Development of future bearing by optimised internal geometry

Jalal, Muhammad Hazrul Aiman (2021) Development of future bearing by optimised internal geometry. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

Internal geometry plays an important role in the aspect of bearing determination where it influences many factors that contribute to the condition of the bearing. It becomes a fundamental priority to this bearing manufacturing process because each parameter depends on the function of the bearing. Each dimension on the bearing needs to be identified before the fabrication process take place. The purpose of this study was to analyse the optimum parameter based on fabricated 3-D printed bearing by using SLS machine. The optimised internal geometry has to be emphasized to make sure the bearing is at its best performance. The further investigation is made to test the fabricated bearing with a certain test to validate its functionally with the new optimised parameter. The current commercial bearing was set to be benchmark to the fabricated product as it will follow the current bearing resolution. There are 5 type of samples that has been studied which are solid, circular, rectangular, square and triangular geometries of bearing. For analysis data result, the overall performance of the prototypes is being tested in a simulation SIMSOLID software. Thus, in this research, each type of geometry shows different result data where it has an effect in determining the effectiveness and readiness of the bearing.

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