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This paper discusses the end-user complaint area of Industries. In this report, both technically and using a finite element analysis approach, the influence of design parameters on the fan noise frequency of the centrifugal blower impeller are studied. Studies of finite element analysis was conducted to test the theoretical conclusions and also to explore the influence of various configuration alternatives on the fan's noise frequency. The study of the Finite elements implies that the empirical and theoretical results are in strong agreement. The experimental research of numerous fan configurations provides details on the possibilities for noise reduction. Any vibration will still be produced by the operation of some mechanical device. Our goal is to mitigate the influence of these vibrations, since vibration is inevitable although undesirable. From nuisance interruption to a disastrous collapse, the outcome of excess vibration may differ. Any vibration must be produced by all fans. They constantly rotate and, because nothing is ideal, it is important to produce cyclic powers. It is only when a certain amplitude of vibration crosses that we call it evil. Vibration may be merely an indication of any process problem, or it may be a source of other issues. Finally, vibration may propagate into neighboring areas and interact with processes of precision, or cause irritation for individuals. The goal of this thesis is therefore to present centrifugal blower vibration analysis for materials like steel , aluminum and composite (glass / epoxy). KeywordsCentrifugal Blower, Impeller, Static, Modal and Harmonic Response, CATIA V5 R19, ANSYS 14.5.7.

Vibration Analysis of Industrial Air Blower using Finite Element Analysis