- W1994342406 cites W2039046658 @default.
- W1994342406 cites W2044335713 @default.
- W1994342406 cites W2046820712 @default.
- W1994342406 cites W2049462122 @default.
- W1994342406 cites W2051696597 @default.
- W1994342406 cites W2052072374 @default.
- W1994342406 cites W2054351960 @default.
- W1994342406 cites W2054812216 @default.
- W1994342406 cites W2054832882 @default.
- W1994342406 cites W2055306082 @default.
- W1994342406 cites W2057471062 @default.
- W1994342406 cites W2059136095 @default.
- W1994342406 cites W2059356701 @default.
- W1994342406 cites W2060067071 @default.
- W1994342406 cites W2060597386 @default.
- W1994342406 cites W2060755154 @default.
- W1994342406 cites W2062422248 @default.
- W1994342406 cites W2064840361 @default.
- W1994342406 cites W2065837847 @default.
- W1994342406 cites W2067031891 @default.
- W1994342406 cites W2067244488 @default.
- W1994342406 cites W2067423237 @default.
- W1994342406 cites W2067938533 @default.
- W1994342406 cites W2069260583 @default.
- W1994342406 cites W2069271014 @default.
- W1994342406 cites W2072795581 @default.
- W1994342406 cites W2073775990 @default.
- W1994342406 cites W2075204111 @default.
- W1994342406 cites W2075448296 @default.
- W1994342406 cites W2076741768 @default.
- W1994342406 cites W2077261442 @default.
- W1994342406 cites W2079853668 @default.
- W1994342406 cites W2080192521 @default.
- W1994342406 cites W2081888756 @default.
- W1994342406 cites W2084039604 @default.
- W1994342406 cites W2086274220 @default.
- W1994342406 cites W2087192107 @default.
- W1994342406 cites W2087624028 @default.
- W1994342406 cites W2090006525 @default.
- W1994342406 cites W2092612859 @default.
- W1994342406 cites W2094737004 @default.
- W1994342406 cites W2101750747 @default.
- W1994342406 cites W2104741465 @default.
- W1994342406 cites W2106737203 @default.
- W1994342406 cites W2107212848 @default.
- W1994342406 cites W2107714592 @default.
- W1994342406 cites W2113210260 @default.
- W1994342406 cites W2113991992 @default.
- W1994342406 cites W2119165978 @default.
- W1994342406 cites W2120967436 @default.
- W1994342406 cites W2121154275 @default.
- W1994342406 cites W2133139988 @default.
- W1994342406 cites W2135160312 @default.
- W1994342406 cites W2135948752 @default.
- W1994342406 cites W2139417932 @default.
- W1994342406 cites W2153056903 @default.
- W1994342406 cites W2156174478 @default.
- W1994342406 cites W2157227015 @default.
- W1994342406 cites W2158160784 @default.
- W1994342406 cites W2161409948 @default.
- W1994342406 cites W2161534633 @default.
- W1994342406 cites W2167631007 @default.