MODELING AND EXPERIMENTAL INVESTIGATION ON CENTRIFUGAL BLOWER BY COMPUTATIONAL FLUID DYNAMICS

Blowers are one of the fastest growing types on the market. Blowers are widely used in commercial refrigeration systems. The centrifugal fan is designed to handle compressible liquids such as air and gases. Centrifugal blowers play an important role in many industries. This commitment provides a design method for examining the different parameters of the centrifugal blower using the dynamic fluid calculation method. The results of fan engineering, fan speed, turbine engineering, and blade design were evaluated. The general discharge and overall fan efficiency are calculated output parameters. A blower model using Solid Works and a simplified blowing fan is modeled in the Ansys network. The answer is obtained by using commonly. The ANSYS proposal is completed and the results are presented and discussed in detail. Mainly based on the ANSYS results, the fan parameters are again modified and examined. Sooner or later, the most appropriate values for the parameters will be obtained. These received values must be implemented in the design to achieve better fan performance.