Departmental Bulletin Paper 回転羽ばたきによる垂直離着陸飛行装置

三井, 隆久

(62)  , pp.1 - 16 , 2017-9 , 慶應義塾大学日吉紀要刊行委員会
Flapping for hovering, like birds and insects, is free from stalling, and works in storms. It is wonderful, but an apparatus using flapping for flight is difficult to make with artificial materials and available mechanisms, since large stress is applied to the joints. Flapping the wings up and down changes the velocity, so that unwanted inertial force is unavoidable. This difficulty is solved by introducing the rotation into the flapping. Reports on a prototype model and its theoretical analysis are presented.

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