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- Title
Vibration and Acoustics Analyses of Tapered Roller Bearing.
- Authors
Ansari, Abdul Khaliq; Kumar, Paras
- Abstract
This paper describes the experimental and statistical methods to analyse the tapered roller bearing system. Operating speed and radial loads are the essential process variables for evaluating vibration and noise response in tapered roller bearings. This article also provides a concise review of the literature concerning roller bearing systems. The suggested study employs Taguchi and ANOVA to examine the impact of load and speed on the vibrations and noise of bearings. Taguchi combines statistical and mathematical methodologies to portray the relationship between a physical system's inputs and outputs. The experiment is created for L27 using the design of experiments (DOE) approach, considering two factors at three stages. The outcomes of experiments conducted with SKF 30206 tapered roller bearings are presented, and the statistical software is utilised to analyse experimental results. The vibration response data from the experiments are recorded in terms of root mean square, kurtosis, and noise in Leq for analysis. The results demonstrate the potential for prediction by combined parametric effect analysis and its impact on DOE and Taguchi for predicting tapered bearing behaviour in the rotor-bearing system.
- Subjects
ACOUSTIC vibrations; ROLLER bearings; LITERATURE reviews; ROOT-mean-squares; SOIL vibration; IMPACT loads; ARCHITECTURAL acoustics; NOISE
- Publication
Journal of Vibration Engineering & Technologies, 2024, Vol 12, Issue 2, p2467
- ISSN
2523-3920
- Publication type
Article
- DOI
10.1007/s42417-023-00991-9