![]() Critical interfaces are no longer necessary. Because of AM, the focus can stay on the main function of the flexpin including the component reduction. A completely new shape for a “flexpin” design was found which offers significant advantages in terms of compliance and misalignment for the flexible support structure of planet gears. ![]() 18 digital experiments were performed to evaluate the best setting for this TO. For this, it has been investigated how to use TO for designing the flexible support of the planets pin and to reduce thereby the load sharing factor (Kγ). This paper shows how the interdisciplinary use of additive manufacturing (AM) and topology optimization (TO) lead to a better load distribution and a related increase in performance within a planetary gearbox.
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