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This paper is devoted to approaches and algorithms for fluid mesh rotation in mechanical models of a living cell. Described algorithms are designed to prevent FEM mesh from twisting and self-intersection in numerical simulation of a rotating fluid mesh, which provide means for modeling a wider range of solid and shell rotations.
This paper is devoted to introduce a concept of software tool for modeling of thermal properties of microfluidic devices based on geometrical analogy of multi-layered composite heterostructure. The analysis is present it in a form of a computational problem and considers different available approaches for each step of the solution.
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