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Description:: This work presents multiscale modeling of blood flow and polymer suspensions which requires the use of heterogeneous modeling approaches. A hybrid method based on coupling …
Year:: 2010
Contributor:: Fedosov, Dmitry A (creator); Karniadakis, George (Director); Caswell, Bruce (Reader); Maxey, Martin (Reader); Brown University. Applied Mathematics (sponsor)
Genre:: theses
Subject:: hybrid method; multiscale coupling; dissipative particle dynamics; red blood cell; RBC; RBC model; thermal fluctuations; malaria modeling; adhesive dynamics; melt; numerical rheometer; Erythrocytes; Rheology; Adhesion; Polymers; Polymer solutions
Language:: English
Collection:: Applied Mathematics; Theses and Dissertations

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Description:: This work presents the new single particle dissipative particle dynamics (DPD) model for flows around bluff bodies that are represented by single DPD particles. This …
Year:: 2010
Contributor:: Pan, Wenxiao (creator); Karniadakis, George (Director); Caswell, Bruce (Reader); Maxey, Martin (Reader); Brown University. Applied Mathematics (sponsor)
Genre:: theses
Subject:: dissipative particle dynamics; single particle; low-dimensional RBC model; red blood cell aggregation; colloidal suspension; rouleaux; yield stress
Language:: English
Collection:: Applied Mathematics; Theses and Dissertations

Full Record