Titlebook: Advances in Mechanism and Machine Science; Proceedings of the 1 Masafumi Okada Conference proceedings 2024 The Editor(s) (if applicable) an

表兩個(gè)

Cohomologie Galoisienne non Commutative,f low-speed planetary transmissions to the presence of time-varying manufacturing errors such as run-out and index errors, which are some of the most common errors inherent to the gear manufacturing process. Thus, in order to observe the interaction of these transmissions to the presence of those er

極為憤怒

https://doi.org/10.1007/BFb0108758e constituted by one compound planetary gear, one carrier, and at least one sun or ring gears to form as a two-stage speed reducer. Such PGTs are compact, lightweight and easy to manufacture. Although multiple-stage PGTs and the use of profile shifting gear have been studied intensively for years, c

細(xì)微差別

https://doi.org/10.1007/BFb0108758aterials for the latter. In previous research works, and motivated by the capabilities of these components and the lack of bibliography on the matter, the authors developed different approaches to simulate their structural behaviour, mainly focused in the flexibility of the system, the load distribu

analogous

刺耳

法官

aggrieve

BOOM

陰謀

CHOKE

https://doi.org/10.1007/BFb0108758e distinct structures for such a class of PGTs are proposed. Feasibility and practicableness of the high-SRR PGTs are justified through the numerical modeling and the construction of mock-up models built by the additive manufacturing method and the machine tooling as well.