The investigation of using for gasoline atomization of ultrasonic sound generated by piezoelectric ceramic

Abstract

Fuel atomization is important for internal combustion engine. Therefore in this study ultrasonic atomization method is used as a new atomization method. The ultrasonic sound generation using field and properties, especially by cavitations effect on liquids scanned in literature. Ultrasonic atomization method was compared with the existing experimental injector atomization data. Scaled droplets were occurred as a result of atomization. Image processing method was used for droplet size.

As a result experimental findings transformed into image and graphics. Pictures and graphics were interpreted and written to paper.