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- W2016116075 abstract "SUMMARY In this paper, a robust and semi‐automatic modelling pipeline for blood flow through subject‐specific arterial geometries is presented. The framework developed consists of image segmentation, domain discretization (meshing) and fluid dynamics. All the three subtopics of the pipeline are explained using an example of flow through a severely stenosed human carotid artery. In the Introduction, the state‐of‐the‐art of both image segmentation and meshing is presented in some detail, and wherever possible the advantages and disadvantages of the existing methods are analysed. Followed by this, the deformable model used for image segmentation is presented. This model is based upon a geometrical potential force (GPF), which is a function of the image. Both the GPF calculation and level set determination are explained. Following the image segmentation method, a semi‐automatic meshing method used in the present study is explained in full detail. All the relevant techniques required to generate a valid domain discretization are presented. These techniques include generating a valid surface mesh, skeletonization, mesh cropping, boundary layer mesh construction and various mesh cosmetic methods that are essential for generating a high‐quality domain discretization. After presenting the mesh generation procedure, how to generate flow boundary conditions for both the inlets and outlets of a geometry is explained in detail. This is followed by a brief note on the flow solver, before studying the blood flow through the carotid artery with a severe stenosis. Copyright © 2011 John Wiley & Sons, Ltd." @default.
- W2016116075 created "2016-06-24" @default.
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- W2016116075 date "2011-06-03" @default.
- W2016116075 modified "2023-10-18" @default.
- W2016116075 title "Modelling pipeline for subject-specific arterial blood flow-A review" @default.
- W2016116075 cites W1535051704 @default.
- W2016116075 cites W1583187332 @default.
- W2016116075 cites W1744459320 @default.
- W2016116075 cites W1963578344 @default.
- W2016116075 cites W1965283852 @default.
- W2016116075 cites W1967282533 @default.
- W2016116075 cites W1969527957 @default.
- W2016116075 cites W1974020628 @default.
- W2016116075 cites W1975323734 @default.
- W2016116075 cites W1984852941 @default.
- W2016116075 cites W1985698449 @default.
- W2016116075 cites W1986681720 @default.
- W2016116075 cites W1988491603 @default.
- W2016116075 cites W1991113069 @default.
- W2016116075 cites W2001541555 @default.
- W2016116075 cites W2001853514 @default.
- W2016116075 cites W2009868089 @default.
- W2016116075 cites W2016889318 @default.
- W2016116075 cites W2019111626 @default.
- W2016116075 cites W2021479929 @default.
- W2016116075 cites W2025094064 @default.
- W2016116075 cites W2025328350 @default.
- W2016116075 cites W2028355719 @default.
- W2016116075 cites W2033652427 @default.
- W2016116075 cites W2034474554 @default.
- W2016116075 cites W2039021710 @default.
- W2016116075 cites W2039651541 @default.
- W2016116075 cites W2045637452 @default.
- W2016116075 cites W2050236891 @default.
- W2016116075 cites W2051752778 @default.
- W2016116075 cites W2052316856 @default.
- W2016116075 cites W2055473405 @default.
- W2016116075 cites W2057875203 @default.
- W2016116075 cites W2058685975 @default.
- W2016116075 cites W2062567904 @default.
- W2016116075 cites W2062620084 @default.
- W2016116075 cites W2066636530 @default.
- W2016116075 cites W2067298651 @default.
- W2016116075 cites W2068794580 @default.
- W2016116075 cites W2070416644 @default.
- W2016116075 cites W2078559216 @default.
- W2016116075 cites W2080392540 @default.
- W2016116075 cites W2081313395 @default.
- W2016116075 cites W2083476764 @default.
- W2016116075 cites W2084621368 @default.
- W2016116075 cites W2085623329 @default.
- W2016116075 cites W2085829794 @default.
- W2016116075 cites W2092386766 @default.
- W2016116075 cites W2092434921 @default.
- W2016116075 cites W2094892203 @default.
- W2016116075 cites W2098647947 @default.
- W2016116075 cites W2099340085 @default.
- W2016116075 cites W2101586856 @default.
- W2016116075 cites W2101770878 @default.
- W2016116075 cites W2102037452 @default.
- W2016116075 cites W2102350777 @default.
- W2016116075 cites W2103606786 @default.
- W2016116075 cites W2107965874 @default.
- W2016116075 cites W2108429266 @default.
- W2016116075 cites W2114487748 @default.
- W2016116075 cites W2114837465 @default.
- W2016116075 cites W2117179898 @default.
- W2016116075 cites W2118195218 @default.
- W2016116075 cites W2120325617 @default.
- W2016116075 cites W2120410780 @default.
- W2016116075 cites W2126279445 @default.
- W2016116075 cites W2127095241 @default.
- W2016116075 cites W2127664556 @default.
- W2016116075 cites W2128102188 @default.
- W2016116075 cites W2129819199 @default.
- W2016116075 cites W2130688287 @default.
- W2016116075 cites W2131115966 @default.
- W2016116075 cites W2136602751 @default.
- W2016116075 cites W2137825733 @default.
- W2016116075 cites W2138531936 @default.
- W2016116075 cites W2140035972 @default.
- W2016116075 cites W2140552189 @default.
- W2016116075 cites W2144272716 @default.
- W2016116075 cites W2144984872 @default.
- W2016116075 cites W2145852456 @default.
- W2016116075 cites W2146396510 @default.
- W2016116075 cites W2148797164 @default.
- W2016116075 cites W2149184914 @default.
- W2016116075 cites W2149295778 @default.
- W2016116075 cites W2149727228 @default.
- W2016116075 cites W2150004952 @default.
- W2016116075 cites W2152393704 @default.