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- W2028826071 endingPage "307" @default.
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- W2028826071 abstract "Abstract Computational methods using mechanistic modeling with a specific application in the area of continuous blending are presented. These methods complement experimental designs and aim to reduce the amount of time, effort, and material required to characterize a device or a process. The discrete element method is applied to the specific case of continuous mixing using two approaches. The first approach models an entire blender and studies the impact of changing impeller speed on residence time distribution (RTD), number of blade passes experienced by the powder, and mean centered variance of the particle residence time. The mean centered variance and the number of blade passes exhibit a maximum with increasing impeller speed, indicating optimal mixing behavior at an intermediate speed range. The second DEM approach utilizes a periodic slice of the full blender in order to explore in detail the effect of speed, fill level, and cohesion on mixing performance. The results show that the transverse mixing rates were generally higher than the corresponding axial mixing rates. Transverse diffusion was highest for large impeller speeds at larger fills, and axial diffusion was highest for large impeller speeds at smaller fills. Variations in particle–particle cohesion within the investigated range do not affect diffusion values significantly. The axial diffusion coefficient can be reasonably predicted from the residence time distribution using the 1D advection‐diffusion model. magnified image" @default.
- W2028826071 created "2016-06-24" @default.
- W2028826071 creator A5034759473 @default.
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- W2028826071 creator A5069724844 @default.
- W2028826071 creator A5082124093 @default.
- W2028826071 creator A5087301006 @default.
- W2028826071 date "2011-03-22" @default.
- W2028826071 modified "2023-10-08" @default.
- W2028826071 title "Computational Approaches for Studying the Granular Dynamics of Continuous Blending Processes, 1 - DEM Based Methods" @default.
- W2028826071 cites W1968458391 @default.
- W2028826071 cites W1969827454 @default.
- W2028826071 cites W1971292437 @default.
- W2028826071 cites W1973053835 @default.
- W2028826071 cites W1975880136 @default.
- W2028826071 cites W1976017868 @default.
- W2028826071 cites W1976941482 @default.
- W2028826071 cites W1983188738 @default.
- W2028826071 cites W1983552190 @default.
- W2028826071 cites W1984628949 @default.
- W2028826071 cites W1985396218 @default.
- W2028826071 cites W1985883147 @default.
- W2028826071 cites W1986741368 @default.
- W2028826071 cites W1989404233 @default.
- W2028826071 cites W1990375449 @default.
- W2028826071 cites W1990835892 @default.
- W2028826071 cites W1994513103 @default.
- W2028826071 cites W1994713690 @default.
- W2028826071 cites W1995627414 @default.
- W2028826071 cites W1996807344 @default.
- W2028826071 cites W1998407081 @default.
- W2028826071 cites W2005638350 @default.
- W2028826071 cites W2008101234 @default.
- W2028826071 cites W2009009769 @default.
- W2028826071 cites W2012523109 @default.
- W2028826071 cites W2018905933 @default.
- W2028826071 cites W2020608981 @default.
- W2028826071 cites W2021957706 @default.
- W2028826071 cites W2021971088 @default.
- W2028826071 cites W2023777236 @default.
- W2028826071 cites W2024373639 @default.
- W2028826071 cites W2025152690 @default.
- W2028826071 cites W2026088684 @default.
- W2028826071 cites W2029959006 @default.
- W2028826071 cites W2031762750 @default.
- W2028826071 cites W2033041053 @default.
- W2028826071 cites W2033235580 @default.
- W2028826071 cites W2037079990 @default.
- W2028826071 cites W2038745003 @default.
- W2028826071 cites W2039764883 @default.
- W2028826071 cites W2040788680 @default.
- W2028826071 cites W2045815910 @default.
- W2028826071 cites W2046750232 @default.
- W2028826071 cites W2049204369 @default.
- W2028826071 cites W2049833885 @default.
- W2028826071 cites W2052981679 @default.
- W2028826071 cites W2058360951 @default.
- W2028826071 cites W2058402428 @default.
- W2028826071 cites W2059341867 @default.
- W2028826071 cites W2060553714 @default.
- W2028826071 cites W2067240958 @default.
- W2028826071 cites W2067655636 @default.
- W2028826071 cites W2067817659 @default.
- W2028826071 cites W2073775990 @default.
- W2028826071 cites W2075633863 @default.
- W2028826071 cites W2078208816 @default.
- W2028826071 cites W2078804478 @default.
- W2028826071 cites W2080576562 @default.
- W2028826071 cites W2081242625 @default.
- W2028826071 cites W2081327724 @default.
- W2028826071 cites W2082599901 @default.
- W2028826071 cites W2086993151 @default.
- W2028826071 cites W2087397368 @default.
- W2028826071 cites W2089268963 @default.
- W2028826071 cites W2091527718 @default.
- W2028826071 cites W2093737799 @default.
- W2028826071 cites W2094919757 @default.
- W2028826071 cites W2099182564 @default.
- W2028826071 cites W2103568640 @default.
- W2028826071 cites W2111289388 @default.
- W2028826071 cites W2131819942 @default.
- W2028826071 cites W2147215540 @default.
- W2028826071 cites W2162153590 @default.
- W2028826071 cites W2169707605 @default.
- W2028826071 cites W2187636587 @default.
- W2028826071 cites W2307550859 @default.
- W2028826071 cites W2504044668 @default.
- W2028826071 cites W4249484058 @default.
- W2028826071 doi "https://doi.org/10.1002/mame.201000389" @default.
- W2028826071 hasPublicationYear "2011" @default.
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