Abstract
In the automotive industry, where perceived quality is of paramount importance, plastic pins and plastic hole mounting types are generally used in vehicle interior components. Two components made of the same material, production and assembly can be performed by assuming equal pin-hole tolerances. In this article, there are geometric dimensioning and tolerance engineering studies aiming to increase perceived quality in the issues of assembly, visibility, sound and interference that may arise from differences in the tolerance of pin-hole sizes between the pin made of magnesium and the hole made of polypropylene. In this context, visibility and interference analyzes were carried out in virtual environment for problems that may arise from tolerance differences
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