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- W2108106711 abstract "Viscosity regularisation methods are probably the most popular current method for computing visco-plastic fluid flows. They are however generally used in an ad hoc manner. Here we examine convergence of regularised solutions to those of the corresponding exact models, in both mathematical and physical senses. Mathematically, the aim is to give practical guidance as to the order of error that one might expect for different regularisations and for different types of flow. Our theoretical results are illustrated with a number of computed example flows showing the orders of error predicted. Physically, the question is whether or not the regularised solutions behave in the same way as the exact solutions, qualitatively as well as quantitatively. We show that there are flows for which regularisation methods will generate their maximum errors, e.g. lubrication-type flows. In this context, we also consider the effects of regularisation on problems of hydrodynamic stability. For broad classes of problems, stability characteristics of the flow are incorrectly predicted by the use of viscosity regularisation methods." @default.
- W2108106711 created "2016-06-24" @default.
- W2108106711 creator A5069428519 @default.
- W2108106711 creator A5072429389 @default.
- W2108106711 date "2005-04-01" @default.
- W2108106711 modified "2023-10-14" @default.
- W2108106711 title "On the usage of viscosity regularisation methods for visco-plastic fluid flow computation" @default.
- W2108106711 cites W1963829209 @default.
- W2108106711 cites W1966020307 @default.
- W2108106711 cites W1969685411 @default.
- W2108106711 cites W1972933358 @default.
- W2108106711 cites W1975307229 @default.
- W2108106711 cites W1977151775 @default.
- W2108106711 cites W1977531451 @default.
- W2108106711 cites W1978098081 @default.
- W2108106711 cites W1983812077 @default.
- W2108106711 cites W1984045449 @default.
- W2108106711 cites W1987783488 @default.
- W2108106711 cites W1987935155 @default.
- W2108106711 cites W1988793329 @default.
- W2108106711 cites W1989775987 @default.
- W2108106711 cites W1990399095 @default.
- W2108106711 cites W1995543561 @default.
- W2108106711 cites W1997427006 @default.
- W2108106711 cites W2002483217 @default.
- W2108106711 cites W2004345214 @default.
- W2108106711 cites W2004664338 @default.
- W2108106711 cites W2007822188 @default.
- W2108106711 cites W2008471342 @default.
- W2108106711 cites W2008884734 @default.
- W2108106711 cites W2009375016 @default.
- W2108106711 cites W2009896455 @default.
- W2108106711 cites W2011062613 @default.
- W2108106711 cites W2012754896 @default.
- W2108106711 cites W2014442722 @default.
- W2108106711 cites W2019038653 @default.
- W2108106711 cites W2024858994 @default.
- W2108106711 cites W2026021580 @default.
- W2108106711 cites W2027204634 @default.
- W2108106711 cites W2029941532 @default.
- W2108106711 cites W2031508652 @default.
- W2108106711 cites W2037316319 @default.
- W2108106711 cites W2044178562 @default.
- W2108106711 cites W2047310022 @default.
- W2108106711 cites W2047929970 @default.
- W2108106711 cites W2051914281 @default.
- W2108106711 cites W2052027878 @default.
- W2108106711 cites W2052695333 @default.
- W2108106711 cites W2057202074 @default.
- W2108106711 cites W2057306121 @default.
- W2108106711 cites W2063711597 @default.
- W2108106711 cites W2066474917 @default.
- W2108106711 cites W2070498234 @default.
- W2108106711 cites W2070850627 @default.
- W2108106711 cites W2072132236 @default.
- W2108106711 cites W2074779544 @default.
- W2108106711 cites W2075916499 @default.
- W2108106711 cites W2077333684 @default.
- W2108106711 cites W2080901051 @default.
- W2108106711 cites W2084555868 @default.
- W2108106711 cites W2089442360 @default.
- W2108106711 cites W2090452914 @default.
- W2108106711 cites W2090745616 @default.
- W2108106711 cites W2104025025 @default.
- W2108106711 cites W2105885747 @default.
- W2108106711 cites W2109762813 @default.
- W2108106711 cites W2114700481 @default.
- W2108106711 cites W2117205077 @default.
- W2108106711 cites W2130938593 @default.
- W2108106711 cites W2131745904 @default.
- W2108106711 cites W2133449458 @default.
- W2108106711 cites W2135556348 @default.
- W2108106711 cites W2137413718 @default.
- W2108106711 cites W2137695611 @default.
- W2108106711 cites W2148513911 @default.
- W2108106711 cites W2153863534 @default.
- W2108106711 cites W2158107554 @default.
- W2108106711 cites W2166245316 @default.
- W2108106711 cites W4206832447 @default.
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- W2108106711 doi "https://doi.org/10.1016/j.jnnfm.2005.01.003" @default.
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