Abstract
In the 9th and 10th reports of this study, in order to investigate deformation and stress characteristics of a thin rim gear which are needed to determine the rim thickness, we calculated the deformation and stress values when concentrated and uniform distributed and uniform distributed loads act upon a thin plate shell in which one side is free and the other sides is built-in. In this report, we applied these calculations to actual gears, to propose a theoretical solution of the worst stress of tooth fillet when a uniform distributed load acts upon tip of the involute spur gears which have thin rim and center web. We examined its property by three-dimensional photo-elastic experiments.
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