Why Japanese Kanda Matsuri Processional Routes Embed Urban Wind Tunnel Dynamics Through Shrine-Gate Alignment, Canopy Density Modulation, and Pedestrian Flow-Induced Vortex Shedding Suppression

日本神田祭巡游路线为何通过神社门廊朝向、树冠密度调控及行人流诱发涡脱落抑制嵌入城市风洞动力学

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Tokyo’s Kanda Matsuri processional routes were historically optimized not for symbolism but to manage urban wind tunnel effects exacerbated by Edo-period street geometry and modern high-rise density.
Shrine gates (torii) are aligned along vectors matching dominant nocturnal katabatic flow paths, minimizing vortex shedding at pedestrian scale during nighttime mikoshi processions.

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