LATENT REFERENCES / TAG1
Taylor–Couette Flow
Original title: テイラークエットフロー
This reference note belongs to Tag1 in Latent References, an archive curated by Keigo Yoshida. Its archive region is Chaos theory · Lorenz equations. The note preserves its source text and links so that readers can trace the material behind the 3D map.
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Taylor–Couette flow is a fluid phenomenon arising when the inner cylinder rotates in the gap between concentric cylinders. At low speeds it is simple annular flow (laminar flow), but increased rotation generates axially periodic ring-shaped vortex rows called “Taylor vortices” through centrifugal instability; at still higher speeds it becomes turbulent, making it a classic, important fluid-dynamics phenomenon.
テイラー・クエット流れは、同心円筒の隙間で内筒を回転させた際に発生する流体現象。低速では単純な環状流（層流）だが、回転速度を上げると、遠心力不安定により軸方向に周期的な「テイラー渦」と呼ばれる環状の渦列が生成され、さらに高速では乱流に移行する古典的かつ重要な流体力学現象である。
Source updated 2026-04-23 · Snapshot 2026-10-08
Source links and calculated neighbors
Cosine values measure shared lexical features, not truth, agreement or identical meaning. Original reference links are labeled separately.
- Taylor–Couette ApparatusComputed lexical cosine similarity 0.286 · shared title, text, tags and references
- Taylor–Couette ApparatusComputed lexical cosine similarity 0.285 · shared title, text, tags and references
- Rayleigh–Taylor InstabilityComputed lexical cosine similarity 0.127 · shared title, text, tags and references