G302 テイラー・クエット流れの量子的遷移に関する数値解析(GS3-1 回転を伴う流れ1,一般セッション)

概要

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We have proposed an analogy theory between quantum electrodynamics and classical fluid dynamics since 1990s. According to the theory, a magnetic flux in quantum electrodynamics and a circulation in classical fluid dynamics are analogous, and it is already known by the Ginzburg-Landau theory that the magnetic flux through a superconducting thin cylinder is quantized. Therefore, the circulation produced by Taylor-Couette flow, which is a fluid flow between coaxial rotating cylinders, also might be quantized. In this study, a relationship between the circulation and Reynolds number in Taylor-Couette flow is investigated with computational fluid dynamics to find out a quantum behavior in classical fluid dynamics.
一般社団法人日本機械学会の論文
2010-10-29