Abstract
Additive manufacturing is a skill hastily increasing on some of public and private sectors at national and international level. In the coming days, it is predicted that this 3D printing methodology can be utilized at mechanical, civil, agricultural and medical fields. In medical field, the parts made by this can be replaced in place of human organs. The purpose of the paper is to value the importance of additive manufacturing through contact stress analysis of Gear and Pinion in case by case. It is observed that contact stress is maximum in case 1 and minimum in case 4.
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