Abstract
Abstract: The automobile wheel rim's main function is to offer a stable surface on which to mount the tyre. Its size and design should be appropriate to fit the specific tyre that the vehicle needs. This project takes into consideration a tyre for an automobile wheel rim that falls within the disc wheel category. Design is a significant industrial process that affects the product's quality. With the aid of the modelling programme Solidworks, the wheel rim is created. The time required to create intricate 3-D models and the risk associated with the design and production process may both be significantly reduced through modelling. In order to represent the wheel rim, solidworks is used. Later, for analytical purposes, this model is loaded into ANSYS. The most recent programme utilised for modelling the various forces operating on the component, as well as for computing and visualising the results, is called ANSYS. In contrast to the approach of doing mathematical calculations by a human, ANSYS software's solver mode calculates the stresses, deflections, strain, and their relationships without the need for user involvement, saving time. When doing static analysis, ANSYS takes into account four distinct materials: structural steel, aluminium alloy, magnesium alloy, and titanium alloy.
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