![]() It is proposed to design a blower with Aluminum, analyze its strength and deformation using FEM software. The modeling of the blower and impeller was done by using solid modeling software, CATIA V5 R19. At last, proposing a rationalize design such that, its natural frequency are far away from the basic frequency of the fan. To optimize impeller which holds the advantage over right now no matter for its process features or mechanical properties. A multi-disciplinary approach to evaluate existing fan systems design for root causes of overall vibration problems and development of methods to solve them. Further the scope of work was extended towards performance evaluation of unified design along with comparative assessment of centrifugal fans. Though centrifugal fans have been developed as highly efficient machines, design is still based on various empirical and semi empirical rules proposed by fan designers. ![]() It is important to recognize that the design of any machine is an interdisciplinary process, involving aerodynamics, thermodynamics, fluid dynamics, stress analysis, vibration analysis, the selection of materials, and the requirements for manufacturing. ![]() The noise produced by a rotating component is mainly due to random loading force on the impeller blades. Static and Dynamic Analysis of Centrifugal Blower Impeller using FEAĪlard College of Engineering & ManagementĪbstract – Centrifugal blower used extensively for boiler applications have high noise levels. ![]()
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