Damage Detection of Roller Bearing System Using Experimental Data

Desavale, R. G.; Salunkhe, V. G.

doi:10.1016/j.proeng.2016.05.025

Cited by 8 publications

(3 citation statements)

References 9 publications

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“…An extension of reported DA methods can be intended to put forward the auxiliary marks in this area. 167–171,175–180 Their work can be stretched out by considering more variables or incorporating more complexities or phenomena into the model such as the life of bearings. The selection of a sample, design of experiments, concentrating the appropriate data ultimately enhanced the research value which is still in a state of rejuvenation.…”

Section: Discussionmentioning

confidence: 99%

“…To measure the vibration characteristics of double row ball bearing, Desavale and Salunkhe 179 established a simple MMDA for damage detection that considers the effect of structural parameters on the vibrational response of the system. Also, the use of experimental data to discover the amplitude of vibration and defect frequencies showed the effectiveness of compact MMDA.…”

Section: Da For Vibration Analysismentioning

confidence: 99%

“…The effect of spall of circular shape on vibrational characteristics of REB has been done well. 167–171,175–179 Jamadar and Vakharia 180 expressed a DA model for deep groove ball bearings associated with locally square defects on the bearing race surface. In this model, the operational affiliation of vibration responses with the geometrical and operating parameters of the ball bearings is well demonstrated using DA.…”

Section: Da For Vibration Analysismentioning

confidence: 99%

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An overview of dynamic modeling of rolling-element bearings

Kumbhar

Sudhagar

Desavale

2020

Noise & Vibration Worldwide

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The marvelous uniqueness of vibration responses of faulty roller bearings can be simply observed through its vibration signature. Therefore, vibration analysis has been claimed as an effective tool not only for primitive detection but also for subsequent analysis. The dynamic behavior of roller bearings has been investigated by systematic modeling of system and its validation under diverse operating conditions. This article presents an overview of imperative marks in the development of dynamic modeling of rolling-element bearing, which especially predicted vibration responses of damaged bearings. This study aims to address dimensional analysis; a new and imperative way to model the dynamic behavior of rolling-element bearings and their real-time performance in a rotor-bearing system. The findings are described with influential advantages over earlier research to pinpoint the intention behind its development. A literature summary is trailed by remarkable findings and future directions for research.

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