Bearing Design Analysis Using Two Materials and Simulated Vibration Testing Using Solidworks Software
Keywords:
Bearing, Aluminum alloys1100-H12, Vibration, Simulation, SolidworksAbstract
Bearing vibration testing is an important technique in predictive or preventive maintenance. Abnormal bearing vibration can indicate problems such as bearing wear or damaged lubrication processes. This bearing study aims to determine the vibration strength of the bearing using a specified frequency of 310 herzt on two different bearings (Aluminum Alloys 1100-H12 and Alloys Steels). The method used is 3D design using Solidworks software to create bearing designs from two selected materials. After creating the design, a simulation analysis is carried out using vibration analysis in Solidworks to determine the vibration response of each bearing. The simulation results show a comparison between material 1 and material 2. This evaluation includes analysis of vibration frequency and amplitude. The results of the study showed that the aluminum alloys1100-H12 material has a lower frequency than the alloys steels.
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